Kenwood Marine Radio At 440 Users Manual

VS-1 to the manual de0bc308-38ec-4bf5-bcd5-59f1494994f7

KENWOOD--TS-440S-Service-Manual KENWOOD--TS-440S-Service-Manual

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KEN WOO

D

T

S-440SPS-430SP-4a

0

SPECIFICATIONS



2

HF TRANSCEIVE

R

CONTENT

S

CIRCUIT DESCRIPTION



4

SEMICONDUCTORS



27

PARTS LIST



3

5

PC BOARD SCHEMATIC DIAGRA

M

SWITCH UNIT



6

9

FILTER UNIT



70, 7

1

PLL UNIT



72, 7

3

RF UNIT



74, 7

5

CONTROL UNIT



76, 7

7

DISPLAY UNIT



76, 7

7

FINAL UNIT



78

IF UNIT



78, 7

9

AT UNIT



80

DISASSEMBLY



81

PACKING



8 8

ADJUSTMENT



8

9

LEVEL DIAGRAM



10

1

BLOCK DIAGRAM



10

3

OPTIO

N

PS-50



104

PS-430



109

VS-1



1 1

1

SP-430



11

4

MB-430



11

4

AT-440



11

4

YK-88S /S N



11

4

YK-88C/CN



11

4

SCHEMATIC DIAGRAM



113

TS-440

S

(GENERAL

)

Transmitter frequency range

:

Receive frequency range

:

Mode

:

Antenna impedance

:

Power requirement

:

Power consumption

:

RX no signal input

:

TX

:

Frequency configuration

:

RX unit

:

TX unit

: (A1,A3J,A3,FSK

)

(F3

)

Semiconductors

:

SPECIFICATION

S

160m BAND

1

.8 —

2

.0MH

z

80m BAND

3

.5 —

4

.0MH

z

40m BAND

7

.0 —

7

.3MH

z

30m BAND

10

.1



—

10

.15MH

z

20m BAND

14

.0



--

14

.35MH

z

17m BAND

18

.068 — 18

.168MH

z

15m BAND

21

.0 — 21.45MH

z

12m BAND

24

.89 — 24

.99MH

z

10m BAND

28

.0 — 29

.7MHz

100kHz — 30MH

z

Al (CW), A3J(SSB), A3(AM), F1 (FSK), F3(FM

)

50 Ohm (TX

: 20— 150 Ohm with AT

)

12

.0--

16

.0V D

C

Approx

. 1

.9

A

Approx

. 20

A

1st IF 45

.05MHz, 2nd IF 8.83MHz, 3rd IF 455kH

z

1st IF 455kHz, 2nd IF 8

.83MHz, 3rd IF 45

.05MH

z

1st IF 36

.22MHz, 2nd IF 45

.05MH

z

CW, SSB, AM, FSK, FM

: Triple conversion superheterodyn

e

FM

: Double conversion superheterodyne

TS-440S

TS-440S (with AT

)

Tr's

1 57

1 7

4

FET's

22

2 2

IC's

49

5 8

Diod's

257

27

7

(

TS-440S TS-440S



with AT

)

W(mm)

270 (279)

270 (279

)

H(mm)

96 (108)

96 (108

)

D(mm)

313 (335)

313 (335

)

Weight(kg)

6

.3

7

.

3

Dimensions

:

(

The numbers in the parenthesis include protections

.

(TRANSMITTER

)

Ratead final power input

:

Carrier supression

:

Unwanted sidebande supression

:

Harmonic content

:

Transmit frequency character

:

Maximum frequency diviation (FM)

:

Microphone impedance

:

More than 40d

B

More than 50d

B

Less than

-40d

B

400--2600Hz (—6dB

)

±5k H

z

50052 - 50k

g

2

TS-440

S

SPECIFICATION

S

(RECEIVER

)

Sensitivity

:

Freq

.

Mode

100 -- 150kHz

150



500kHz

0

.5 --



1

.6MHz

1

.6 -- 30MH

z

SSB,CW,FS

K

(SIN10dB)

Less tha

n

2

.5µV

(8dBA1

Less tha

n

1µV (OdB

A

)

Less tha

n

4µV (12dBA)

Less tha

n

0

.25µV (— 12dB

A

)

AM (SIN 10dB)

Less tha

n

25µV

(28dBp)

Less tha

n

13µV (22dB

A

)

Less tha

n

40/,cV

(32dBA)

Less tha

n

2

.5µV

(8dBA

)

FM (12dB SINAD)

Less tha

n

0

.7µV (—3 dBµ

)

Squelch

sensitivity

: (Threshold

)

Mode

•



•

150 -- 500kHz

0

.5 —



1

.6MHz

1

.6 - - 30MH

z

SSB,CW,AM,FSK

Less tha

n

20AV (26dBA1

Less tha

n

10

A

V (20dBp)

Less tha

n

20µV

(26dBA)

Less tha

n

2µV (6dBA

)

FM

Less tha

n

0 32

A

V (— 10d B

A

)

Image ratio

:

IF rejection

:

Selectivity

:

IF SHIFT variable range

:

RIT/XIT variable range

:

Audio output power

:

Audio output impedanc

e

(FREQUENCY STABILITY

)

Frequency accuracy

: (RIT/XIT OFF

)

Frequency stability

:

(RIT/XIT OFF

: at receive

)

Reference oscillator frequency

:

50dB or more (1 00kHz -- 1 6MHz

)

70dB or more (1

.6 — 30MHz

)

50dB or more (FM 3rd image ratio

)

50dB or more (100kHz --- 1 6MHz

)

70dB or more (1

.6MHz -- 30MHz

)

Fre

d

Mode

— 6dB — 60d

B

SB,CW,FSK

More than 2kHz Less than 4

.4kH

z

AM

More than 4kHz

Less than 18kHz (— 50dB

)

FM

More than 1 2kHz Less than 25kHz (— 50dB)

±0

.9kHz or mor

e

± 1 kHz or mor

e

1

.5W or more (with 8S2 load, 10% distortion

)

4 — 1652 (Speaker and headphone

)

More than

±10

x 1

0

-

6

More than

±10

x 10

-6

(— 10°C to 50°C

)

36MH

z

Note

:

Circuit and ratings subject to change without notice due to developments in technology

.

3

TS-440S

CIRCUIT DESCRIPTIO

N

1

. Overview

•

The TS-440 is a triple conversion type transceiver, incor-

porating a general coverage receiver, which uses 45

.0

5

MHz as the first IF, 8

.83 MHz as the second IF, and 45

5

kHz as the third IF

.

•

The TS-440 is compact, but allows for installation of a

n

optional internal automatic antenna tuner operating in th

e

amateur band from 3

.5 MHz to 28 MHz and enables

a

wide range of antennas to be used

.

•

The TS-440 also contains a microprocessor-controlled dig-

ital PLL circuit which controls frequency in 10 Hz step

s

using a single crystal oscillator to implement high accura

-

cy and stable frequency control

.

•

The TS-440 has the following major features

:

(1)

Selectable VFOs

; VFO-A and VFO-

B

(2)

Direct frequency input using a numeric keypa

d

(3)

100-channel memory containing frequency band

,

and mode information (channel 90 to 99 for split fre

-

quency memory

)

(4)

Memory scan in 10 channel groups and two type

s

of program sca

n

(5)

RTTY (AFSK) mode availabl

e

(6)

Squelch circuit operational in all mode

s

(7)

Dual filters available to improve selectivity and SI

N

ratio (optional filter required

)

(8)

IF shift, audio notch, IF filter switching, and RF AT

T

functions for convenient interference reductio

n

(9)

Large heat sink and cooling fan (100 W) enabling u

p

to one-hour continious transmit operatio

n

(101 Full and semi break-in circuits for C

W

(1 1) External-computer controllable (optional interface re

-

quired

)

(12) Many easy-to-read meter functions such as th

e

received signal strength (s-meter), transmitter power

,

SWR, and ALC level

.

2

. Frequency Element

s

The TS-440 utilizes a triple conversion transmitter an

d

receiver

.

V

30K



f IN

RX MIX

1

30MHz ,



RX

TX

45

.05MHz RX MIX2

8

.83MHz

RX MIX3

455KHz

DE

T

DISCR I

RX OUTPU

T

TX MIX3

TX MIX

I

8

.83MH

z

TX MIX

2

SSB,CWT, AM,

FM, FSK

(FM MOD

)

:45

.O8^-75

.05MH

z

-CW R



:45

.0792-- 75

.0492 MHz

SS B

C

W

FS

K

'

AMR,FM

R

AMT,FMT

: 455KH

z

USB,

CW



:

456

.5

KH

z

-LSB,FSK



453

.5KH

z

FSK

AFS INPU

T

B

.M

.

SS

B

AM

MIC INPU

T

F

M

Fig

. 1

Frequency configuratio

n

The overall frequency configuration of the TS-440 is show

n

in Figure 1

. The incoming received signal (f,

N

l

is applied t

o

the ANT terminal

. This signal is mixed with the local oscilla-

tor signal (fvco) in RX MIX 1 to obtain the first IF frequen-

cy

. This signal is then mixed with the HET Oscillator signa

l

(fHET) in RX MIX 2, to obtain the 2nd IF frequency

. Th

e

resulting signal is then mixed with the second local oscilla

-

tor frequency (f

L

o) to obtain the 3rd IF frequency

. The sig-

nal is then combined with the CAR signal for detection

. f

i

N

is expressed mathematically as follows

:

fiN = fvco



fHEr – fLo



fcAlt



1

4

TS-440

S

CIRCUIT DESCRIPTIO

N

ANT

Fig

. 2 PLL frequency configuratio

n

30

K

30MHz



1st MIX

MIX

3rd MI

X

2nd

D

AF OU

T

DE

T



/



\

I



5 KHZ



I



6

.22MHZ



P

D



120KHZI



1= 1800 1=450

1

J=72441=1811

1

FM

MOD





I

/

1

I



HI



IPLL 5

1

I I F

M

MIX 5

4

.55MH

AMR,FM

R

AMT, FMT



: 455 KH

z

USB, CW



: 456

.

5

LSB,

FSK



: 453

.

5

CA

R

1/1

0

IX 4

9

.9—10 4MH

1/2

0

1/

5

IPLL

31

I/1

0

MKR —

(=13720_

.20719)

1 1

RIT, XI

T



Y

I/L



11/180

0

L=19800

`_

MN614

7

20799



4

P

.D

99=104MH

z

(98_6 =103

.6MHZ

)

—

5KHZ

—



I

M=323

9

299 4

STEP 5

)Cw

R

1

/P

o

r

I

/P-

I

F

P

I/1

---

-

7006 J

58

.25-

u

53

.25MHz

BP

F

r

1

I



p,D



I/

M

}

20KH

Z

1/450

AM,FM



: 91 MH

z

USB,CW



: 91

.3 MH

z

LSB,FSK

: 90

.7MH

z

IPLL4I



I

AM,FM



: K=1820

0



USB,



CW



K=1826

0

LSB,FSK



K=1814

0

IPLL

11

D



I/N,I/A--L

1

8

SOOKHZ



INT=13-

.73



T _ MN614

7

NT=PN-A



L—



—



I

91 MH

z

/'

—

1

I

.98^-2

.08MH

z

64

.78

=

59

.88MHz

P

.D

5KH

z

I/K

1/180

0

—

As shown in figure 2, all received frequencies excluding th

e

local oscillator frequency fLo are generated in the PLL circuit

.

The frequencies generated in these loops are expressed a

s

follows

:

-

fsT

D

VC04

:

f

K04

4

800 •

. fvco4 = 7200 fSTD

...

3

.fsTD





L



VCO3

: fvLos =

4

800



fvcos = 7200 fSTD

....

4



fvcoz + fvco3 + fvco4



1

'fsT

D

50



20



4

M



45 0



M



fsTD



fvco

_ s



fvco4



5

fvcoz = 1800



50



2

0

VC01

:

N



1

8

:

.

fvcos = 72 fSTD + fLo +

f

STD

f

1

002

. .

6

Based on these formulas, the frequencies fvcor fHET, and

fCA

R

are expressed as follows

:



/

N



M



L



fvco

= fvcor =

(

72



1800 + 3600000

K

+ 1440000 + 1) fsTD + fLo



7

J

f

HET = fVCO5 = 41



fSTD



8

Formula 1 may now be rewritten as follows

:

N _



M



L



J

fIN 1

72



180000 + 3600000



41 +

1

)

.

fsT

D



1

0

Note that f

L

o

is

not included in formula 10

. That is,

a

received frequency is determined by the reference frequen-

cy fs

TD

and frequency division data

Ito

N

. Further analysi

s

of formula



10 shows the following

:

i)

Basically, frequency division data I to N contain no er-

ror because they are controlled by the microproces-

sor according to the operating frequency

.

ii)

The accuracy of the operating frequency is equal t

o

that of the reference frequency, because all frequen-

cies other than fs

TD

in formula 10 are determine

d

by the microprocessor

.

iii)

The operating frequency does not change even if k o

r

fLo changes

.

When f

IN

= 14 MHz (USB mode) in formula 10 , f

IN

an

d

f

STD have the following relationship

:

VCO5

:

fvcos



4 fsTD

fvcos =

J



I



4

1

fSTD



2

VCO2

:

fvcos — f

L

o — fSTD + fvcoz



1

f

10



4

sTD

fvco4



K

fcAR



200



1440000

fSTD



9

5

TS-440S

CIRCUIT DESCRIPTIO

N

I=1800, J=7244, K=19800, L=3239, M=4

1



fin = 0

.388 fsTD



1 1

When fIN = 30 MHz (USB mode) in formula 10 , f

IN

an

d

fSTD have the following relationship

:

I = 1800, J = 7244, K = 19800, L = 3239, M = 7

3



.'

. fIN = 0

.833

f

STD



1

2

Since the precision of the reference crystal oscillator use

d

in the TS-440 is 10 ppm (—10 to 50°C) and the receive

r

system has the characteristics shown in items i) and ii), th

e

total accuracy is stable at any point from 30 kHz to 30 MHz

.

The maximum amount of frequency shift is only +/— 30

0

Hz (see formula 12 )

. The characteristic shown in ite

m

iii) enables variable band functions such as IF shift to be im

-

plemented, using the microprocessor. The microprocesso

r

also is used to set carrier points by adjusting fcAR, and to se

t

and adjust the amount of IF shift

.

So far received frequencies in the SSB mode have been dis

-

cussed

. For receive modes other than SSB, and in transmi

t

mode, operating frequency is determined by the referenc

e

frequency and frequency division data

.

In CW receive mode,

fvco

is shifted down 800 Hz and use

d

as

fvco3

.

In AM or FM receive mode, fCAR generation i

s

stopped

. In FM receive mode, f

HET

is modulated by addin

g

audio signals to VCO5 from the microphone

. FSK (RTTY) i

s

transmitted in LSB mode and uses AFSK by adding audio sig

-

nals externally

.

The type of frequency displayed differs, depending on th

e

mode, as shown in Table 1

.

Mode

Displayed frequenc

y

USB, LSB, FS

K

C

W

AM, FM

Carrier point frequenc

y

Transmission carrier frequenc

y

IF filter center frequency

Table 1 Displayed frequencie

s

3

.

Receiver Circuit Descriptio

n

IC

2

C335

7

f

I F AMP

.

DE

T

Noise

S

O

CF

3

CFW455

Fig

. 3 Receiver circuit configuratio

n

CF I

Q7,

8

3SK73GRx2

IC

7

µPC2002V

S P

SSB

C

.F

AF P

A

CF

2

C

.

F

6

TS-440

S

CIRCUIT DESCRIPTIO

N

t

Signals from the ANT pin are fed into the RAT pin of the R

F

unit via the transmit/receive switching relay

. The signals the

n

go to the 10 BPFs through the approx

. 20 dB attenuator cir

-

cuit, the first stage of the first IF trap circuit, and the lo

w

pass filters (which pass only 500 kHz or less)

. The signal the

n

goes through the second stage of the first IF trap circuit, an

d

is mixed with the VCO signal and converted into the first I

F

signal of 45

.05 MHz in the first mixer, consisting of Q3 an

d

Q4 (2SK125-5)

. The VCO circuit consists of Q21 to Q2

4

(2SC2668Y) and oscillates in four bands from 45

.05 MH

z

to 75

.05 MHz

. Oscillator frequencies are controlled by D

C

signals from the PLL unit

.

The first IF signal of 45

.05 MHz is passed through the MC

F

(F1), which is used in both receive and transmit, and is am

-

plified by the first IF amplifier Q5 (3SK74L)

. In the secon

d

mixer, consisting of Q6 and Q7 (2SK1 25), the first IF signa

l

is mixed with the heterodyne oscillator signal (36

.22 MHz

)

from the PLL circuit, amplified by Q12 (2SC2668Y) to ob-

tain the second IF signal (8

.83 MHz)

. The second IF signa

l

of 8

.83 MHz goes through the gate of the noise blanker

. I

n

modes other than FM , the signal then goes through the MC

F

(F2) and is fed into the IF unit through buffer amplifiers Q

8

and Q9 (2SC2668Y)

.

1) Selectivity circui

t

Figure 4 is a selectivity circuit diagram

. In auto mode, th

e

appropriate bandwidth filter is automatically selected accord

-

ing to mode

. When an optional filter is used, two filters ar

e

available

. Tables 2 and 3 shows the various combinations

When the optional 8

.83 MHz filter is connected, the secon

d

IF signal is then fed from the IF unit into the optional filter

.

In the third mixer, consisting of Q1 and Q2 (3SK73GR), th

e

second IF signal is mixed with 8

.375 MHz signal generate

d

by IF unit's heterodyne oscillator circuit, consisting of Q5

3

and Q54 (2SC2458Y), and converted into the third IF signa

l

(455 kHz)

. The third IF signal is then amplified by Q

5

(3SK73GR)

. A diode switch is used to route the signal t

o

either the FM or SSB circuits

.

In SSB mode, the third IF signal goes through the SSB cer-

amic filter (XF3)

. In AM mode, the third IF signal goes throug

h

the AM ceramic filter (XF4)

. In either mode, the third IF sig-

nal is then amplified by Q7 and Q8 (3SK73GR) and detected

.

In FM mode, the third IF signal goes through the FM cerami

c

filter (XF5)

. The signal is then sent to the FM IF, IC2 (M

C

3357) for amplification and detection

. IC2 also contains a

n

FM noise squelch circuit

.

The detected SSB/AM signal is passed through the notch cir

-

cuit, consisting of hybrid IC IC1 (BX6124) and squelch gat

e

Q12 (2SC2459BL)

. The signal then goes through the A

F

volume control and is amplified to the appropriate level b

y

AF amplifier IC7 (UPC2002V)

.

of bandwidth available when optional filters are used

. In F

M

mode, the selectivity switch does not operate and a singl

e

dedicated FM filter is used

. Optional filters operate only i

n

receive and are separate from the filters used in transmit

.

AUTO SELECTIVITY CONTROL

I

—



X59—1070—00

1

D6



01

I

558

21

,



i

l

a

< ss

R

455 3t_

.

14

/a



D

I

+

R

+

z

'

.

,$W

I

AI

AL

T

D5



02

L a

J

r

p1

<

I

cw

R

R4~~

fro

m

04

IC 1

0

D4

RY

R

D

2

~•

14



i

D3



0 3

Bew



sj



r

l

a

—

i

L_

.

j

J

<A M

R

45A



6L

RX

B



45A

I



DI I



la





Bow

I



o



D

9



M 2

I4

N

-

88

5

455

0

D

5

45S

(

-

a

D8

6

SELEC-

TIVIT

Y

BBC

AUTO

n

AU

T

454

GNDI



F/14

—

J

Fig

.

4

Selectivity control circuit



MANUAL SELECTIVITY CONTROL

7

TS-440S

CIRCUIT DESCRIPTIO

N

Filter selectiv

e

AUTO MODE

WITHOUT OPTION

OPTION INSTALLE

D

MODE

8

.83MHz

455kHz

8

.83MHz

455kH

z

SSB

Through CFI

XF1

CF

1

CW

Through

CF1

XF2

CF

1

AM

Through

CF2

Through

CF

2

FSK

Through

CFI

XF2

CF

I

FM

Through

—

Through

—

XF1:

YK-88S or YK-88S

N

XF2:

YK-88C or YK-88C

N

Table

2

Item

Ratin

g

Center frequency fo

45

.05 MH

z

Center frequency deviation

fo±

1 kHz at 3 d

B

Pass bandwidth

±9

.6

kHz or more at 3 d

B

Attenuation bandwidth

±28

kHz or less at 10 d

B

Ripple

0

.7 dB or les

s

Insertion loss

2

.0 dB or les

s

Guaranteed attenuation

30 dB or more with

±1

MH

z

(Except spurious

)

Final impedance

2 kS1±10 %IL characteristi

c

Table 4 MCF (L71-0259-05) (RF UNIT

Fl

)

Item

Ratin

g

Center frequency fo

8830

kHz±0

.5

kH

z

Pass bandwidth

±3

kHz or more at 3 d

B

Attenuation bandwidth

±12

kHz or less at 18 d

B

Guaranteed attenuation

30 dB or more within

fo±

1

MH

z

Ripple

0

.5 dB or les

s

Insertion loss

1

.0 dB or les

s

Final impedance

2

.5 kfll3 pF

Table 6 MCF (L72-0260-05) (RF unit F2

)

Item

Ratin

g

Center frequency fo

455

kHz±0

.2

kHz at 6 d

B

6 dB bandwidth (total)

± 1

.1

-1

.3

kH

z

60 dB bandwidth

4

.5 kHz or les

s

Guaranteed attenuation

60 dB or mor

e

(at 0

.1

-1



MI-Iz

)

Spurious (600—700 kHz)

40 dB or mor

e

Ripple with bandwidth

2 dB or less at 60 d

B

Insertion loss

2 dB or les

s

Temperature

— 10°C—

+50°

C

Input and output impedance

2

a

l

Table 8 Ceramic filter (L72-0356-05) (IF UNIT CF1)

MANUAL MODE

WITHOUT OPTION

OPTION INSTALLE

D

SELECT

8

.83MHz



455kHz

8

.83MHz

455kH

z

N

NO

RX

XF2

CF

1

XF1

CF

1

M

1

M2

Through

CFI

Through

CF

1

W

Through

CF2

Through

CF2

XF1:

YK-88S or YK-88S

N

XF2:

YK-88C or YK-88C

N

Table

3

Item

Ratin

g

Center frequency fo

455 kH

z

6 dB bandwidth

±2

kHz or mor

e

40 dB bandwidth

7

.5 kHz or les

s

Insertion loss

6 dB or les

s

Guaranteed attenuatio

n

(within 455kHz ±



100kHz)

35 dB or mor

e

Input and output impedance

2

.0

a

l

Table 5 Ceramic filter (L72-0355-05) (IF UNIT CF2

)

Item

Ratin

g

Center frequency fo

455

kHz±1

'kH

z

6 dB bandwidth

±6

kHz or mor

e

50 dB bandwidth

±12

.5

kHz or les

s

Rippl

e

(within 455 kHz±4 kHz)

3 dB or les

s

Insertion loss

6 dB or les

s

Guaranteed attenuatio

n

(within 455 kHz± 100kHz)

35 dB or mor

e

Input and output impedance

2

.0 kS

l

Table 7 Ceramic filter (L72-0315-05) (IF unit CF3

)

Item

Ratin

g

Center frequency fo

8 830 MH

z

Attenuation bandwidth

±50

kHz or more at 3 d

B

Guaranteed attenuation

35 dB or more at 9 285 MH

z

45 dB or more at 9

.74 MH

z

Insertion loss

6 dB or les

s

Ripple

1

.0 dB or les

s

Input and output impedance

330 S

l

Max



voltage (DC)

50 V (Min

l

Table 9 Ceramic filter (L72-0351-05) (IF unit CF4

)

8

TS-440

S

CIRCUIT DESCRIPTIO

N

2)

AF notch circuit

R OH

M

BX7I91— 851

8

123



10

BX719

I

R7 IOK

R9 22

K

OUT!

-

S

C

5



1

0

+

0 iI t

i

U



W

U

D27



D2

6

Fig

. 5 NOTCH circui

t

The hybrid ICI in the IF unit is an audio notch circuit

.

Figure 5 shows its equivalent circuit

. This circuit forms state-

variable band pass filter, also known as a bi-quad filter

. Th

e

notch frequency can be changed using the notch control vari

-

able resistor

. Since the circuit consists of the hybrid IC, sta

-

ble attenuation characteristics can be obtained electrically an

d

thermally

. The range of variable notch frequencies is 400 H

z

to 2600 Hz

.

The notch frequency is determined by the following tw

o

formulas

.

1)

f

N

,,R6/27r (R1 +Notch VR)•R8•R10•C1

.

C65



1

2)

R6

.

1R12+R13)=R10•R11



2

If a variable resistor is used for resistor NOTCH VR, the notc

h

frequency can be controlled according to formula 1)

.

The notch frequency range is from 400 to 2600 Hz, and at-

tenuation is from 25 to 50 dB

.

9

TS-440S

CIRCUIT DESCRIPTIO

N

3

.

Transmitter Circuit Descriptio

n

IC

4

MIC



pPCI

I58HZ



SS

B

D



<M1C AMP

GAI

N

PRO

C

FSK

IN

45

.05^

-

75

.05MH

z

Q4

6

3SK73

Q10,1

I

3SK122 x2

Q13,1

4

3SKI22x

2

F

I

MC

F

Q4

4

2SC2459

IC

5

AN612

CFI

IC

6

AN612

CF

4

IST

MIX

9

.83MH

z

DB

M

ssB

Q1

6

2SC253

8

LP

F

Q

I

2SC2075

02,3



Q4,

5

2SC2509x2 2SC2879x 2

LPF/

-

0

A

.T

R

X

Fig

. 6 Transmitter circuit

configuratio

n

In SSB, CW, AM, or FSK mode, the transmitter system use

s

triple conversion . In FM mode, the transmitter system use

s

double conversion using PLL modulation

.

Audio signals from the microphone are applied to the MI

C

pin (connector (21)) of the IF unit and are separated into SS

B

modulation and VOX signals

. The SSB signal is amplified ap-

prox

. 8 dB by IC4 (µ

.PC 1 1 58HZ)

. AFSK audio signals fro

m

the AFSK IN pin (back panel) are also applied to IC4

.

IC4 functions as a SPEECH processor

. Output from IC4 i

s

distributed to the MIC GAIN control (front panel) and FM cir-

cuit (RF unit)

. In SSB mode, the signal applied to the MI

C

GAIN control is sent back to the IF unit (connector (23) MV2)

,

amplified by Q44 (2SC2459), and supplied to the balance

d

modulator IC5 (AN612)

. In FM or CW mode, Q44 does no

t

operate because a cut-off voltage is supplied to its emitte

r

via diodes D82 and D46 . The signal converted to 455 kH

z

10

TS-440

$

CIRCUIT DESCRIPTIO

N

DSB by IC4 goes through the SSB transmit switching diode

s

D17 and D18, filter switching diodes D14 and D12, and SS

B

ceramic filter CF1, to obtain the SSB signal

. The SSB signa

l

then goes through the transmit switching diode D36 and i

s

fed into the transmit first mixer, IC6, where the SSB signa

l

is mixed with the output from the 8

.375 MHz oscillator i

n

the IF unit, and converted to 8

.83 MHz

. In CW or FM mode

,

the carrier signal from the PLL unit does not go through IC

5

BM or the 455 kHz filter

. These carrier signals are applie

d

to IC6 via switching diodes D53 and D54

. The output signa

l

from IC6 goes through the MCF to remove spurious compo

-

nents, and is amplified by the IF amplifier Q46 (3SK73) an

d

sent to the RF unit

. Q46 provides ALC control and C

W

keying

.

In the transmitter second mixer, consisting of Q1 1 and Q12

,

(3SK122), the 8

.83 MHz transmit IF signal input to the R

F

unit is mixed with HET oscillator signal (36

.22 MHz) fro

m

the PLL unit and converted to 45

.05 MHz signals

. The 45

.0

5

MHz signal goes through D23 and the MCF to remove an

y

spurious components

. The 45

.05 MHz signal then goe

s

through D27 and is supplied to the transmit third mixer con

-

sisting of Q13 and Q14 (3SK1 22)

. In the third mixer the sig

-

nal is mixed with VCO signal (Q21 to Q24) amplified by Q1

2

(2SC2668) and converted to the required transmit frequen

-

cy (1

.8 to 29

.7 MHz)

. The signal from the third mixer goe

s

through the low pass filters C156, C158, C159, and L89

,

and is amplified by the wide band amplifier Q15 (2SC2570)

.

The signal then goes through the wide band transformer Ti

9

and low pass filters C164, C165, and L90, and is further am

-

plified by wide band amplifier Q16 (2SC2538)

. The signa

l

from the Q16 goes through the output transformer T20 an

d

is used as the drive output

.

In FM mode, the PLL VCO is directly modulated

. The audi

o

signal from IF unit IC4 (UPC1 1 58HZ) is fed into the RF uni

t

via the FM1 pin

. In the RF unit, the audio signal is amplifie

d

by Q36 (2SC2459) and Q37 (2SC2603), and goes throug

h

the limiter circuit consisting of Q38 (UPC4558C) and lo

w

pass filter circuit, and is sent to the PLL unit via the FM

D

pin

. In the PLL unit, the 36

.22 MHz VCO is modulated

. Q3

9

(2SC2603) is a switching circuit to prevent the modulate

d

signals from being emitted from the PLL unit in a mode othe

r

than FM

.

For

"S"

model radios the output from the RF unit i

s

amplified to a 100 W power level by Q1 (2SC2075), Q

2

and Q3 (2SC2509), and Q4 and Q5 (2SC2879) in th

e

final unit

. The 100 W output goes through the LPFs whic

h

differ by bands, and is sent as output to the antenna via th

e

AT unit and transmit/receive switching relay

. SWR an

d

ALC detection is performed at the output of the LPFs

.

1) Antenna tune

r

The antenna tuner operates when the AUTO/THRU switc

h

is in the AUTO position and the AT TUNE switch is ON

. Th

e

antenna tuner is driven in the CW mode and power is reduce

d

to 50 W by the microcomputer regardless of the mode select

-

ed before the AT TUNE switch was turned ON

. The rang

e

of operating frequencies is determined by a microcompute

r

program, and is from 3

.5 MHz to 30 MHz

.

• AT unit operatio

n

Power transmitted by the final unit passes through the cur

-

rent and voltage detecting transformers L1 and L2 usin

g

toroidal cores

. Current and voltage components detecte

d

by the transformers are supplied to pins 9 and 13 of IC

2

for wave shaping and their phases are compared by IC

3

HD10131

. The output from pin 3 of IC3 depends upo

n

the phase of the voltage and current waveforms applie

d

to IC3

. The signal from IC3 pin 3 is sent to pins 10 an

d

15 of buffer IC IC3 HD10125

. Output from pins 12 an

d

13 of IC3 goes through level shift Zener diodes D5 an

d

D6 to control the input circuit of motor drive IC IC

5

BA6109U2

. The output signal is used to drive motor M

1

to adjust the variable capacitor VC1 so that the phas

e

difference between voltage and current components i

s

reduced

.

The current and voltage components output from the cur

-

rent and voltage detecting transformers is also supplie

d

to the voltage comparator IC1 NJM2903D

. The compa-

rator output is used by motor drive IC IC6 BA6109U2 t

o

drive motor M2 to adjust variable capacitor VC2 so tha

t

the amplitude difference is reduced

. That is, the phase con

-

trol variable capacitor VC1 is controlled so that the cur

-

rent is in phase with the voltage and the voltage contro

l

variable capacitor VC2 is controlled so that the amoun

t

of amplitude difference between the current and voltag

e

is reduced (SWR1, an SWR of 1 to 1, is obtained whe

n

the current and voltage are in phase and the amount o

f

amplitude difference is 0)

. VC1 and VC2 are designed t

o

operate independently of each other, but since phas

e

difference affects the amount of amplitude difference an

d

vice versa, VC 1 and VC2 will normally rotate together

.

Forward and reflected waves detected by the filter unit ar

e

converted to SWR control signals in the SWR arithmetic cir-

cuit in the control unit and are sent to the ISW pin of th

e

AT unit

. Since the SWR control signals are current wave

-

forms, the signals are converted from Ito V waveforms b

y

IC8 (b/4) in the AT unit and to obtain the corresponding vol

-

tage mode SWR signals are generated

. The SWR signals ar

e

then fed into the SWR comparator IC8 (C/4)

. The referenc

e

voltage pin 9 of the IC8 (C/4) is supplied with a voltage cor

-

responding to an SWR of 1

.25 to 1 via a potentiometer

.

Therefore, when the actual SWR value exceeds 1

.25, pin

8

of SWR comparator IC8 (C/4) is H, so the motor drive vol-

tage control transistor Q5 turns on and the collector of Q

4

is supplied with voltage from pin 14S

. The voltage is als

o

used to turn the tuning LED on. The inverted input pin of IC

8

(d/4) is supplied with triangular waves generated by IC7, an

d

its non-inverted input pin is supplied with the above SWR vol

-

tage signals

. As a result, as SWR lowers, IC8 (d/4) outputs

11

TS-440S

CIRCUIT DESCRIPTIO

N

waves changing from continuous waves to relatively low dut

y

pulses

. Q1 is driven by this voltage waveform to control Q2

,

which is connected to the collector of Q4 in series and mo-

tor drive voltage is generated

.

If the motor turns too fast, the SWR value will be smalle

r

than the motor stop value because of the inertia of the mo-

tor

. As a result, the motor will continue to operate even if

the motor stop signal is sent and the SWR value will con-

tinue to be greater than the motor stop value, causing th

e

motor stop signal to turn off. That is, the motor will not sto

p

and it will be difficult to obtain a match

. If the motor spee

d

is too slow, it will take a long time to satisfy a matching con

-

dition

. The TS-440 therefore controls the motor speed ac

-

cording to changes in SWR

.

TUNE STO

P

ADJ

IC8

c/4

Q

5

Triangular

wov

e

generator

Fig

. 7 Antenna

tuner circui

t

The antenna coupler is a T type. Six relays RL100 to RL10

5

are used to change taps within the range 3.5 MHz to 30 MHz

.

2) Cooling fan circui

t

The final unit contains the temperature-sensitive thermisto

r

TH1 thermally coupled with final transistor Q4

. When tem-

perature on the surface of Q4 reaches approx

. 50°C, the fa

n

start comparator Q9B operates (H level), causing Q8 to tur

n

on to operate the fan

. During operation of the fan, tempera

-

ture protection comparator Q9A is at a L level, so the tem-

perature protection circuit does not operate

.

When temperature on the surface of Q4 goes down to 45°C

,

the cooling fan turns off

.

•

Final temperature protection

circui

t

When the temperature of the final transistor Q4 rises u

p

to approx

. 80°C, the temperature protection comparato

r

Q9A turns on (H level), Q1 in the filter unit also turns on

,

and a minus DC voltage is supplied to the ALC line, reduc

-

ing the transmitter output to zero

. (The TS-440 does no

t

return to a receive state

.) When the temperature of th

e

final transistor Q4 falls to approx

. 70°C, the protectio

n

circuits turns off allowing the transmitter to operate again

.

•

SWR protection circui

t

When antenna VSWR is bad, or the reflected wave is to

o

large, because the auto antenna is tuning for example, L4

2

and L43 detect the state and its output is rectified

. Th

e

rectified signal is then amplified by Q2 to control the AL

C

voltage so that drive power is reduced. As a result, loa

d

on the final unit is reduced

.

•

SWR automatic arithmetic circui

t

The TS-440 uses the automatic arithmetic circuit in th

e

AT-250

. The forward wave voltage

VSF

and reflecte

d

wave voltage

VSR

from the filter unit are fed into the ana

-

log arithmetic circuit of the switch unit, and used to se

t

the voltage level of IC8 pin 2 (5 V

+VsR/VSF)

.

Output vol-

tage from the pin 2 is shifted by IC5 to move the needl

e

in the SWR meter

.

IC5 contains a level shift/meter amplifier and an auto tune

r

V-I convertor

. IC7 contains a square wave generator an

d

a voltage comparator

. IC8 contains an integration circuit

.

Q3 and Q4 are used to switch forward and reflected wav

e

input signals alternately

.

Comparato

r

output

Q9

B

/45°

/50°



0° Bo°



Temperature °

C

FAN

OFF FAN

ON



Thermal



Therma

l

protection OFF protection O

N

Fig

. 8 temperature protection operatio

n

V

12

TS-440

S

CIRCUIT DESCRIPTIO

N

Vs

F

is compared with voltage from IC8 pin 6 (5

.5 V)

.

When SWR increases,

VSF

lowers and the voltage leve

l

of IC8 pin 8 rises

. At IC7 pin 3, a triangular wave is moni

-

tored

. The triangular wave is compared with the wav

e

from IC8 pin 8 and output

. The triangular wave is con-

verted to a square wave by IC10 and sent to switch Q

3

and Q4

. This voltage is used as the SWR control voltage

.

Output voltage from IC8 pin 2 consists of the voltage com

-

pared with VsR/Vs

F

and + 5 DC voltage

. It is distribute

d

to IC4 the level shift/meter amplifier to move the needl

e

in the SWR meter and IC5 the V-I convertor to control th

e

AT440

.

VR14 is used to adjust the SWR meter ZERO point

.

VR 13 is for SWR meter adjustmen

t

3) FULL/SEMI BREAK-IN and VOX circuits

RL TXB RX

B

MICROPROCESSOR

STAND-B

Y

CIRCUIT

CONTROL

POWER SUPPL

Y

CONTRO

L

CIRCUIT

KEYIN

G

CIRCUI

T

VO

X

CIRCUIT

Fig

. 9-1 FULL/SEMI BREAK-IN block diagra

m

When the standby switch, the key, or the VOX switchin

g

transistor are activated, a ground is applied to the input pi

n

of the control circuit, which causes a standby signal to b

e

fed to the microprocessor to determine if a valid transmit con

-

dition has been met

. When that condition has been met, th

e

KEYIN

G

STAND-B

Y

VOX

standby circuit in the IF unit will be turned on

.

A keying signal is generated by the control circuit, wheneve

r

the key is depressed, to control the keying circuits in the I

F

unit

. This keying signal is also used as the transmit/receiv

e

signal during break-in operations

.

o KEYING (FULL

)

o CONTROL( FULL

)

o KEYING(SEMI

)

0

CONTROL(SEMI

)

Fig

. 9-2 FULL/SEMI BREAK-IN timing chart

13

TS-440S

CIRCUIT DESCRIPTIO

N

FULL BREAK-I

N

H

A

L



B

L

1



KEYING I

N

C

L

H

D

E

F

G

KEYING OU

T

L

H

L

L

L

H

H

L



CONTROL OU

T

SEMI BREAK-IN, VO

X

A

L

H

L

KEYIN

G

VOX



I

N

CONTROL OU

T

F

L

H

J

KEYING OU

T

VO

X

Fig

. 9-3 FULL/SEMI BREAK-IN

timing char

t

The above timing charts show the timing for standby an

d

keying signals

.

When an input from the CW key is supplied to point A a

s

shown in the above figure during full break-in operation

,

the one-shot multi-vibrator and gate circuits generate con

-

trol (full) and delayed keying (full) signals

. After the fun-

damental timing signal, RL (12V) for reception an

d

transmission rises, the keying wave also rises, and whe

n

the key is off, RL falls according to the preset tim

e

constant

.

Semi-break-in operation is synchronized to VOX

. When

a

signal is supplied to point A, the VOX delay time multi

-

vibrator determines the VOX time constant

. The input sig-

nal is converted to a keying (semi) signal by the gat

e

circuit

.

These keying semi/full and control semi/full signals ar

e

converted to appropriate break-in VOX mode signals us

-

ing the slide switch

. The control signal is checked by th

e

microcomputer to see whether transmission is to be per

-

formed

. The control signal is then used to switch CRL i

n

the IF assembly unit and generate RL (12 V)

. TXB (trans-

mit

B+)

(8

.8 V) is generated, synchronized to RL

. Th

e

receive control signal RXB (receive

B+)

(8

.8 V) turn

s

on/off, synchronized to the inverted TXB signal, that is, RL

.

RL



12

V

TXB



8

.8

v

RXB



8

.e

v

Fig

. 10 STANDBY keying timing char

t

14

TS-440

S

CIRCUIT DESCRIPTIO

N

4) Speech

processo

r

IC4 in the IF unit functions as the first stage microphone am

-

plifier or audio speech processor

. When the processor switc

h

is off, IC4 functions as a 20 dB microphone amplifier

. Whe

n

the processor switch is on, IC4 functions as an up to 40 d

B

PROCESSOR OF

F

ON

Fig

. 1

1

MIC

gain amplifier with ALC. When the processor switch is on

,

8 VDC is supplied to the base of the gain adjustment switch

-

ing transistor, Q41, driving the feedback amplifier

.

GAIN 2Od

B

MAX GAIN 4Od

8

4

.

PLL Circuit

s

Theory

of

PLL

circuit

operation

s

The TS-440 PLL circuit uses a reference frequency of 36 MH

z

and consists of five PLL loops covering the range of frequen

-

cies from 30 kHz to 30 MHz in 10 Hz steps

. The PLL circui

t

has an IF shift function which is implemented by insertin

g

carrier frequencies between PLL loops

. The PLL loops includ

e

a carrier circuit PLL loop and an HET circuit PLL loop whic

h

generates a constant frequency of 36

.22 MHz

. Frequenc

y

division for these PLL loops is controlled by the microproces

-

sor

. In all PLL loops phase comparison is made using the refer

-

ence frequency fSTO (frequency control using a single crysta

l

oscillator)

.

Figure 12 is the PLL circuit block diagram

.

The reference frequency (fsro) is generated by a 36 MH

z

crystal oscillator and Q21 (2SC2787)

. Reference frequenc

y

signals are fed into the main loop's IC1 1 (SN16913P) via

a

buffer consisting Q22 and Q23 (2SC2668)

. The signal is als

o

fed into IC13 (SN74S112) via a buffer consisting of Q2

4

(2SC2668)

. In IC13, the signals are frequency divided t

o

generate a 9 MHz signal

. The 9 MHz signal is used as th

e

reference frequency signals for the PLL loops

.

•

PLL

5

PLL5 consists of IC 18 (MN6147) and its associated loo

p

components

. VCO5,Q36 (2SK192A), is locked at a fre-

quency of 36

.22 MHz

. The 9 MHz reference frequenc

y

signal is supplied to pin 3 of IC 18, where the signal is divid

-

ed by 1800 (450 in FM mode) to generate

a

5 kHz (2

0

kHz in FM mode) signal used for comparison

. VCO5's out

-

put signal is supplied to IC 18 pin 16 via Q37 (2SC2668)

,

where the signals are frequency divided by 7244 (181

1

in FM mode)

. The phase of the signal is then compare

d

with that of the 5 kHz (20 kHz in FM mode) signal by th

e

phase comparator and the VCO5 oscillation frequency i

s

locked

. Frequency division data is supplied by digital uni

t

(DAO to DA3 and CK4)

.

As described above, the dividing ratio used varies depend

-

ing on which mode the TS-440 is in, FM mode or SSB

.

This is because the apparent time constant is increase

d

without changing the active LPF constant so that the PL

L

signals can be modulated easily and reducing distortio

n

during FM transmission

. In modes other than FM, th

e

amount of frequency shift due to mechanical vibration

s

is reduced because the apparent time constant is reduced

.

The output from PLL5 goes through buffer Q38 (2SC2668

)

and LPFs, and is used as the HET signal in the RF unit

.

15

TS-440S

CIRCUIT DESCRIPTIO

N

VCO I A 45

.08

.

. 52

.55 MH

z

8 52

.55

. .

. 59

.55 MH

z

C 59

.55

.

. 67

.05MH

z

D 67

.05

.,

. 75

.05MHz

Q3

6

I

fLO



J

---

-

024

2502459

.

2

034,3

5

IC

1

3

Di

v

4

9MH

z

BUF

F

2502668



SN7RS,12

N

6

r ST

D

ST

D

OSC

Q2

1

250278

7

Q2

2

BUF

F

2SC266

8

BPF

O

FM MO

D

0

9

UFF

I



I

36

.22MHZ

037



03

8

118111 FM

)

3

I C

SN 74LS9

0

IC

2

4

.55MH

z

LPF

7244 9MH

z

15KHZ1

20KHZ

: FM

I

6 14

7

IC18

250245

8

AMR,FMR

: O

N

/456

.5KHZ USB,C

W

1453

.5KHZ LSB,FSK

1

`\



AMR,FM

R

®

to

-

Q

6

AMT , FM

T

455KHZ

Q

7

25C266B

(OCT

I

4508-

.]5G5MH

=

. .



LO



256192

4

Q25



1

8 375MH

z

SN16913

8

0

.175-30

.675M

H

023

BUF

F

SNI6913F 250266

8

IC1I

IC8



6

.53-

.6

.63MHZ

10

7

2502668



VC

O

25C266B

55

A

5



vco



Co



D

ICI4

SN15913



3

5

.82

5

P

5 32 5

8

.5539

.05 MH

z

2502668



2S 0266822

020

0

AM,F

M

91MHZ /91

.3MHZ

. USB

4

O

w

2SC2668 90

.7MHZ

: LSH

.FS

K

A

.LPF

o

3l

,

32

,

33

2502459 x

3

}

500KH

z

P

.

_

PHA

. C

.

1017

9MH

x

3-]3



1



i



PLL

II

6

.5-

.36

.5MH

Q2

6

2SC2668

IC1

2

2SC245

8

BUFF

L



DIV



SN74SII2N

IC1

6



1/30,1/2



SN74SION

IC1

5



4



030



029

Q27,2

8

\

2SC2668

HET

CA

R

SFT

CA

R

05

2SC2668

2502458



250195

9

2SC266

8

15K Hz

(

P

D

111

019

5

SN16913

P

2SC2668

459

L

SN16913P 2502458

PL L

4

01,

2

25031132

2

IC1

0

54460

L

58

.25-53

.25MHz

Q1

8

016,17

I

PLL

3

2502668 2SC266

8

I20KHZI

IC9



015

01

3

2502668

®

9MHz K 1820

0

I/ 18260

: USB , C

w

\18140 LS8,FS

K

IF SHIFT I-40--40

1

CAR



I-16-

. 15

)

B

.A

P

A

LPF

h-1

P

.

D

I

'PHA

. C

.

2503113 x 2



S 1 R

MN6147 2802668

99

.

-IO

4

Q12

250266

6

IC

5

64

.78-59

.88MHz 1

.98-2

.08M4z

IC

6

/

5

01

4

BUF

F

LPF

DI

V

I/1

0

B P F

MN6147

C I

SN74LS90N M54460L



2SC266

8

M 9MHz



010,11



(5K

H

3239

.

. 2994 (STEP 51



A

. LPF



P D

_ IC

4

HA C



MN 614

7

2503113

. 2

L 9MHz



RITZ-120- ,120

1

19800- 2079

9

Fig

. 12

PLL circuit block diagra

m

•

PLL

4

PLL4 consists of IC1 (MN6147) and its associated loo

p

circuit

. VC04, Q3 (2SC2668), is locked at a frequenc

y

of aproximately 91 MHz, which differs depending on th

e

operational mode

. The 9 MHz reference frequency is ap-

plied to pin 3 of ICI, where the signal is divided by 180

0

to generated the 5 kHz signal for frequency comparison

.

The output of VC04 is supplied to IC1 pin 16 via buffe

r

amplifier Q4 (2SC2668)

. In ICI, the output is divided b

y

an appropriate division ratio (18200 or so) which differ

s

depending on the mode

. The phase of the signal is com-

pared with that of the 5 kHz reference signal by the phas

e

comparator and the VC04 oscillation frequency is locked

.

Frequency division data is sent from the digital unit (DA

O

to DA3 and CK3)

.

The output from PLL4 goes through buffer amplifier Q

5

(2SC2668) and is divided by 20 in IC2 (M54459L(

. Th

e

signal is further divided by ten in the carrier circuit of IC

3

(SN74LS90N) and then fed into the IF unit as the carrie

r

signal via the LPF, and buffer Q7 (2SC2458) and Q

8

(2SC 1959)

. In AM or FM receive mode, switching circui

t

Q6 (2SC2458) operates when an SFT signal is sent, an

d

as a result, IC3, Q7, and Q8 are stopped to cut carrie

r

signals

.

The PLL4 output signal also goes through the LPF an

d

buffer amplifier Q9 (2SC2458) and is fed into the mixe

r

in the main loop, where the signal is used to form the dig

-

ital VFO signal

. As a result, the operating frequency doe

s

not change even if the carrier frequency is changed, whic

h

enables USB and LSB mode switching IF shift and fine car

-

rier point adjustment

. In SSB, CW, or FSK reception mode

,

the may be shifted +/– 1 kHz or more and the carrie

r

point can be adjusted in the range from – 400 Hz to + 35

0

Hz

.

•

PLL

3

PLL3 consists of IC4 (MN6147) and its associated loo

p

components

. VCO3, Q12 (2SC2668), is locked in th

e

range of 99 MHz to 103.995 MHz

. The 9 MHz referenc

e

frequency signal is supplied to pin 3 of IC4, where the sig

-

nal is divided by 1800 to generate the 5 kHz signal fo

r

frequency comparison

. The output of VCO3 goes throug

h

buffer amplifier Q13 (2SC2668) and is applied to IC4 pi

n

16

. In IC4, the output is divided by L and the phase o

f

the signal is compared with that of the 5 kHz referenc

e

signal by the frequency comparator, and VCO3 oscillatio

n

frequency is locked (in 5 kHz steps)

. The division ratio

,

L, is supplied by the microprocessor, in the digital unit

,

(DAO to DA3 and CK2)

. L is in 1000 steps (19800 t

o

20799) corresponding to 0

.00 kHz to 9

.99 kHz

. In C

W

receive, in order to obtain 800 Hz beat signals in the oper

-

ation frequency display, the L is shifted

-80

(19720 t

o

20719) and when RIT/XIT operates, the Lis changed s

o

that fvco is shifted +1– 1

.2 kHz or more

. In AM or F

M

mode, the L is shifted by 10 steps to change

fvco

by 10

0

Hz steps

.

Output from PLL 3 goes through buffer amplifier Q1

4

(2SC2668) and it is divided by ten in IC5 (M54460L) an

d

then by five in IC6 (SN74LS90N)

. The signal is then fe

d

16

TS-440

S

(



CIRCUIT DESCRIPTIO

N

into pin 2 of MIX5 IC7 (SN1 691 3P) via the LPF

. In MIX5

,

the signal is mixed with the signal generated by PLL4 an

d

goes through the BPF to generate a signal in the range o

f

6

.53 MHz to 6

.6301 MHz (in 100 Hz steps)

. The gener-

ated signal is supplied to pin 5

.

•

PLL

2

PLL2 consists of IC9 (MN6147) and its loop circuitry

.

VCO2, Q18 (2SC2668(, is locked in the range of 58

.2

5

MHz to 53

.2501 MHz

. The 9 MHz reference frequenc

y

signal is supplied to pin 3 of IC9, where the signal is divide

d

by 450 to generate a 20 kHz signal for frequency com-

parison

. VCO2's output goes through buffer amplifier Q1

9

(2SC2668(, and is fed into MIX4 pin 2 and mixed wit

h

the 6

.35 MHz to 6

.63 MHz signals applied to pin 5

. Th

e

mixed signal then goes through the BPF to obtain 64

.7

8

MHz to 59

.88 MHz signal (in 100 kHz steps)

. Th

e

64

.78 MHz to 59.88 MHz signal is fed into IC9_ pin 16 vi

a

buffer amplifier Q15 (2SC2668)

. In IC9, the signal is divide

d

by M, and the phase of signal is compared with that of th

e

20 kHz reference signal by the phase comparator, and thu

s

MIX4 output is locked (in 100 kHz step)

. The division ratio

M

is supplied from the digital unit (DA0 to DA3 and CK1), and i

s

in 50 steps from 3239 to 2994 corresponding t

o

0

.00 MHz to 0

.49 MHz

.

The output from PLL2 goes through buffer amplifier Q2

0

(2SC2668) and is divided by ten in IC 10 (M54460L)

. Vi

a

the LPF, the signal is fed into pin 2 of MIX3 IC1

1

(SN 16913P)

. The frequency of the signals depends on th

e

values of L and M, and is in the range of 5

.825 MHz t

o

5

.32501 MHz (10 Hz step)

.

VR1 in MIX4 circuit is used to suppress spurious output

s

from the mixer

. It is necessary to prevent PLL2 from be

-

coming unlocked

.

Signals generated by PLL2 and the 9 MHz reference fre-

quency are mixed in MIX3

. The mixed signal goes throug

h

the BPF, and is further mixed with

fLo

in MIX2 IC1

2

(SN16913P) on the IF unit

. The output from MIX2 goe

s

through the BPF to obtain 38

.55 MHz to 39.04999 MHz

.

The signals are then mixed with the output from the fina

l

VCO oscillator in MIX1

.

•

PLL

1

The last PLL loop, PLL1, consists of IC1 7 (MB87006) an

d

its loop components

. In IC 17, frequency division for refer

-

ence and comarison frequencies is set by serial data (SO

,

SCK, and LEI

. When an external prescaler is used, IC1

7

has a modulus control function for configuring the puls

e

swallow counter

.

The VCO oscillator output from the RF unit goes throug

h

Q26 (2SC2668) in the PLL unit and is fed into MIX 1

. Th

e

mixed signals go through the BPF, and they are then am

-

plified by buffer amplifiers Q27 thru Q30 (2SC2668)

,

shaped by IC 15 (SN74S 10N 1 /3), and fed into IC 1

6

(WN74S 1 12N) 1/3, or 1 /2 prescaler

. Basically, IC 16 is

a

two-level FF circuit and functions as a 1 /4 divider. But

,

when IC17 of the PLL unit sends control signals, to IC 1 6

,

IC 16 functions as a 1 /3 or 1 /2 frequency divider in con

-

junction with IC 1 5 (2/3)

. That is, the IC 1 5, IC 16, and IC1

7

form a pulse swallow frequency divider

.

The 9 MHz reference frequency signal is supplied to pi

n

1 of IC17, where the signals are divided by 18 to gener-

ate a 500 kHz signal for frequency comparison

. Signal

s

fed into IC17 pin 8 via MIX1 and the buffer amplifier ar

e

divided by N, and the phase is compared with that of th

e

500 kHz reference signals by the phase comparator

. Th

e

signal then goes through the active LPFs Q31 to Q3

3

(2SC2459) and is fed into the RF unit as VCO voltage sig

-

nals to control the variable capacitor of the final VCO

. Th

e

frequency divider N covers the full range of operating fre

-

quencies from 30 kHz to 30 MHz (500 kHz step), and i

t

has 61 steps of frequency division data supplied by th

e

microprocessor in the digital unit

.

The last VCO signal in PLL1 therefore depends on th

e

values of L, M, and N, and it is in the range from 45

.0

8

MHz to 75

.05 MHz (10 Hz step)

. N is expressed a

s

follows

:

N=PNo -

A

(No>A

)

P

:



Prescaler module valu

e

No

: Programmable counter valu

e

A

: Swallow counter valu

e

PLL IC contains No and A

.

The last VCO unit is contained in the RF unit and consist

s

of four VCOs, each handling one portion of frequencie

s

from 30 kHz to 30 MHz

. The appropriate VCO is selecte

d

by the microprocessor according to band information fro

m

the digital unit

.

•

Unloc

k

If a PLL loop enters a unlock state, the output on the U

L

pin becomes L

. This L signal is sent to the digital unit t

o

stop the microprocessor

.

•

500

kHz marker signa

l

The 500 kHz reference signal for frequency compariso

n

is supplied from IC17 pin 13, and it is used as the marke

r

reference signal

.

5

. Digital control circui

t

The TS-440 digital control circuit uses an 8-bit CPU (7800

)

which does not contain ROM, and has a 16K ROM (27128

)

and a 2K RAM 18418) outside the CPU

. A common bus use

d

for data exchange between the CPU and RAM, and betwee

n

the CPU and ROM and is also connected in parallel to th

e

two 8255's for extended I/O and an 8251 for interface t

o

a personal computer (option)

. To transfer



data

to

or

from a

n

appropriate IC, the CPU uses the WR or RD signal

,

and the chip select signal from the 74LS138

.

The display is dynamically controlled by software, and con-

sists of 13 digits and nine segments

. The 13 digit and seve

n

segment signal is driven by the high voltage resistive buffe

r

(6300), and the other two segment signals are driven by

a

transistor

. The 7800 transfers data serially

. The clock signa

l

is frequency divided by two in the 4013 and sent to the 6300

.

Using the 4011 and 4030, the encoder generates count

17

TS-440S

CIRCUIT DESCRIPTIO

N

pulses and U/D signals from two clock signals which are 90

°

out of phase with each other, and sends the pulses and sig-

nals to the 7800

. A clock pulse interrupts the 7800 and

a

U/D signal causes the 7800 to perform a count up or dow

n

operation for each step

. If fast rotation occurs, the 780

0

processes several steps of PLL data at one time

.

Voltages from the RIT and IF shift VRs are converted fro

m

analog to digital by the A/D convertor IC (4052) and fed int

o

the 7800

. The voltages are used to drive the display and ar

e

reflected in the PLL data

.

The digital control circuit contains two 8255's for extende

d

I/O

. The 8255 in control unit A is an outputonly element an

d

the 8255 in control unit B is an inputonly element for ke

y

scan and static data

. The output 8255 emits VS-1 signals,

PLL data for the 6147, clock signals, and 1 MHz LED data

.

The input 8255 receives key scan data such as panel switc

h

data and DIP switch data for CAR compensation

. It als

o

receives static data which cannot be entered as a portion ke

y

scan data

.

The 7800 outputs four bits of band and mode informatio

n

(11 bands in the frequency range from 30 kHz to 30 MHz)

.

Each time the 8251, used as the interface to a personal com

-

puter, receives one byte of data, the 7800 is interrupted an

d

reads the data from the 8251

. The 7800 analyzes any com-

mand in the data

. In response to the command, the 780

0

controls setting or writes data to the 8251 as required

. Th

e

8251 serially sends one byte of data including a start bit, syn

-

chronizing to a 4800 Hz clock signal

.

RIT IF-SNIF

T

En<mer

count pufs

e

Enc

.

.

u/C s

.9no

l

n ock s,gno

l

A/O converter data

Made lnfnrmaY

Y

O,

:A LEO)

e



/0 control

,E

,

_SB,US0,CW,AM,FM,FSH1



)CIOAk,por',select

t

Tx

e'•al

0,1



Seeial o



t

,O

)

Outdo

.



;clock dot)-

,

Band ,nformofion



(PLC

.195)58,FIP

. 630

0

Enable 2

;



Power down IPO

I

(PLL

:145158,Fi P

.6300

1

Peounwa

l

1825`IAI,l8)

e

825)

)

PIP

C

L



_ J

Rs-232

C

85-I



converter C

S

(Address s rt)



Ton

e

AF Mole (MY)



conirallTON

)

LE

D

PP

Mule 1590)



(M SCR, IMU

,

PLL do



Lock

)

.

.

.too,



dota

l

OPTION

Vs

-

Ines,



I

Lack S

W

AT S

W

MIC UP/DOWN S

W

PTT S

W

vs-I

dos,

.

Key sca

n

0 ke

y

V, SCAN, CLEA

R

.

.,N

. EN

T

tT

,

Et,

T,T-FSE

TA/

B

SPRIT, A=

9

VOICE U

DOW

N

\CAN SW

i

pra NOn

/

'

Fig

. 13 Control

circuit block diagra

m

18

TS-440

S

CIRCUIT DESCRIPTIO

N

1

. Encode

r

The TS-440S uses an optical encorder

. Two different cloc

k

signals from the encoder are

90°,

out of phase with eac

h

other

. This phase difference is not adjustable but depend

s

on the precision of the module

. The two clock signals are

converted into clock pulses (250 pulses/rotation x 4) and U/

D

signals indicating the direction of rotation by the 4011 an

d

4030 and fed into the 7800

. Figure 1 5 is a timing chart fo

r

clock pulse and the U/D signal transmitted to the 7800

.

,uPD7800G

Fig

. 14 Encoder circui

t

4I

I

B

6

8

8

8

4

8

3

81

1

C

4

A

4

CI

O

A1

0

C

2

012

84 BI

I

BIO 8

3

BIO 81

1

B4 - B

3

COUNT PULS

E

BIG

I

—



U/D SIGNA

L

Fig

. 15 Encoder waveform timing chart

19

TS-440S

CIRCUIT DESCRIPTIO

N

2

. Digital displa

y

FIP digit and segment signals are driven by the 6300 bu

t

decimal point and red character signals are driven by a tran

-

sistor

. 8 V is used to increase the brightness of red charac

-

ters

. The 7800 sends display data serially at 1 MHz, but th

e

clock signals are divided by two (500 kHz) in the 4080 an

d

fed into the 6300

. Figure 16 shows how the frequency divi

-

sion is accomplished

. The 7800 sends data from its SO pi

n

Switch uni

t

+5v

(pin 28) and a clock signal from its SCK pin (pin 26) at ap-

prox

. 1 ms intervals

. After the 7800 has sent 8 bits of dat

a

five times, the 7800 sends a negative enable pulse from por

t

B5 (pin 46)

. When a decimal digit goes on, the 7800 set

s

port C4 to L and when a red character goes on the 780

0

sets port C3 to H

.

-------------------

-

+g

~

L



1~)

N_



O Q,



O

I()

e

M N

-

0 0 O 9 0 0 0 O U O

OO

0

02 03 04 05 06

On 08

09 010 011 012 01

3

1

0



0

0



0 0 0 0 0 0

0 0

0

1

00

01 01 9

O

n0

1

014 01

5

o

c

20 bit Display buffer resisto

r

IC3 TC40I3BP A/2



i

f'



p P

D

7800G

46

O

28

5

C

K

D



0

CL P

R

10



8

9

13

S

I

c

LH

contro

l

circuit

20bit Serial shift resisto

r

1 1 1-



---



fl

-

>

J

IC

I

pPD6300C

s

o

s

IC

3

TC40I3BP B/

2

D

26

SCK

3

2

CL PR

Fig

. 16 Digital circui

t

3. Key scan inpu

t

The key scan input block sends key scan signals (negativ

e

pulses) from its 8255 (IC53) port C in the order of CO to C

7

(C6 and C7 are output only once when the POWER switc

h

is turned on)

. When a matrix crossing point switch is on, its

corresponding bit in the 8255 port A is L to enable the switc

h

to be identified

. Figure 13 shows the matrix

. Key scan S

6

and S7 are provided for the extended function using diodes

.

Key

scan

matrix

S

1 2

34

5

6

1 1

LSB

2

USB

3

CW

4

AM

5

F

M

2 6

789

0

FS

K

3

V/M

MV

SCAN

M

.IN

CLEAR

EN

T

4

RIT

ZIT

T-FSET

1MHz

DOW

N

K

5

A/B

SPRIT

A=B

25L



1

U

.

P

6

VOICE

.

T SET ON

CLOCK 1

100L



3

50L



2

100U



8

7

T

.SET OFF

200L



4

25U



6

200U



9

8

TIMER

SET

CLOCK 2

400L



5

501



7

400U



10

Table 10

. Key scan matri

x

20

TS-440

S

CIRCUIT DESCRIPTIO

N

4

. Static input

7800 (ICI

)

C

O

C

2

07

Encoder U/D signa

l

Unlock signa

l

4052 (IC

: Display)

"H"

when U

P

"L"

when unloc

k

A/D convertor dat

a

8255 (IC53

)

B

O

B

2

B

3

B

4

B

5

B7

Lock switc

h

AT switc

h

MIC UP switc

h

MIC DOWN switc

h

PTT switc

h

VS-1 busy signal

"L"

when switch o

n

"L"

when switch o

n

"L"

when switch o

n

"L"

when switch o

n

"L"

when switch o

n

"H"

when VS-1 busy

6

.

AT

control

L

A/D

converter Inpu

t

Fig

.

17

A/D convertor circui

t

2



9

--%---

1

A

K

D

O

I

Table 1 1

.

5

. A/D convertor inpu

t

Voltages controlled by the RIT and IF shift VRs are applie

d

to the 4052 (IC2

: Display)

. The 4052 has four analog inputs

:

AO (IC2 pin 4) is connected to the IF shift VR, and

Al

(pi

n

5) is connected to the RIT VR, the other two inputs are no

t

used

. When reading IF shift data, the 7800 sets port C5 t

o

0 and selects 4052 AO

. As a result, the 3255 sends a posi

-

tive pulse from port BO to reset the 4052, and the 780

0

sends nine positive pulses from port C6, and port C7 receive

s

data

. When reading RIT data, the 7800 sets CO from th

e

4052 to H and thereafter performs the same operations a

s

when reading IF shift data

.

When the AT switch is turned on with the AUTO/THR

U

switch in the AUTO position, 8255 (IC53) ports B2 and B

5

go on

. When the 7800 knows that the AT switch is on vi

a

port B2, it will enter the CW-mode, and sets port A2 to

H

and A0,

Al,

and A3 to A6, and B4 to L, and transfer a pow-

er down signal

. The 7800 then knows that the PTT switc

h

is on via 8255 port B5, and sets port A6 (transmission con-

trol signal) to H, enabling transmission

. However, if the select

-

ed frequency does not allow the 7800 to prepare fo

r

transmission, 7800 port A6 remains L and the 7800 will no

t

enable transmission

. When the selected frequency is 1.9 MH

z

or less, the 7800 will not enter CW mode nor send a powe

r

down signal

.

7.

LED outpu

t

Depending on the mode, the 7800 makes the 8255 (IC2

)

send M, SCR, 1 MHz, and lock LED signals from ports B4

,

B5, and B6

. When the LED goes on, these ports are L

.

When the mode LED is on, 7800 ports AO to AS are H

. A

O

to A5 correspond to LSB, USB, CW AM, FM, and FSK respec

-

tively. Mode LED output is used as mode control signals i

n

the IF unit

.

8.

VS-1 (option

)

When the voice switch is turned on, an address correspond-

ing to the instruction (numerical data) entered is sent fro

m

8255 (IC2) ports AO to A4 and a positive start pulse signa

l

is sent from port A5

. The VS-1 sends busy signals (H) t

o

8255 (IC53) port B7 while the voice switch is on

. After th

e

voice switch goes off, an address corresponding to the nex

t

instruction and a start signal are sent

.

9.

µPD 7800 reset circui

t

The 7800 reset circuit is used to initialize the 7800 whe

n

the POWER switch is turned on

. This circuit supplies a rese

t

pulse to the 7800 after the clock is supplied to the 7800 sys

-

tem clock input, X1 (pin 31)

. Since IC3 remains on unti

l

PST520D (IC3) pin 1 reaches 4.3 V, C10 is not charged, ena

-

bling a reset signal to be supplied

. When pin 1 exceeds 4

.

3

V, IC3 goes off, causing C10 to charge via R2 and R3 an

d

the reset signal is removed

.

I)

RIT



2) IF SHIF

T

MB 4052

2

1

TS-440S

CIRCUIT DESCRIPTIO

N

10

. PLL output bloc

k

The PLL output block controls five PLL loops

. The 500 kH

z

step PLL loop uses an MB87006 and the other PLL loops us

e

PES



MN6147s

.

,uPD7800

The M387006 has two dividers

: one for the PLL referenc

e

frequency and the other for a swallow type counter

. Frequen

-

cy division data for the reference frequency is sent only on

e

when the TS-440 power is switched on

.

Fig

. 18 Reset circuit



The MN6147 uses the PLL data format shown figure 19

.

8255(

IC

)

Por

t

B4n,B

7

BO

r

B3

Address

Fig

. 19 MN6147 PLL dat

a

Since the MN6147 has latches as shown in Figure 20, onl

y

data following a change is output

. GO data can be any dat

a

since it is used to transfer G2 and G7 data to the G8 latch

.

11.

Other output

s

RL output (7800 port A6

)

This output signal controls transmission. When transmitting

,

this signal is "H"

.

BZ (Buzzer) output (7800 port A7

)

This output signal makes the BZ circuit active

. When this sig

-

nal is "H", the oscillator circuit operates

.

RESET output (7800 port B7

)

This output signal resets the two 8255s and 8251 (option)

.

SBK output (8255 (IC2) port A6

)

This output signal switches the RF unit to prevent noise du

e

to PLL siwtching

.

MT output (8255 (IC2) port A7

)

This output signal controls the AF output to prevent nois

e

due to PLL siwtching

.

SCH output (8255 (IC2) port CO

)

This signal controls the sub audible tone encoder

. The sub

-

tone is activated whenever a transmit frequency in M-C

H

90-99 has been selected, in the FM mode

. A logic H acti-

vates the encoder

.

12.

CAR compensation DIP switc

h

This switch is used to compensate the absolute frequenc

y

characteristic of the 455 kHz filter

. The characteristic ca

n

be compensated within the range of — 400 Hz to + 375 Hz

.

LSB and USB can be compensated separately

. When LSB i

s

compensated, FSK is also compensated

.



coo x

+

100



xi0



xi



xi

-

le©©II~11

IINI

m®®m®mlllImm

AE

I

111111111111111111111

1

MIm



G

B



G3



G4



GS



G

G

.__

.-~i

2 3

MN 614

7

Fig

. 20 Data input terminal and programmable counte

r

SW No

.

H

z

1

2 5

2

5 0

3

100

LS

B

4

20

0

5

40

0

6

2 5

7

5

0

8

100

US

B

920 0

10

400

Table 1

2

When all bits are off,

-400

Hz is supplied for compensa-

tion

. When no compensation is required, bits 5 and 10 mus

t

be on

.

CP

L

DA

3

DA

2

DA

I

DA

0

22

I

I

-

022

(

I

59

.55

...

67

.0

5

/J\



1114

.5

.22

1

Q



Q23 (

52

.55

5

1

1

(7

.5-14

.5

1

020



Q24 (

45

.05 52

.5

5

(0 ^ 7

.5

1

O

•

Q1

8



0

Q17



Q21



67

.05



75

.0

5

122

.

. 301

TS-440

S

I



CIRCUIT DESCRIPTIO

N

13

.

Band information generation circuit (in the R

F

unit

)

Band information from the control unit is sent to connecto

r

15 of the RF unit

. Band information signals BO to B3 for

m

a BCD code in which BO corresponds to LSB

. Q4

D

(M74LS145P) is used to convert data from BCD to DEC, an

d

it generates control signals for ten of the 11 bands

. Contro

l

signals for the remaining band (25

.5 MHz to 30 MHz) ar

e

generated in the AND circuit consisting of D57, D58, an

d

Q46

. These contorl signals go through the current buffer con

-

sisting of Q41 to Q45 (M54561P and 2SA562Y), and ar

e

OR'ed by diodes, as required, and sent to AT unit, filter unit

,

CO, and ANT BPF, as shown in Figure 21

.

Band information 7800 PBo —

3,

B3B2B1B

o

30kHz -

0

.5MHz

0 0

0 0

0

.5MHz -

1

.6MHz 0 0

0

1

1

.6MHz -

2

.5MHz

0 0

1

0

2

.5MHz -

4MHz

0 0

1



1

4MHz -

6MHz

0 1

0 0

6MHz -

7

.5MHz

01

0

1

7

.5MHz -

10

.5MHz

01

1

0

10

.5MHz -

14

.5MHz

0 1

1



1

14

.5MHz -

22MHz

1 0 0 0

22MHz -

25

.5MHz

1

00

1

25

.5MHz -

30MHz

1 0 1

0

Table 1

3

I4

V

Q40 M74LS145P



BCD

—

DEC

V

v

0

Q41 M54561P Buff



\/

x

0

0

0

0

042 Q43 Q44



l

D6

0



~~6

1

D6

5



D64

0I

D63

N

1

28F



122

,

-, 30

)

21F



(14

.5-- 22

)

141



17

.5-- 14

.5

1

71'



(47-7

.5

1

4F



(2

.5^

,

4

,

2F



11

.6-- 2

.5)

To Filter

u

D62

28T

(25

.5

.

30

1

24T

122

25

.5

1

IT

114

.5-

221

To AT

u

I4T

110

.5--

14

.5

1

1OT

17

.5 '

10

.5

1

7T

(6



~

..

7

.51

0

1

0

0

0

VCO SW VC

O

To RFU BP

F

Fig

. 21 Band information generation circuit

2 3

TS-440S

CIRCUIT DESCRIPTIO

N

14

.

Mode control signal

s

Transmit/receive mode signals are generated by ICI 0 in the



to 10, the voltages of control pins 16 and 17 change

. Dur

-

IF unit

. IC 10 is a hybrid IC containing five pairs of PNP tran-



ing reception, these signals change to SSR, CWR, RYR, AMR

,

sistors and diodes

.



and FMR

. During transmission, these signals change to SST

,

Figure 22 shows its equivalent circuit

. When the mode sig-



CWT, RYT, AMT, and FMT

.

nals SSB, CWB, RYB, AMB, and FMB are applied to pins

6

~ t

t

LL LL

4

F

Q Q

2

H

33

C>



V

BX6124

Fig

. 22 Mode control circuit

L

15

.

Expand functio

n

Control unit (X53-1450- 11

D No

.

Shipped

Diode cu

t

65

Mode beep tone



Morse

Single ton

e

66

10Hz display



OFF

O

N

67

Memory protect



OFF

O

N

73

CW shift



800Hz

400H

z

78

W 24



TX



No

Ye

s

79

W 18



TX



No

Yes

Table 14 Expand function

I

24

TS-440

S

CIRCUIT DESCRIPTIO

N

t

16

. Semi-self test functio

n

Semi-self test is started by turning the POWER switch o

n

with the 4 (AM) and T-F SET switches pressed

.

This test provides a method of testing the TS-440 digita

l

system in a shorter time during production or servicing

. Th

e

test enables the following

:

1.

Circuits which are difficult to test during program execu-

tion to be tested easily

. For example, dynamic data ca

n

be ouput as static data

.

2.

Items on which information is held only by the CPU an

d

is not available to the user to be tested

.

a.

Approximately threshold level inpu

t

b.

Incorrect input due to input pin faul

t

Operation procedur

e

1

.

POWER SW OF

F

2

. The power switch on while pushing switch 4 (AM) an

d

switch T-F SE

T

3.

The test number has starts from

"0"

to

"56"

and EN

D

when turn the VFO knob clockwise

.

Operation chart shows as follow

.

4.

To reset SEMI-SELF TEST function, Power switch OFF

.

TEST NO

. LIST

TES

T

NO

Condition

TES

T

NO

Conditio

n

0

Start All Fip's light's

31

RES = "H

"

All Fip's light's (Segment)

32

2

All Fip's light's

33

CO = "H" (AID

)

3

All Fip's OFF (digit)

34

„



=

"L"

I "'

)

q

Each digit lights G1

35

AX = "H" ( "

1

5

G2

36

="'L"



( )

6

"



G3

37

8255 Port A all = "H" (IC2

)

7

G4

38

"



"



all = "L"



(–

1

8

G5

39

8255 Port B all = "H"



(•

,

1

9

G6

40

„



"'



all

="L"



(„

)

10

„



G7

41

8255 Port C

CO-C3="H”

1,,

)

11

C4–C7

="L

”

"

"

G8

42

CO–C3="L”

(••

1

2

G9

43

C4–C7="H

"

8255 Port C all=

"H"

(IC53

)

13

G10

44

all=

"L"



(••

)

14

G11

45

LOCK,PTT,MIC,U/D,AT,VS-1(BUSY)chec

k

15

G12

46

[SIMPLEX] VS-1(BUSY)chec

k

16

"



G13

47

Key scan inport chec

k

17

BZ



ON

48

1



(LSB), [6



,V/M,VOICE (check

)

8

BZ



OFF

49

2



(USB),



,M/V,RIT,A/B (check

)

19

Mode LED all ON

50

3



(CWI, ] ,SCAN,XIT,SPRIT (check

)

20

all OFF

51

] (AM),



9 ,MIN,T-FSET,A=B,100L 200L 400L (••

)

21

RL



="H"

52

I5



(FM),



0 ,(FSK),CLEAR,IMHz,25L 50L 25U 50

U

22

53

ENT,DOWN,UP, 100U 200U 400

U

23

BAND all = "H"

54

–

24

all =

"

L

"

55

—

25

PD



="H'•

56

EN

D

2

6

27

ENF



= •'H

"

28

= "L" (immediatly

)

29

EN

P

30

25

TS-440S

CIRCUIT DESCRIPTIO

N

SW Monitor

Display changes by TEST numbe

r

Displa

y

TES

T

NO

I

/

I

I

II

I

I / I

LOCK

AT

MI

C

UP

MI

S

DOWN

PT

T

or Al

VS-

1

BUS

Y

43

1

1

LSB

VirU

VOIC

E

tl

►

\'

RIT

A/

B

USB

®

SCAN

SIT

SPRI

T

C

W

D

i

AM

09

rUIN

T-FSET

A=B

100

L

(_)

200

L

1?

400

L

L

CLEAR

1MHz

25L

SOL

35U

SO

U

FM

(Ii)

0

ENT

DOWN

UP

100

U

Lg

. ,

200

U

5

400

U

,g

If the display changes from "

; " to " /

7

;

; " by operate the key in chart then function working properly

.

26

TS-440

S

SEMICONDUCTO

R

SN74LS138H (Control unit

IC51)

Dat

a

output

s

TRUTH TABL

E

Input Outpu

t

Enable

Selec

t

G,

G

2

C

B

A

Yo Y,

Y

2

Y

3

Y,

Y

5

Y

6

Y

7

x

H

x x

x

HHH

H

HHHH

L

xxxx

HHH

H H

HHH

H

L

LLL

L

H H

H

HHHH

H

L

LL

H H

L

H

H

HHHH

H

L

L

H

L

H

H

L

H

HHH

H

H

L

L

H

H H

H

H

L

HHH

H

H

L

H

L

L

H

HH

H

L

H H

H

H

L

H

L

H H

H

HHH

L

HH

H

L

H H

L

H

H

HHH

H

L

H

H

L

HHHH

H

HHH

H

H

L

Note

: 1

. G

2

=G

2

A+G

2

B

2

. H

: High leve

l

L

: Low leve

l

X

:

"H"

or

"L"

2

7

TS-4405

SEMICONDUCTO

R

TC4013

(Display unit

IC3

)

CL



C

L

TC4040BP (Control unit IC55)

QI



Q2



03



Q4



05



0

6

O © ® ®

0

LD



D



D

CLOCK 10

C'

>



O

OD--CP _



CP _



CP _ ~-CP -

-CP

-



CP

-



R

O



R

O



RO



R

0



R0



R

0

RESET



DO

RESE

T

SE

T

DAT

A

CLOCK

C

L

CL

6



8

5

-

3 -

S

D



Q

CL



0

R

2

9

-

I I -

S

D



0

CL



0

R

10

- 1

3

-1

2

R

CP

D

R

CP

R

CP

D

R

CP

D

R

CP

D

R

CP

D

012



Q5)0I

I



(14)Q10



(12)09



(13)08



(4)0

7

TC4069B

P

(Control unit IC4

)

(TOP VIEW)

I

1

28

TS-440

S

SEMICONDUCTO

R

e

MB4052



PC

5

Co CI



7~J7

Comparato

r

Resisto

r

IF-SHIFT

-

R



Comparato

r



®



D

R IT -



AI

O



Lam,

~



,

Multi

_

D



I



ple

780

0

PC

7

12



ADC CLK



PC

6

le

8255(IC2

)

RS



+5

v

r

Ag

o

Not us

e

L

A

3

EX

.

2

EX

.!

8

bi

t

DA

C

v

CC

I

Regulato

r

2

.5

K



6



S

O

VccI



Vcc2



A

.G



D

.

G

MB4052 Pin Descriptio

n

I/O Signal

Pin Function

s

Pin No

.

Pin Name

Symbol

Functio

n

2

3

Range expande

r

inpu

t

Range expande

r

output

Ex

.

2

Ex

.



1

Analog input pin for expanding the range

.

Analog output pin for expanding the range

. Connect to any pin from AO to A3

.

By using Ex

. 1, Ex

. 2, the range is expanded to the x4 range

.

4—7

Analog entrance

Ao—A

3

4-ch analog input pin

. Channel 1 is selected by channel select input CO to

Cl

.

9

10

Channel select input

C

o

C,

The input pin to designate the analog input channel for A/D converter

. This signal is latche

d

at the trailing edge of CS

.

11

Chip select input

CS

This is the chip select input pin

. When CS is inverted from

"1"

to "0", A/D convertin

g

starts and data output is enabled

. After A/D converting is over or when an interrupt is re

-

quired, set the CS back to "1"

.

12

A/D convertio

n

clock

AD

C

CLK

This is the clock input pin for A/D convertion input to the comparator register sequentially

.

Convertion speed is determined by the clock speed

. In the case of 8-bit, approx

. 10 clock

s

will be needed

. However, it is not necessary that the clock period be fixed

.

13

Data output

DAT

A

OUT

This is the open collector to output the result of A/D convertion

. The data is output in th

e

order of the start bit, most significant bit, 2nd significant bit,

. .

., least significant bit, an

d

the stop bit, synchronized with ADCCLK

.

14

Range select input

RS

This is the input pin for selecting the voltage range of analog input

. The VFS=Vcc,/8 rang

e

is selected at "0", and the range of FVS=Vcc,i2 is selected at "1"

. During convertion

,

hold this pin to

"0"

or "1"

.

1

8

Analog groun

d

Digital ground

A

.

G

D

.G

Ground termina

l

1

5

16

Power supply pin

2

Power supply pin 1

Vcc

2

Vcc

1

When driving with 3

.5 to 6

.0 V of power, connect Vcc, and Vcc

2

to each other, and appl

y

the power voltage to them

.

When driving 8 to 18 V of power, apply the power voltage to Vcc

2

. At this time, the 5

V

stabilized voltage is output to Vcc,, and approx

. 10 mA current can be supplied externall

y

to the IC

.

When either 3

.5--6

.0 V or 8— 18V power is used, Vcc, is the reference voltage for A/

D

convertion

.

•

Channel Select



•

Range select



• Wiring example when expanding the rang

e

RS

'Convertion

vol

-

tage rang

e

Vcc

,

0

0—'

8

Vcc

,

1

0--'



2

C

,

0

C

o

0

Selected Ch

.

A

o

1

A

,

0

1

0

1

1

A

2

A

3

MB4052

2

9

TS-440S

SEMICONDUCTO

R

MB8418-LP20-GRA (Control unit 1050

)

,uPD7800

Memoria

l

Alle

y

128 x16

x

8

0E0

A4

n

a

A3

0

.~

S

}CA

B

Addres s

buffe

r

--

I

T

Inpu

t

buffe

I/O gat

e

column decode

r

I

/0

buffe

r

WR



WE

Lo

w

decode

r

Addres

s

buffer

L

CAB

Symbol

Pin nam

e

Ao—A

10

Address inpu

t

I(1



— II



Ix

Data in/ou

t

CS

Chip select

1

CS

2

Chip select

2

WE

Write enabl

e

Vcc

Power (1

.5 V

)

GND

GN

D

NC

.

No connection

mo

o

GN

D

AI

O

OE1

0

TL

B

(IC4)

Q5

0

D

e,

cs

e

Inpu

t

buffer



CS

B

cs

,

Y1

7



I



SN74LS138



T

+5

V

BAT

T

MBM27128 (Control unit IC52)

---~

—~

O

lO

x

—

I/O

Dolt)

—

Data outpu

t

00



0 7

'

~~

—

+15 V

Vc

c

RD

GN

D

VP

P

pPD7800

17

Pin nam

e

+15 V

--

.

-

v

Y0

0

Yt

O

15



1

4

SN74LSI38

O

E

C

E

PG

M

o



A

O

Aa

Output enabl

e

Chip enabl

e

Prog, roglc

Y decode

r

X decoder

Output Buffe

r

Y selectio

n

131072

bi

t

(512

x 256

)

Memoria

l

all

y

}BP

D

780

0

Ao—A

13

Address inpu

t

Oo

—

O7

Data outpu

t

CE

Chip enable inpu

t

OE

Output enable inpu

t

PGM

Program inpu

t

Vcc

Power supply

Vpp

Program power suppl

y

GND

GN

D

30

TS-440

S

SEMICONDUCTO

R

MC3347 (IF unit IC2)

2

5K

10K



10K

30K $ 20K

50

K

.0K

1

2

15K

14 15

K

50K

17

16

20

22K

220K

470

$50

K

15

25

K

26

1

3

0

1

5

8

~52

53 54

V

506

48

490

5

1

44

46



4

7

.

58

j

i

6

MC3357 (IF

unit

IC2

)

27

100K

32

OK



10K

I0K



10K • 10

K

6

.2K

33K 33K

33

K

2 8

29

3

0

31

5

60

59

0

9

R

F

Inpu

t

GN

D

Audi

o

Mut

e

Sca

n

Contro

l

Squelc

h

Inpu

t

Filte

r

Outpu

t

Filte

r

Inpu

t

Demodulato

r

Output

31

TS-440S

SEMICONDUCTO

R

pPC1158H2

R

7

Amp

.



AL

C

w u

W

u u u

W

Input



N

.F

.B

. Output



GND



ALC



ALC



Vc

c

Output



Input

nput

l

Pin connectio

n

Pin

Function

Pin

Functio

n

1

Input

5

ALC outpu

t

2

_

N

.



F

. B

.

6

ALC Inpu

t

3

Output

7

Vc

c

4

GND

µPC2002V

(IF

unit

IC7)

1

:Inpu

t

2:

NF

B

3:

GN

D

4

: Outpu

t

5

: Power supply + Vc

c

1

2 3

4

5

0

(

N

0

•1



•2



1

32

TS-440

S

SEMICONDUCTO

R

t

PD8251AC (Control unit IC54

)

Data bus

SN7404

5

s

5 6

•

D7o

.DI4

TX

D

Dat

a

bu

s

buffer 8_

w9

7404 2

.4576MHz

0

ra

n

m

i

buffe

r

(P

—

SI

TX

D

RX

D

P B

7

yl PD7800

E

8

R

D

W

R

SN74L5138

Ye

L

CTS

5

RTS 6 O

4

041

3

® SN7404

~

•

~

® C/D

~

RD •

•

m

~

:4~

•

C

S

l0

RESET



•p

•

CTS

:

•

DS

R

DTR

MODE

M

contro

l

R/

R

contro

l

I

ogic

R

X

RD

Y

Receiv

e

contro I

RX

C

SYNDET/B

D

Inne

r

data bus

Not us

e

Not us

e

05

(404010

pin ( Bo

rate

:

4800

)

5PD7800 INTI 12 pi

n

Not us

e

tPD8255AC-5 (Control unit IC2, 53)

I/O Port

A

I/O Port

C

I/O Port

B

Group

A

Port

A

(8 bit

)

Group

B

Port

C

(Lower 4 bit

)

R/

W

control

Group

B

Port

B

(8 bit

)

Group

A

contro

l

Dat

a

bu

s

buffer

Group

B

contro

l

74 LS 13

8

i1 At

IC2

:

Y3



I

2

ill

At IC53 Y2 I3

Basic functio

n

A

t

A

D

CS

RD

WR

Functio

n

0000

1

Data bus °-- Port

A

0

1

0 0

1

Data bus



Port

B

1

0 0

0

1

Data bus



Port

C

000

1

0

Port A — Data bu

s

0

1

0

1

0

Port B



Data bus

1

0 0

1

0

Port C — Data bu

s

1 1

0

1

0

Control register

t—

Data bu

s

x

x

1

x x

Data bus is in high impedanc

e

statu

s

1 1

0

0

1

Combination is inhibited

"0"

shows low level (L

)

"1"

shows high level (H)

3 3

TS-440S

SEMICONDUCTO

R

APD63000 (Display unit IC1

)

Pin description

Pin No

.

Symbol

Pin name

I/O

Descriptio

n

1

01

3

014

FI

P

015

Segmen

t

driver

0

High dielectric-strength (40V) output in the Pch open

.

017

(

0

13'

019)

Corresponds to the output of

Q13

—

Q1

9

01

8

7

01

9

8

SO

Serial data output pin

0

Output serial data the trailing edge of SCK

. When the n-numbe

r

of

pPD63000s

are connected in series, this can be connected t

o

the SI of the following stage

.

9

BI

Blanking pin

This input can turn off all indicator or displays, and can dim the

m

by applying a random duty pulse from outside

. Active low

.

10

LH

Latch pin

I

Transmits the connects of the serial shift register to the buffe

r

register at low level, to latch the connects at the rising time

.

Active rising (leading) edge

.

11 SI

Serial data input pin

I

This is the data input pin

. Inputs data to the shift register at th

e

rising edge of SCK

.

Reads out the SI data to the shift register at the rising edge o

f

12

SCK

Serial clock input pin

I

SCK

.

Outputs data from SO at the trailing edge of SCK

.

13

CS Chip select pin

When CS is high, this inhibits SCK and LH, and when CS is low

,

activates SCK and LH

.

14

Vss

GND

Connect to the GND terminal of the system

.

15

0

0

16

0

1

Pch open-drain system, high dielectric-strength output

.

17

0

2

18

0

3

FIP

Corresponds to th

e

0

4

output of 0o to

012

V0

0

0

5

Segmen

t

Qg

driver

Pc

h

07

r

1

p

0

8

O

9

(00

—

012)

0

26

Ot

o

0

11

Vss



Oo



Ot

s

27

01

2

28

V00

Power supply pin

—

5 V ± 10%

)

)

34

TS-440

S

PARTS LIS

T

r

•

Capacitor value



1

0 3 = 0

.01µ

F

CAPACITORS



CC 45 TH 1H 220

J

1 2



3 4



5



6

1 = Type



ceramic, electrolyic, etc

.



4 = Voltage ratin

g

2 = Shape



round, square, etc

.



5 = Valu

e

3 = Temp

. coefficient



6 = Toleranc

e

•

Temperature Coefficient

0 1 0

=

1p

F

1 0 0 = 10p

F

1 0 1 =100p

F

1 0 2 = 1000pF = 0

.001µF

220

= 22p

F

1st number

1

Multiplie

r

2nd numbe

r

1st Word

C

L

P

R

S

T

U

Color" Black

Red

Orange

Yellow

Green

Blue

Viole t

pp

m

/

C

0

-80

-150

-220 -330

-470

-75

0

•

Tolerance

2nd Wor

d

ppm/°C

G

30

H

- 60

J

± 120

K

± 250

L

50

0

Example CC45TH = -470±60 ppm/°

C

Code



C

D

G

J

K

MX

Z

P

No code

Code

B

C

D

F

G

)



'-0

.25

t0

.5

±2 ±5

±10

.20

+40

+80

+100

MO

e



10µF-10^'+50

(pF)

±0

.1

±0,25

±0

.5

±1

±

2

-20

-20

-0

iha



4

.7µF-10-+7

5

Less than 10 p

F

•

Rating voltage

\2n

d

or

d

1 s

t

word

A

B

C D

E

F

G

H

J

KV

0

1

.0

1

.25

1

.6

2

.0

2

.5

3

.1 5

4

.0

5

.0

1



6

.3

8

.0

-

1

10

12

.5

16

20 25

31

.5

40 50 63 80

3 5

2

100

125

160

200

250 315 400 500 630 800

-

3

1000 1250

1600

2000

2500 3150 4000 5000 6300

8000

-

1 = Type



ceramic, electrolytic, etc

.

2 = Shape



round, square, etc

.

3 = Dimensio

n

4 = Temp

. coefficien

t

5 = Voltage ratin

g

6 = Valu

e

7 = Tolerance

.

•

Chip capacitor

s

C C

73

F

T

S L I H O O G

J

(EX),-1

:

7

-

,



J L7_

3



rot



/j

L=7 ->- Refer to the above table

.

`

T

1 2



3 4 5



6 7

/

(Chip)



(CH,RH,UJ,SL

)

CF

7 3 F



F 1 H 0 0 0

0

(EX)

L

~o



E



1 2 3 4 5



6 7

(Chip) (B,F

)

•

Chip resistor (Carbon

)

(EX)~

D 7 3 F



a

2 8 0 0 0

J

1 2 3 4 5 6

7

(Chip)



(B,F

)

•

Carbon resistor (Normal type

)

R D

1 7

a

B X 0 0 0

J

77

:

7

7



L

-

7

:

7

7,

E

-

1



1 2 3 4 5



6 7

Dimensio

n

Dimension code

L

W

T

Empty

5

.6'_ 0

.5

5

.0 ± 0

.5

Less than 2

.

0

E

3

.2 ± 02

1

.6 ± 0

.2 Less than 1 .2

5

F

2

.0 ± 0

.3

1

.25 ± 0

.2 Less than 1 .2

5

Dimensio

n

Dimension code

L

W

T

Wattag

e

E

3

.2±0

.2

1

.6+-0

.2

0

.57

2

B

F

2

.0+0

.3

1

.25±0

.2

0

.45

2

A

Rating wattage

Cord

Wattage

Cord

Wattage

Cord

Wattag

e

2A

1



10W

2E

1 4W

3A

1

W

2B

1



8W

2H

1 2W

3D

2

W

2C

1



6

W

Dimension

3

5

TS-440

S

SEMICONDUCTOR

PARTS LIST



)

N

: New Part

s

*

: Please note that parts are sometimes not in stock, and it takes much time t

o

deliver

.

R

e

marks

Nam

e

Diode

1S155

5

1S13

3

1S258

8

15158

7

1S100

7

1SV53

A

N

1SV15

3

1SS10

1

1SS9

9

1N6

0

1N444

8

S31

C

BA28

2

N

MA85

8

N

US109

0

N

DAN40

1

MC93

1

M I204

MC92

1

Vari-cap

ITT310T

E

Varistor

MV 1

3

MV-5

T

MV20

3

Zener diode

N

SVO3Y

S

MTZ 3

.0J

B

N

N

N

MTZ 4

.3J

C

MTZ 6

.2J

A

MTZ 7

.5J

A

MTZ 9

.1J

B

MTZ 9

.1J

C

UZ 3

.0

B

UZ 6

.2B

L

UZ 9

.1B

L

V06

B

Thermistor

SDT100

0

N

5T41

L

112-502-

2

32D2

7

Surge absober

N

DSP-301 N

Item

Re

Nam

e

mark

s

Digital Tr

N

DTC 1 14E

S

TR

DTC143T

S

DTC124E

S

DTC 144W

S

DTA114E

S

2SA562 (Y

)

N

2SA562 T

M

2SA950 (Y

)

2SC1959 (Y

)

2SC1815 (Y

)

2SC205

3

2SC207

5

2SC2458 (Y

)

2SC2459 (BL

)

2SC250

9

2SC253

8

2SC2570

A

2SC2668 (Y

)

2SC2603 )E

)

N

2SC287

9

2SC3113 (B

)

2SC2787 (L

)

FET

2SK30 (GR

)

2SK30 (0

)

2SK192 (GR

)

2SK192A (GR

)

2SK192A (GR)*

J

2SK 125-

5

3SK73 (GR

)

3SK74 (L

)

3SK122 (L

)

IC

AN61

2

AN655

1

AN780

5

AN780

8

BA71

8

BA6109U

2

BX612

4

6X719

1

HD1011

6

HD

1013

1

HD1012

5

Item

Re

-

Nam

e

mark

s

N

LM2931Z-5

.

0

N

M 54460

L

M54459

L

M54561

P

N

M 74LS00

P

N

M74LS123

P

M74LS145

P

MB361

4

MB405

2

N

MB8700

6

N

MBM27128-25JA

1

MBM8418-2OLP

-

GR

A

MC10125

L

MC10131

L

MC10116

L

MC3357

P

MN614

7

MN6147

C

NE555

P

NJM2903

D

NJM2903

S

NJM2904

M

NJ M 2094

S

PST520

D

SN74LS90

N

SN74LS10

N

SN74LS112

N

N

SN7404

N

N

SN74LS123

N

SN74LSOO

N

SN74LS138

N

SN74LS145

N

SN16913

P

N

TC4001B

F

TC4011B

P

TC4013B

P

N

TC4030B

P

N

TC4069UB

P

TMP8255AP-

5

p

.PC1158H

2

p

.PC2002

V

APC4558

C

N

1PD6300

0

APD8255AC-

5

0PD7800

G

)

)

Destination tabl

e

K



:

for U

.S

.A

.

Ml

: GENERAL MARKE

T

M2

:

GENERAL MARKE

T

T



:

for Englan

d

W

:

for Europ

e

X

: for Australi

a

36

TS-440

S

PARTS LIS

T

x New Part

s

Parts without Parts No

. are not supplied

.

Les articles non mentlonnes clans le

Parts No

.

ne sont pas fournis

.

Telle ohne

Parts No

.

werden nlcht gellefert

.

Ref

.



No

.

Address

Ne

w

Parts

Parts No

.

Description Desti

-

nation

Re

-

mark

s

offtit

g

.

-

g

-

fs



g

l

.

114

4

TS-44

0

1

11)

:it

:

A01—0990EI12

CASE



(A)



UPPE

R

2

.

3A

AU10999-0,1

cnsE



(B)



LOWE

R

3

PANEL ASS

Y

4

21)

A40--0617-03

130

-

FTOM PLAT

E

9

IA

B04—0411-04

SF' MOUNTING HARDWAR

E

I[)

1A

BEIS-07OR-04

SP GRILL CLOT

H

1_1

IF

B30-00JI'IS

PH 01

-

LAMP



(14V,80MA

)

1

1

21H

MEIE

R

14

13A

B40-362S-414

MNDEL

. NAME PLATE

KMIM

2

14

3A

B40-3625-04

MODEL NAME PLATE

1I

4

14

3A

B40-3626-04

MODEL NAME PLATE

X

17

1A

14,12-1,M22-04

VOX NAME PLAT

E

22

:

2C

B43106304

NAME PLATE



(TRIN

TS440S)

T

21

B43-1064EO4

NAME PLATE

:



(KENWOOD TS-- 44X)

x

2 ,

B43EIO65-04

NAME PLATE



(KENWNND TS--440S) K1

. M

2

22

.

B43-1066-04

NAME PLATE (KENWOOD TS-440S)

1

4

23

1T

:

it

:

B46-0410IO

WARRANTY CARD

K

24

IS

B50-8048-00

INSTRUCTION MANUAL

KMIM

2

211

.

1S

B50-8048-00

INSTRUCTION MANUAL

W

X

24

12

B50-8049E-00

INSTRUCTINN MANUAL

T

B42-1

.72-04

LABEL(WITH ANTENNA TUNER

)

24

IS

E07-0751-05

7P DIN PLUG



(ACLESNRY

)

2,

1

IS

E070852-05

8P METAL_ PLUG

KMIM

2

28

IS

E30163005

DC POWER CORD ASS

Y

E310431-1

.5

WIRE WITH CONNE'LTNR



(SP

)

IS

F05-2034-05

FUSE



(20A

)

:31

IS

F'05E2034-05

FUSE



(20A)ACCESSNR

Y

3

:3

liE

:

602---0

:505-17'5

KNOB FIXED SPLING



(X4

)

G53

-0509-04

PACKING



(X2)

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66

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PARTS LIS

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DIGITAL TRANSISTO

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012 2SC2459(BL) TRANSISTO

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Q 3

DTC114ES

DIGITAL TRANSISTO

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014 DTCl43T5

DIGITAL TRANSISTO

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815

DTCI14ES

DIGITAL TRANSISTO

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016 2SC2459(BL) TRANSISTO

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017 2SC2458(Y)

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018 2SA1048(Y)

TRANSISTO

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019

024'

FYI

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New Parts

Parts without Parts

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7

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Description

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027 2SA1048(Y)

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[-!29 -32

DTCI43TS

DIGITAL TRANSISTO

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033

2SA5621TI

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2SC2458(Y)

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2SA562TM TRANSISTO

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2SA562TM TRANSISTO

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DTGTI4-ES

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2SCP459(BL)

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DTC114ES DIGITAL TRANSISTO

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042

2SC2450(Y)

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043

EiTA114ES

DIGITAL

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044

2SC2459(RL) TRANSISTO

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SELELJIVITY UNI

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X59-1080-00

YNX

UNIT

x New Part

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Parts without Parts No

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.

Les articles non mentlonnes dans le

Parts No

.

ne sont pas fournis

.

Teile ohne Parts No

. werden nIcht gellefert

.

68

PC BOARD

TS-440

S

SWITCH UNIT

(X41-1610-00)

Component side view



2

•

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d

45

A

38

W

88

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IC1

: AN7808, IC2, 3, 6

: AN7805, IC4

: LM2931Z-5

.0, IC5, 8

: NJM2904S, IC7

: NJM2903S, Q1

: DTC114ES

,

Q2

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: 2SK30(GR), Q5, 6

: 2SC2458(Y),D1

: 1S1555, D2

: MTZ7

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D5-12,

15-18

:

1SS133

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D13

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6 9

v v

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6

4

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2SC 181 5IY1

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PW

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AL

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ICI, 4, 9, 18

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: M54459L, IC3, 6

: SN74LS90N, IC5, 10

: M54460L, IC7, 8, 11, 12, 14

: SN16913P, IC13

,

16

: SN 74S 1 12N, IC15

: SN74S10N, IC 17

: M887006, Q1, 2, 10, 11, 16, 17

: 2SC3113(B), Q3—5, 12—15, 18—20, 22—24

,

26—30, 37: 2SC2668(Y) Q6, 7, 9, 25: 2SC2458(Y), 08

: 2SC1959(Y), Q21

: 2SC27871L), Q31—35: 2SC2459(BL

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72

Q36

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2

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3

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45x2

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TS-440(A/8)

81

S2

2

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TS-440S

DISASSEMBL

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Parts with the exploded numbers larger than 700 are not supplied

.

C

(X60-1300-00

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(X50-2050-00

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3

71x

4

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0

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TS-4405

DISASSEMBL

Y

Parts with the exploded numbers larger than 700 are not supplied

.

o.

o

•

a

v

3

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0

ocDC

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N N

M

x

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M

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84

TS-440

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DISASSEMBL

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88

E M2

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1

M 02

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6

N 03x6 (Br-Tap)

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6

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:

N87-3010-41

(X41-1610-00

)

88

(C/14)

TS-440(E/8)

85

TS-440S

DISASSEMBL

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l

O

m

co

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X

Z

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K

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M

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TS-440

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Parts with the exploded numbers larger than 700 are not supplied

.

87

TS-440S

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5

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26,27, 28,30

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37

38

36

24

2

3

40

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88

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

I le



I f~

~

a

.

.R

0



Ta

1~~0 F

'-

T7

1<

SEr



I



A



B

0~



0

PHONE

S

~

r

MTV



II

SCAN



It

CLEAR



(

)

1

1

SELECT

I

1



)—IMHZ



F

LOCK



PROC



NOTCH



ASS

IV

T

V

0

[HOWNI



D



no

I

O

~

AUT

M

t

~rM

.

IN



,LEN

T

O



O

DI



1

MIC

OFF



OFF



OFF

W

PREPARATIO

N

Unless otherwise specified, set the controls as follows

.

POWER



ON



SELECTIVITY



AUT

O

BAND



14



AGC FAST



SLO

W

AF



MIN



NOTCH SW



OF

F

RF



MAX PROC SW



OF

F

NOTCH



CENTER F

.LOCK SW



OF

F

SQUELCH



MIN



1MHz SW



OF

F

MIC



MIN



NB SW



OFF

CAR



MIN



ATT SW



OF

F

IF-SHIFT



CENTER SEND/REC



RE

C

FUNCTION



AUTO



OF

F

A/B



A



AT TUNE



OF

F

RIT,XIT,SPLIT



OFF



VOX SW



OF

F

s

REQUIRED TEST EQUIPMEN

T

1

. DC Voltmeter (DC V

.M

)

1)

Input resistance : More than 1 MS

2

2)

Voltage range

: 1

.5 to 1000V AC/D

C

NOTE

: A high-precision multimeter may be used

.

However, accurate reading can not be obtained for high

-

impedance circuits

.

2

. DC Ammete

r

1) Current range

: 1

.5A, 3A, 20A, High-precisio

n

ammeter may be used

.

3

. RF VTVM (RF V

.M

)

1)

Input impedance : 1 MS2 and less than 3pF, min

.

2)

Voltage range

: 10mV to 300

V

3)

Frequency range

: 10kHz to 100MHz or greate

r

4

. AF Voltmeter (AF V

.M

)

1)

Frequency range

: 50Hz to 10kH

z

2)

Input resistance

: 1 M12 or greate

r

3)

Voltage range

: 10mV to 30

V

5

. AF Generator (AG

)

1)

Frequency range

: 200Hz to 5kH

z

2)

Output

: 1 mV or less to IV, low distortio

n

6

. AF Dummy Loa

d

1)

Impedance

: 8S

0

2)

Dissipation

: 3W or greate

r

7

. Oscilloscope (SCOPE

)

Requires high sensitivity, and external synchronizatio

n

capability

.

8

. Sweep Generator (SWEEP

)

1)

Center frequency

: 50kHz to 90MH

z

2)

Frequency deviation

: Maximum±35MH

z

3)

Output voltage

: 0

.1V or greate

r

9

. Standard Signal Generator (SSG

)

1)

Frequency range

: 50kHz to 50MH

z

2)

Output

: – 20dB/0

.1µV to 120dB/ 1 V

3)

Output impedance

: 50

0

4)

AM and FM modulation can be possible

.

NOTE

: Generator must be frequency stable

.

10

. Frequency Counter If

. counter

)

1)

Minimum input voltage

: 50m

V

2)

Frequency range

: 50MHz or greate

r

11

. Noise Generato

r

Must generate ignition noise containing harmonics be-

yond 30MHz

.

12

. RF Dummy Loa

d

1)

Impedance

: 1 500 and 20

0

2)

Dissipation

: 150W or greate

r

13

. Power Mete

r

1)

Impedance

: 501

2

2)

Dissipation

: 150W cintinuous or greate

r

3)

Frequency limits

: 60MHz or greater

8 9

TS-440

S

16.

Directional Couple

r

17.

Power suppl

y

PS-43

0

18.

Microphon

e

MC-60A or MC-42S

ADJUSTMENT

<REFERENCE

>

Japanese "SG"



American "SG

"



–

6 dB



0

.25µ

V



0 dB



0

.5µ

V



6 dB



1µ

V



12 dB



2µ

V

OUTPUT



24 dB



8µ

V



30 dB



1 5

.8µ

V

1N60

T

loop



Q GND



40 dB



50µ

V

•



1

5



50 dB



8µ

V



60 dB



500µ

V



70 dB



1

.58m

V



80 dB



5m

V



90 dB



15

.8m

V



100 dB



50m

V



120 dB



0

.5

V

14. Spectrum Analyzer (SPE-ANA

)

1)

Frequency range

: 100kHz to 110MHz or greate

r

2)

Bandwidth

: 1 kHz to 3MH

z

15

. Detecto

r

1) For adjustment of PLL/VC0 BPF

•

•

0

2

.

3

.

4

.

5

.

6

.

90

TS-440

5

ADJUSTMEN

T

•

VOLTAGE CHECK, ADJUSTMEN

T

Measurement

Adjustment

Item

Condition

Tes

t

equipment

Unit

'

Terminal

Unit

Part

Method

Specification/Remark

s

1

. Voltage

1) POWER

: ON

DC V

.M

IF

19

-5

Check

13

.3-

14.3

V

RF GAIN

: MAX

19

-9

4

.5-5

.5 V

MODE



USB 19

-10

7

.2-8

.2 V

STBY



REC

9

-1

SW

"

A

"

VR-4

2

.6V

+0

.05V, -O

V

27-

4

IF

VR-5

8

.8

V

•

COMMON ADJUSTMEN

T

Measurement

Adjustment

Item

Condition

Tes

t

equipment

Unit

Terminal

Unit

Part

Method

Specification/Remark

s

1

. CAR MODE

: USB

Oscilloscope

IF

14-

2

IF

L15

0

.4V/p-p

f0

.05V/p-

p

TC2

8

.3750MHz

±50H

z

Freq

.counter

•

PLL ADJUSTMENT

Measurement

Adjustment

Item

Condition

Tes

t

equipment

Unit

Terminal

Unit

Part

Method

Specification/Remark

s

1

. Referenc

e

oscillato

r

frequency

36MHz

Freq

. counter

PLL

TP6

PLL

TC1

36

.000,000MHz

± 10H

z

(R96

)

2

. RIT

1) FREQ



14

.000OMHz

DISPLAY

SW

"

A"

VR3

14

.000,00 RIT

.0

.

0

MODE A

M

RIT Pot

: CENTE

R

RIT SW : ON

I

2) RIT Pot

.

: FULL CW (+)

14

.00120 RIT1

.2 or mor

e

RIT Pot

.

: FULL CCW

-I

13

.998

.80 RIT- 1

.2 or mor

e

3 VCO5

DC V

.M

PLL

TR11

PLL

T20

5

.OV

±0

.2 V

(R146

)

4

. VC04

1) FREQ

. 14

.0000MHz

DC V

.M

PLL

TP

1

MODE A

M

Disconnect PLL- 6 connecto

r

when PLL unlocked

.

(L2)

PLL

Ti

3

.8V

±0

.1

V

2) MODE



USB

4

.2-4

.6 V

3) MODE



LSB

3

.2-3

.6 V

4) MODE



US

B

IF SHIFT Pot

.

: CENTER

Freq, counter

PLL

3

-2

SW"A"

VR7

456

.875kHz

t

1

5) IF SHIFT Pot

.



FULL CW

457.875kHz or mor

e

61 IF SHIFT Pot

.

: FULL CCW

455

.875kHz or les

s

7) IF SHIFT Pot

.

: CENTER

456

.875kHz

456

.874--456

.876kH

z

5

. VCO3

1) FREQ



13

.9999MH

Z

MODE

: AM

DC V

.M

PLL

TP2

PLL

T2

6

.2V

±0

.

W

(L13

)

21 FREQ



14

.0000MH

z

MODE A

M

6

. PLL 6 .6MHz

1) FREQ

: 14

.0050MHz

Oscilloscope

PLL

TP3

PLL

T3-5

MAX

Ref

. 0

.2V/p-

p

BPF

MODE AM

(R60

)

9

1

TS-440S

ADJUSTMEN

T

Measurement

Adjustment

Item

Condition

Test

Specification/Remark

s

equipment

Unit

Terminal

Unit

Part

Metho

d

7

. PLL

11 MODE



AM

Tracking

PLL

IC8-1

,

TRACKIN

G

62MHz BPF

Readjust T9 (VCO2 OSC coil) to

Gen

.

11



pin)

56On



OUT

GENERATO

R

unlock

. (Core is fully bottom po-

3dB or les

s

sition)

GND

k

2) Connect 5609 resister in Tracking

Spectrum

TP4

T6,7,8

GND

Do

O

O

Gen

. output line

. Use oscillo-

analyzer

(R64)

vR

I

scopes probe to connect to spec-

Probe

TP

4

(R64

)

trum analyzer

.

Shiel

d

Case

66MH

z

00

59

.5MH

z

/

00

0

OU

T

8

. VCO2

1) Reset operation must also be

DC V

.M

PLL

TP5

PLL

T9

6

.4V

T9 has two peaking point

.

performed

.

(L21)

Adjust as shown below

.

*See a microprocessor

t 0

.1V

GOO

D

operation check

.

T8

i

N

G

1) FREQ

: 14

.0000MH

z

MODE A

M

2) FREQ



13

.999,9



MHz

2

.2-3

.O

V

MODE A

M

31 FREQ



14

.000,00 MHz

Spectrum

PLL

TP4

PLL

VR1

L23 and L21 shorte

d

MODE AM

analyzer

(R64)

to ground

. (PLL

20d

B

unlocked

)

Adjust spurious radia

-

tion level

. (58

.25MHz)

or mor

e

58

.25



66

.5MH

z

9

. PLL 30MHz

FREQ



14

.250

.00MHz

Oscilloscope

PLL

TP7

PLL

T10,11

MAX

Ref

. 0

.3V/p-

p

BPF

MODE AM

IC12-5pin

,1

2

10

. PLL

38

.5-

FREQ



14

.250

.00MHz

Oscilloscope

PLL

TP8

PLL

T13,14

MAX

Ref

. 0

.2V/p-

p

39MHz BPF

MODE AM

(R112)

,1

5

11

. PLL VC

O

(6

.5-

1) Disconnect RF unit coax

. cabl

e

(VCO)

Trackin

g

Generator

PLL

IC14-1pi

n

36MHz)

2) Connect 5609 resistor in Track-

Probe

TP9

PLL

T16,17

37

.5dB



Less than 2d

B

BPF

Spectrum

(L33)

,18,19

between peak an

d

ing Generator



line

.

output

Ripple

2d

B

Use oscilloscope's probe to

analyzer

3dB or less

point of 37

.5MHz

.

connect to spectrum analyzer

.

45dB or more

42MH

z

12

. 39MHz

FREQ



24.9500MHz

Spectrum

PLL

TP9

PLL

VR

2

Spurius

MODE AM

analyzer

(L33)

Minimu

m

radiation

42dB or mor

e

31MHz



39MH

z

13

. VCO1

1) FREQ



29

.9999MHz

T21

±0

.1

V

MODE

:

A

M

FREQ



22

.0000MHz

5

.3-6

.3 V

2) FREQ



21

.9999MHz

±0

.1

V

DC V

.M

PLL

TP10

RF

T22

2

.5 V

FREQ



14

.5000MHz

(R138)

5

.3-6

.3 V

3) FREQ



14

.9999MHz

±0

.1

V

T2

3

FREQ



7

.5000MHz

5

.3-6

.3 V

41 FREQ



7

.4999MHz

±0

.1

V

T2

4

FREQ



30

.0 (30kHz)

5

.5-6

.5V

92

s

TS-440

5

ADJUSTMEN

T

• RX

ADJUSTMENT

Measurement

Adjustment

Item

Condition

Tes

t

equipment

Unit

Terminal

Unit

Part

Method

Specification/Remark

s

1



IF AM

P

(common)

FREQ



14

.1750MH

z

MODE



US

B

RF GAIN Control



MA

X

Use the minimum SSG inpu

t

possible during alignment

.

SS

G

AF V

.

M

Oscilloscop

e

AF dummy

-

load (8S2)

Rea

r

Panel

AN

T

EXT

.SP

RF

T4,5,

3

---------

-

T7,8,1

5

9,



12

,

10,11

MA

X

Repeat 2–3 time

s

in case of T4,5,3,12

,

10,11

S/N 10 dB or more at – 6d

B

input . 1V or more/8S2 a

t

AF GAIN control MAX

.

2

. 2nd MI

X

balance

FREQ

. 14

.1750MH

z

MODE



US

B

Connect the SSG to ANT terminal

.

SS

G

AF V

.

M

Oscilloscope

RF

VR2

MAX AF Noise level

.

RF

VR1

MIN AF noise level

.

3

. 1st MI

X

balance

FREQ



100

.0 (100kHz

)

MODE



USB

RF

T

i

TC1

Internal spurius bea

t

MIN

.

Repeat

2–3

times 70dB or mor

e4

. IF TRAP

FREQ



29MHz Ban

d

SSG



45.05MH

z

OUT



80 dB!

,

5 RX DE

T

Balance

1) FREQ



14

.1750 MH

z

MODE



US

B

RF GAIN

. MI

N

IF SHIFT

: CENTE

R

RF GAIN

. MAX afte

r

adjustment

RF V

M

o

r

Oscilloscope

IF

0

9

(emitter

)

(R77)

IF

TC1

MI

N

6

. IF AM

P

(SSB)

FREQ



14

.1750MH

z

SSG



14

.1760 MH

z

OUT



0 dB

µ

MODE



USB

SS

G

AF V

.

M

Oscilloscope

Rea

r

panel

IF

L1,2,

3

4,18,5

MAX AF outpu

t

Use the minimu

m

SSG input possibl

e

during alignment

.

IF

L6

MAX AF outpu

t

7 IF AM

P

(FM)

FREQ



14

.1750MH

z

SSG



14

.1750 MH

z

MOD



'I kHz, DEV

: 3kH

z

OUTPUT

:30dB

µ

MODE

: FM

ANT

IF

VR3

Full scale

60



30dB±10d

B

/d

B

8

. S-METE

R

(FM)

FREQ

. 29

.0000MH

z

MODE



F

M

SSG



MOD OF

F

OUTPUT

:30dBµ

/

9

. S-METE

R

(SSBI

1) No signa

l

(SSG output

: OFF)

S-meter

IF

VR2

Set to starting point

.

(

.

Meter zero

)

2) FREQ



14

.1750 MH

z

MODE



US

B

SSG output



8dBµ

SS

G

S-meter

Rea

r

panel

ANT

IF

L3

S

1

Adjust counter clock

-

wise from peak

.

(turn slug out

)

3) SSG output



40dbµ VR3

S9

40dB±6d

B

10

. Squelc

h

threshold

1) MODE



C

W

SELECTIVITY



WID

E

SQL control



12 o'clock

Speaker

EXT

.

SP

IF

VR4

Adjust VR slowly an

d

stop at threshold

.

12 o'cloc

k

11

. Nois

e

Blanker

1) FREQ



14

.1750 MH

z

NB SW



O

N

SSG output



14

.175MH

z

First adjust 20dB input, the

n

use the minimum input a

s

possible

.

SS

G

DC V

.

M

Oscilloscope

Rea

r

panel

AN

T

EX

T

SP

R

F

R14

6

(10kS2)

T2

6

27

MI

N

21 Noise Gen

.



Low level

Noise Geri

.

SP

T2

6

27

MIN noise leve

l

12

. Beeper

1) AF GAIN Control

:



12 o'clock

AF V

.M

EXT

.

IF

VRIO

120mV/88

±10m

V

Depressing

I

A =Bland



AM key at

Oscilloscope

S

P

the same tim

e

2) POWER SW



O

N

3) Set to MEMORY CH17 whe

n

turning VFO

.

AF dumm

y

load

9 3

TS-440S

ADJUSTMEN

T

• TX

ADJUSTMEN

T

Measurement

Adjustmen

t

Item

Condition

Tes

t

equipment

Unit

Terminal

Unit

Part

Method

Specification/Remark

s

1

. TX AMPM

1) FREQ

: 14

.1750 MH

z

MODE

: C

W

CAR LEVEL control

: MA

X

RF unit VR 4

: CENE

R

Disconnect DRV connector from RF

Oscilloscope

RF

DRV

RF

VR

5

T13

,

16,



17

MA

X

unit

. Then, connect as shown right

.

STBY

: SEND

C

t

SCILL

O

5612

SCOP

E

2)



Reconnect this connector afte

r

adjustment

.

(1/4W

)

2

.



Base Current

1) FREQ

: 14

.1750 MH

z

MODE

: US

B

MIC LEVEI control

: MI

N

CAR LEVEL control

: MI

N

FINAL unit VR1, VR2

: MI

N

Connect Ammete

r

Q+

: EXT Power suppl

y

e

:

Power connecto

r

Adjust to minimum current with VR

1

and VR2 in the Final unit

.

STBY

: SEND

Ammeter

Final

VR1

Current drai

n

(Minimum current

)

+200 mA

First adjust VR1 and VR2 fo

r

minimum

.

Adjust VR1 for an increase o

f

200 mA when switched t

o

TX

.

Then adjust VR2 for 200 m

A

over this reading

.

VR2

Current drai

n

(Minimum current

)

+Driver curren

t

(200 mA)+200 m

A

3

.



1)



AL

C

(RF Outpu

t

power

)

2) Powe

r

meter

1) FREQ

: 14

.1750 MH

z

MODE

: C

W

CAR LEVEL control

: ALC scale MA

X

STBY

: SEND

Power meter

Rear panel

ANT

Filter

VR1

95 W

Caution

:



In no case shoul

d

the power be adjusted fo

r

greater than 110 watts

.

VR6

Set to PWR mete

r

95 W readin

g

2) METER SW

: PW

R

STBY

: SEN

D

4

. Power down

1) FREQ

: 29

.7000MH

z

MODE

: C

W

CAR LEVEL control

: ALC scale MA

X

Connect ACC socket pin (PD) t

o

50 W from NC

.

STBY

: SEND

Power meter

Filter VR3

50 W

±2

.5

W

2)



Reconnect this connector (PD

)

to NC after adjustment

.

5

.



Protection

1) FREQ

: 14

.2000MH

z

MODE

: C

W

Coax

. cable to 1 500 dummy loa

d

should be 1 m long

.

STBY

: SEND

1504 R

F

dummy loa

d

Power meter

Rear panel

AN

T

I

Filte

r

1 m

VR2

1

30

W

m

TX



Pow

.M



50

4

I I

2) ANT

: OPEN

18A or les

s

6

. ALC meter

1) FREQ

: 14

.2000 MHz

Power meter

Rear panel

ANT

Filter

VR4

Set to S meter

"0"

*If this adjustment is per

-

MODE

: USB

formed, step 2) Base curren

t

MIC LEVEL control

: MIN

must also be performed

.

CAR LEVEL control

: MI

N

METER SW

: AL

C

STBY

: SEN

D

2) Connect the AG to MIC Jack

.

AG

: 1 kHz, 5 m

V

STBY

: SEND

Power mete

r

A

G

AF VM

Filter

VR4

Set to ALC mete

r

starting point

.

3) AG

: 6 dB increase leve

l

(1 kHz, 10 mV)

VR5

Adjust for maximu

m

ALC scale reading

AL

C

7

.



Spurious

FREQ

: 21

.2000 MHz

Power meter

RF

VR4

-40

dB or less

.

MODE SW

: C

W

CAR LEVEL control

: ALC scale MA

X

STBY

: SEND

Spectru

m

analyzer

MIN

94

0

I

/

/

s

TS-440

S

ADJUSTMENT

Measurement

Adjustmen

t

Item

Condition

Tes

t

equipment

Unit

Terminal

Unit

Part

Method

Specification/Remark

s

8

.



Carrie

r

suppression

FREQ

: 14.1750 MH

z

MODES

: USB and LS

B

MIC LEVEL control

: MIN

Power mete

r

Oscilloscop

e

or Spectrum

Rear

Panel

AN

T

(Direc

-

tional

IF

VR 7,8

MIN



I

-40

dB or les

s

Directional coupler

Powe

r

Ts-44o

-

STBY

: SEND

analyzer coupler)

L~

mete

r

_



Osciilo



I



or Spectru

m

scope



analyze

r

9

. SSB mad

e

frequenc

y

response

FREQ

: 14

.1750 MH

z

MODES

: USB and LS

B

AG output

: Two tones 5 m

V

300, 2700 H

z

Set output to 50 W using MI

C

LEVEL control

.

STBY

: SEND

Oscilloscop

e

Ac

i

300HZ



OK

O

AG

2

2700H=©

Rear

panel

AN

T

(Direc

-

tiona

l

coupler)

Cont

.

S5

0

(DI

P

SW)

Adjus

t

below

.

Al

1111I

'

as

show

n

.illlIii

*If this adjustment i

s

performed, step 8 must als

o

be performed

.

I

DIP

SW



,'I

IIII

I'

O

K

5m

v

5608

eeee e

e

5

4

0

e

ee

ON

,1I

IIII

I

~

r

USa-



LSa

r

.1dIIIILdffIIIi

„

200



50



400



100



25

400



100



25



200



50

r~1IIIIII~i~''IIIII'1~

N

G

DIP SW are adjustable

from

-400

to +375

Hz

.

If two tone generator is not

available, adjust for equal

output power

at 300,

J

2700 Hz, as measured on

wattmeter

.

10

. Speec

h

processor

1) FREQ

: 14

.2000 MH

z

MODE

: US

B

AG output

: 1 kHz, 10 m

V

Set output to 50 W using MI

C

LEVEL contro

l

PROC SW

: ON and OFF

Power mete

r

A

G

AF V

. M

.

Rear panel

ANT

IF

VR6

Level should be th

e

same between O

N

and OF

F

STBY

: SEN

D

21 AG output

: 1 kHz, 1 m

V

(20 dB down

)

STBY

: SEND

25W or mor

e

11

.



FM

. DEV

.

1) FREQ

: 28

.7000 MH

z

MODE

: F

M

AG output

: 1 kHz, 30 m

V

50 mV (K)

Power mete

r

Linea

r

detecto

r

A

G

AF V. M

.

Rear panel

AN

T

(Direc

-

tiona

l

coupler)

RF

VR6

4

.6 kHz

-0

.1

kH

z

RF

VR3

3 kHz

±0

.1 kH

z

2) AG output

: 1 kHz, 3 m

V

5 mV (K

)

12

. CW Sid

e

tone

MODE

: C

W

CW BREAK IN SW

: SEM

I

AF GAIN control

: 12 o'cloc

k

VOX GAIN control

: MI

N

STBY

: RE

C

Connect KEY to KEY jack an

d

close the key contacts

.

Power mete

r

AF V

.

M

Oscilloscope

EXT

.

SP

IF

VR9

0

.63V/8f

2

13



Auto antenn

a

tune

r

If AT-440 is

1) BAND

: 28

.5000 MH

z

MODE

: C

W

CAR LEVEL control

: MAX

1509 R

F

dummy load

AT

10

TC

1

cm

Minimum SWR mete

r

reading

Repeat

2-3

times

.

installed)

AT unit VR1

: 12 o'clock

TS-4401—15oo

1

VR2

: Fully CC

W

AUTOTHRU SW

: AUT

O

ATTUNE SW

: ON

9 5

TS-440S

ADJUSTMEN

T

Measurement

Adjustmen

t

Item

Condition

Tes

t

equipment

Unit

Terminal

Unit

Part

Method

Specification/Remark

s

2) AT-TUNE SW

: OF

F

Disconnect No

.



connector fro

m

AT unit

.

STBY

: SEN

D

Set. SWR 1

.25 reading when VF

O

dial is turned

.

Set as show

n

right

.

VR2

Adjust VR2 until A

T

TUNE indicator jus

t

goes off

.

PWR

0

SWM

A

T

3) STBY

: RE

C

AT TUNE

: O

N

4) AF TUNE

: OF

F

Reconnect No

.

1



connector afte

r

adjustment

.

96

TS-440

S

ADJUSTMEN

T

•

Item

Condition Operation chec

k

1

.



Rese

t

check

1) FUNCTION SW

:

A

POWER SW : OF

F

Set the POWER SW ON

FREQ

: 14,000

.OkH

z

MODE : US

B

VFO A

: Light

s

The "Beeper" sound simul

-

taneously with POWER ON

.

while depressing the

I

A =

B

key

. Then release the IA =

B

key

.

21 FUNCTION SW

: B

FREQ

. 14,000

.OkH

z

MODE : US

B

VFO B

: Light

s

31 LVFO/M



SW

: ON

The frequency display disap

-

pears

. M .CH display light

s

and displays

00–99

order

.

Split display lights whe

n

turning VFO dial

90–99

.

M

.CH SW

: Change the chan

-

nels in 00 through 99 order

.

2

.



Band

1) [VFO/M]



SW

: OFF

FREQ

:



1



8



,



0 00

.0kH

z

The "Beeper" sounds simul

-

taneously

.

The MHz display ~

q

,

counts up

. The "Beeper

"

soudns simultaneously

.

1MHz STEP SW

: OF

F

Depress the "BAND

: UP

"

key once

.

Press repeatedly

.

2)



Hold the "BAND

: UP

"

on

FREQ

:

i

r

14, 000

.0



18, 000

.

0

10,000

.0



21,000

.

0

7,000

.0



24,500

.

0

3,500

.0



28,500

.

0

I

t

1,500 .0



29, 500

.

0

1

The "'Beeper" sounds a

t

each Key-press

.

3) Depress the "BAND

:

DOWN" key once

.

Repeat the operation

.

FRED

: J LI , LI 00

.0kH

z

Displays 1MHz lower frequ

-

ency than that previousl

y

displayed in 2)

.

The

"

Beeper" sounds

.

The frequency display step

s

down 1MHz at eac

h

key-press

.

The

"

Beeper" sounds

.

4) Hold the "BAND

:

DOWN

"

key on

.

The frequency display in 2

)

steps down . The "Beeper

"

sounds at each key-press

.

5) 1MHz STEP SW

: O

N

Hold the "UP

"

key on

.

Hold the "DOWN" key on

.

1MHz LED (green) lights

.

FREQ

: LI

q

,000

.OkH

z

The MHz display LI

q

advances 1MHz at eac

h

key-press

.

The display steps dow

n

1 MHz at each key-press

.

Item

Condition Operation chec

k

3

.

Dial

1) FREQ

: 0,000

.0kH

z

Check to see if the dis

-

play does not change b

y

turning the VFO contro

l

counterclockwise

. And adjus t

the index by turning it in th

e

same way

.

Turn the VFO contro

l

slowly clockwise

.

4

.

MOD

E

functio

n

(LSB

,

USB

,

CW, AF,

Change MODE (ex

: depres

s

CW once)

CW

"C"

morse

code-

-

EX

: LS

B

US

B

CW - -

-

A

M

FM, FSK)

–

FM --

-

FSK --

-

LED lights when depressin

g

MODE SW

.

ENT

1

1)

Depress the ENT



once

.

I



I

The frequency display dis

-

appear

s

Seven bar'

s

KEY

MODE/KEY

--

segment an

d

two decimal point displayed

.

C7a

:r

H'

II

I

I

r

; ,

r–

PG



''—

1



r—'0

S2

~

L



P



1 1

0

I i

1 I

2

1

l

21 Depress MODE/KEY

FREQ

: The "

B

1

e6

.

eper" sounds simul

-

simul

-

L

E

Y

EN

T

7

1

1

)



FR

6

EQ

: 14

.0000MHz

taneousl

y

taneousl

y

6

Memory

The frequency displays dis

-

write

MODE

: USB appears

.

100 CH

[VFO/M



SW

: ON

M CH



~--

two decima

l

memor

y

00–89

:

NORMAL

1

M

.CH display



point onl

y

ay lights and dis

-

plays 00 in order

.

91

-99

.

2) Repeat VFO/M SW

: ON

FREQ

: 14

.0000MH

z

SPLIT CH

The "Beeper" sounds simul

-

taneously

.

31

I

M

.IN

–

I

SW

: ON

The frequency display dis

-

appears

.

M

.CH display lights and dis

-

plays 00 in order

.

M

.SCR LED light

.

41

I

M

.IN

I

SW

: ON again

FREQ

: 14

.0000MH

z

(Memory is written already

)

51 VFO/M SW

: ON

FREQ 14

.0000 MH

z

M

.CH display lights and dis

-

plays 00 in order

.

9 7

TS-440S

ADJUSTMEN

T

L

5

TC

1

VR

2

VR1

0

VR

9

L1 5

TC

2

TOP VIEW

VR7 L18 VR

8

VR1 VR6 VR3 VR5

L

4

L 3

L 2

L 6

L1 2

L

1

VR1

4

VR1

3

VR4 (RF GAIN

)

VR5 (RIT

)

VR7 IF SHIFT

)

98

R96 L21



R6

0

TP6j

ITP51



TP

3

T16 VR2



T15 T14 T1

3

R11

2

ITP8I

T1



VR14 VR1

3

L

1

TP11I

ITP1

L1

3

ITP2

]

R6

4

TP4I

TS-440S

ADJUSTMEN

T

BOTTOM VIEW

VR4 SI VR2 VR

3

T16 T5 T14T13 T6 VR2T15127 T26

T1

0

VR

6

T1

1

VR

3

T1

2

T

9

T

8

T2

4

T2

3

T2

2

T2

1

100

RX SECTION

RF UNI

T

I4

.2MHz -1

-



45

.05MHz



8

.83MHz

40 dB

.

p

CI3

5

—F

RI

F

OdBp I

7171

F

1

I.

-



IF UNI

T

455KHz

94



107 dB,

u

f

:

14

.200MH

z

INPUT

:

OdB y

AF OUTPUT

:

0

.68V/811

o

—

RIF

X

.

F

7 0

45 54

16

.5

mV (AF)

25mV 4

.9m

V

44 [FM]



52 [FM

]

CF

3

Frequency

:

14

.200 MH

z

Input

:



0 dB

u

AF input

: 0

.68 V, 8 ohm

s

Note 1

: The SSG signal of 14

.200 MHz, 0 dBu is input from the AN

T

terminal and the audio output of 0

.63 V, 8 ohms is obtained b

y

adjusting the AF GAIN VR

. After then the AF GAIN VR is fixe

d

and the SSG signal levels of each section is plotted so that th

e

fixed level audio output

.

Note 2

:



In the FM mode, this is the signal level to obtain the sam

e

value as the SIN ratio at 0 dBu signal input

.

Note 3

:



The SSG output is measured through 0 .01 uF ceramic capacito

r

(barium titanate capacitor)

.

IC2

TX SECTION

IF UNIT



—

2

.3mV

I KH

z

6

.1 mV

.067 V

.014V

455 KHz

.14V

.24V

8

.83 MH

z

.058V

.I IV

.017

V

MI

C

MIC

CF

4

CAR 455KHz



CAR 8

.375MH

z

.I6 V



.042

V

HET

36

.22MH

z

.27 V

FINAL UNI

T

14

. 2 MH

z

0

DRV

.6

V

VC

0

.76V

.66V

4

.6V I

.2V

90

V

(RF

UNI

T



—I

t

45

.05MH

z

.37

V

0-

-

TIF

f

:

14

.200 MHz

5

.5mV

.019V

!KHz (FM

)

.018V

IV

.5

V

Frequency

: 14

.200 MH

z

Note 1

:



The high frequency section is measured by the RF valve voltmeter in the CW

mode, and the low frequency section is measured using the AF valve voltmeter i

n

the USB mode to obtain this value

.

Note 2

:



The value of the audio input signal is obtained by the 1 kHz single tone whic

h

measures almost full scale within the ALC zone of the meter in the USB mode o

r

standard modulation I±3 kHz, dev

.) in the FM mode

.

Note 3

:



Set the MIC VR to its maximum level position

.

-

7362668

3 2

''~

i



3=KO'=



A

M

'



IF AMP



1^





35K2

3

W /



•

N

65 83M

H

IOPTIONI

zss

s

305358



AM

P

25C2a5

6

z

D30



2502459



8

.716

1

BUF

F

AMP



BUF

F

2

.2063

25C 65S



25026

.

IN TX MI

X

APIS

,

669

n

2s,,

62A



2

.7668

32



750266

8

2nn OX MIX NB GAT

E

25



2



DIS 1

30'

3

4

.0



33

CP

T

D52,53

BUFF

,

2

.2456

SIDE TON

E

2

030

1

SSB,C

.,AM M

C

8 87M/0

IF AMP



MCP

2SC2459



1166

6 16



22

AM

P

BUF

F

23045

8

LIMITE

R

LP,

BUF

F

11I21

556c



It

124555



25L26

3

3

.TX

MI

X

3S K122

3

2

PS-50

ADJUSTMEN

T

1

. OUTPUT VOLTAG

E

1)

Connect the load and set the current to 20A

.

2)

Adjust output voltage to 13

.8 V±0

.4 V with VR1

.

2

. PROTECTION CIRCUI

T

1)

POWER SW

: OF

F

2)

Connect a 0

.1 SZ 10 W resistor

.

3)

POWER SW

: O

N

4)

Adjust VR2 so that 0

.1V DC is obtained

.

PACKIN

G

104

PS-5

0

SCHEMATIC DIAGRAMIPC BOAR

D

SCHEMATIC DIAGRAM (X43-1520-00)

240V Versio

n

Q1



2SA5621Y

)

02,3,5 2SC2458(Y

)

04



.258761(0

1

D1,6,0

.15155

5

D2,3



U05

B

D5,7



UZ-Q

.IB

L

D4



UZP-1B

B

D8



'UZ-15B

H

THi



32D2

7

TH2



5TP-41

L

DC

~3

.BV ue%~E

o

0 8"

.

3

D

6

L



1



1



T



AVR UNIT IX43-1520-00)

GN

n

Q

4

D

3

Q1,2 2N588

5

D1



S25VB1

0

D2



5LP1448

~

1



r~

s

~~~~o--

.-~~

I

~

a

G



'

VT

/



EEs i~N

G

{'



nc



I



zoo



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

S2

°

_

100 2



o

I



~

J

L



nN





o

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

fi

b

100V Version



220V Version



120V Versio

n

PC BOARD VIEW (X43-1520-00) AVR UNIT

Component side view

105

PS-50

PARTS LIS

T

New Part

s

Parts without Parts No

. are not supplied

.

Les articles non mentlonnes clans le Parts No

. ne sont pas fournls

.

PARTS LIST

Telle ohne

Parts No

.

werden nicht gellefert

.

Ref

.

No

.

Address

New

Parts No

.

Description

Desti-

Re

-

Parts

nation

mark

s

fii

/ #~

it

E4

7

PS-50

4

:

AOt --1000--02

LASL

(IPPER

)

4

:

A01

.--1

.001.--12

[

;ASE

(INWFR

)

_

A01-tO02



t2

LASE

(LOWER

)

-

4-

[

[(U--2561

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PANEL ASSY

kM

W

4

A20 2561



03

PANEL

-

ASSY

X

4

A20-2562 03

PANEL

. ASS

Y

--

t

A23



1491



03

REAR PANE

]

B40-3640--04

MODEL



NAME

PL

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k

--

4

:

R40--3141--04

MODEL NAME

PLATE

MW

X

t

P40-3642 04

MODEL



NAME

F L 0H

T

B41-0627



14

AIIIEON



AREI

(220V)

M

W

1441



0630 04

F01_IfION LABEL

(240V)

f

X

B42--1733--14

rALJTEON LABEL

(120V/220V/240V

MT

W

842



1(

1

33



14

I

AU) 1ON



LABEL

. .

(120V/220V/240

1

)

Y

1442



1i'r'O



04

LABEL

-

(FUSE

.4A)

MT

W

-

R42



]

.770-[

.]4

LABEL

(f USE

.4A)

X

B42-2430--04

rAUIEON LABEL

(120V)

k

I346 -0411-00

WARRANTY

!AP

B

_

4

B50-0051-00

INSIRUI



flNN

MANHAE

kM

W

T

B50-8051 00

ENSTRULIfON

MANUAL_

X

4i

1350--8052---00

INSTRUCTION

MANUAL

. .

T

rt

C91--0647--O5

I

-

ERALIE

I -

0

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

P

C2

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1

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71 - 0496



05

1ERAM1

1

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1

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ER0ND

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

P

CO

.9

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220000



25W

V

rtO

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k45F1114r''37

ER0MEr

0

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H10--2567-02

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106

PSI

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PARTS LIS

T

Ref

.

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No

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vfflit

Address

Ne

w

Parts

Parts No

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Descriptio

n

213



/

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-

nation

Re

-

mark

s

S

g

J02--0442-0

4

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.

i

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S

i

S

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C

3

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4

L

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ME

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5

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2

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E40 0273 0

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L40-0273 -0

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L40-0473 0

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IERAM

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POWER CORD PUSHING

New Part

s

Parts without Parts No

. are not supplied

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Les articles non mentlonnes Pans le

Parts No

.

ne sont pas fournls

.

Telle ohne Parts No

. werden nlcht gellefert

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10

7

PS-50

PARTS LIS

T

New Part

s

Parts without Parts No

. are not supplied

.

Les articles non mentlonnes dens le Parts No

. ne sort pas fournis

.

Tells ohne Parts No

. werden nicht geliefert

.

Ref

.



No

.

Address

New

Parts No

.

Description

Desti-

Re

-

Parts

nation

mark

s

R2



.3

RS14Gf33A4R?J

FL---PROOF RS



4

.7



J



1

W

R4

RD1

.4DE32H121

.J

.

;MALL

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

120



J



1/2

W

R8

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.9

RS14GB3A01DJ

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

01

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J



1

W

RI1

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f `-31

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130



J



1

W

R21

RS14GI33A1

.31J

FL--PROOF RS



150



J



1

W

VR1

.

R12-I429-05

TRIMMING POT

.



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)

VR2

R' 12--74083–05

TRIMMING POT

.



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)

DI

151

.555

DIOD

E

D2



.3

U05B

D

:[OD

E

D4

I

.JZF'1OD

ZENER DIOD

E

D5

U79

. 1IIL

.

ZENER DIOD

E

DO

151555

DIOD

E

D7

0Z9

. l

.IIL

ZENER DIOD

E

DO

UZ15DI-1

ZENER DIOD

E

D9

151

.55`5

DIOD

E

01

25A562(Y)

TRANS

.[STO

P

.3

2SC24 583 (Y)

TRANS I STO

R

04

250761 ((I I)

TRANS

. [ S1 O

P

175

25I

-

2458 (Y)

TRANS 1 STOP

:

TI-11

32D27

THERM

:[ STO

R

'1I1r'

5TE'41L_ THERM

:f

.STOP

108

I

®

PS-43

0

SCHEMATIC DIAGRAMIPC BOAR

D

ADJUSTMEN

T

1.

Connect the load and set the curren

t

to 15A

.

2.

Adjust output voltage to 13

.8V

±0

.4

V

with VR1

.

01,2 2N588

5

01



02

RE

D

AVR UNIT(43-1440-00

)

0

1



Ac



°



1

D

1

C



02

0

Mt

IF--

•

,TEMM

1,

92

20

A

R2 2

.

2

AA

,

2W

W

23

.5

V

16

.5

V

D7

-



1



.

Q1



2SB512(P)



07



2SA562(Y)



D3,6 1S1555



D5



: XZ090



D7

: M

T

-

LQ2

i

,56_2SC1815(Y)_D1,2 _U05B



D4 _RD91EB2 _TH1 321)27

_

ci

16JA



.



m

I

D

0S 13 8

V

VAX '0

A

0

0

rat



STDI0001F

)



FUSE 6A



T

120V ---

:USE A



I

1

22 0

V

120

V

D1

: S25VBIO

POWER

Ac

120V_

J L ---

POWER

Ac 220X



L__

_ POWER

A'_ 2

0

0

220V VERSION



240V VERSION

10

9

PC BOARD VIEW



120V VERSIO

N

AVR UNIT (X43-1440-00) Component side view

2SC181

5

2SB51

2

2N588

5

SLP-144B

E

PS-430

SPECIFICATIONSIPARTS LIS

T

SPECIFICATION

S

PARTS LIS

T

SEMICONDUCTO

R

Item

arks

Name

Item

n

ark

s

Nam

e

Diode

151555

Thermistor

32D2

7

S25VB1

0

U05B

TR

2N588

5

Zenerdiode

RD9

.1EB2

2SB512(P

)

LED

SLP144B

2SC1815(Y)

Part No

.

ark

s

Description

Ref

. No

.

PS-430 GENERA

L

A01-0937-02

N

Case (upper

)

A01-0938-12

N

Case (lower

)

A20-2461-03

N

Panel

K,M,W,

X

A20-2462-03

N

Panel

T

B39-0407-04

Spacer x

2

B40-2634-04

N

Name plat

e

B41-0626-14

N

Voltage sheet



120V

K

B41-0627-14

N

Voltage sheet



220V

M,

W

B41-0630-04

N

Voltage sheet



240V

T,

X

B42-1733-04

Voltage shee

t

B42-1770-04

N

Current indication sheet

M,T,W,

X

B46-0404-00

Warranty card

K

B50-4014-00

N

Instruction manual

K,M,W,

X

B50-4015-00

N

Instruction manual

T

CE04W1 E4R7M

E



4

.7



25V

C1

0

CK45E2H103P

C



0

.01



500V x 4

C4—

7

CK45F1H473Z

C



0

.047 x 2

C9,1

1

C90-0865-05

N

E



4700



25V

C

8

C91-0079-05

C



0

.01

C

l

C91-0496-05

C



470P x 2

C2,

3

518-0351-05 3P Inle

t

E20-0282-05

2P terminal plat

e

E22-0472-05

Lug plat

e

E23-0015-04

GND lu

g

E23-0425-05

Lug termina

l

E30-1643-15

AC cord

K,

M

E30-1644-15

AC cord

T

Part No

.

arks

Description

Ref . No

.

E30-1645-05

AC cord



W

E30-1647-05

AC cord



X

E31-0500-05

Cable with plu

g

F01-0786-03

N

Heat sink plat

e

F01-0787-13

N

Heat sin

k

F05-4022-05

Fuse 4A



K

F05-4022-05

Fuse 4A x 2



M,T,W,

X

F05-6021-05 Fuse 6A x 2



K

F05-6021-05

Fuse 6A



M,T,W,

X

F07-0817-04

N

Fan cove

r

F09-0405-24

Fa

n

H01-4451-04

N

Packing carton (inside)



K,M,W,

X

H01-4452-04

N

Packing carton (inside)



T

H10-2567-02

N

Packing fixture (F

)

H10-2568-02

N

Packing fixture (R

)

H12-1319-04

N

Cushio

n

H20-0276-03

Protective cove

r

H25-0105-04

Protective ba

g

J02-0323-05

Foot x

2

.102-0427-04

N

Assistant foo

t

J13-0033-15

Fuse holde

r

J42-0403-05

Cord bushin

g

J42-0434-05

N

Rubber bushing x

3

K29-0758-04

Push kno

b

L01-8166-05

N

Power transf

.

S29-2406-05

Voltage selector switch

S

2

S40-1404-05

N

Power switch

S

i

S59-1407-15

Thermostat

TM

1

T42-0005-15

Fan moto

r

X43-1400-00

N

AVR unit

Part No

.

arks

Description

Ref. No

.

Qt

y

AVR UNIT (X43-1440-00

)

CE04W1C470M

E



47



16V

C9

1

CK45F1H103Z

C



0

.01

C1,2,5

3

CK45F1H473Z

C



0

.047

C7,8

2

C90-0814-05

E



4700



25V

C3,4,6

3

E23-0022-04

Terminal

6

E23-0046-04

Square terminal

2

F40-0273-05

Mini connector



2P

2

E40-0473-05

Mini connector



4P

1

J31-0502-04

PC board collar

4

J42-0428-05

PC board bushing

4

R12-0427-05

Trim

. pot

.



50052(B)

VR1

1

RS14AB3A181J

MF



18011



1W

R9

1

RS14GB3D4R7J

MF 4

.711



2W

R2

1

R92-0663-05

N

Cement



0

.02511



3W

R7,8

2

Input voltage

:

Output voltage

:

Output current

:

Continuous load current

:

Output voltage fluctuation

:

Ripple voltage

.

Power consumption

:

Dimensions

:

Weight

:

120/220/240V AC±10%, 50/60H

z

13

.8V DC (standard voltage

)

20 A (25% duty cycle) 15A (50% duty cycle

)

10 A max

. (including external output terminal

)

Within ±0.7 V at AC 120V, 220V, 240V±10

%

(Load current

: 15A

)

Within 0

.7 V between 2—15 A load

.

(No-load output voltage

: Less than 16V a

t

120V/220/240V

. AC

)

Less than 20 mV (rms) at 13

.8V, outpu

t

current 15A

.

Approx

. 480 W (at 120/220/240

V

AC. 13

.8V DC, 20A

)

173 (6-13/16) W x 95 (3-3/4)H x 245 (9-5/8

)

D mm (inch

)

Approx

. 7 kg (15

.4 lbs

.)

N

: New part

s

110

VS-

1

I



SPECIFICATIONIPARTS LIST/PC BOARD VIE

W

p

.

SPECIFICATION

S

Dimensions

:

W 70m

m

H 15m

m

D 35m

m

Weight

:



20

g

OUTSIDE VIE

W

PARTS LIST

Part No

.

m

ar

ks

Description

Ref

. No

.

B50-4035-00

N

Instruction manua

l

CC45SL1 H121J

C



120P x 2

C2,

3

CE04W1A470M

E



47



10V

C1,14,1

5

CE04W1C100M

E



10



16V

C1

1

CE04W1HR22M

E



0.22



50V

C1

2

CK45B1 H221 K

C



220P x 2

C7,1

0

CQ92M1 H332K

ML 0

.0033 x 3

C6,8,

9

CS15E1EO10M

T



1



25V

C

4

CS15E1VOR1M

T



0

.1



35V

C

5

C91-0131-05

C



0

.01 (SP)

C1

3

E40-0273-05

A

Mini connector 2P



M

E40-0373-05

A

Mini connector 3P



M

E40-0373-05

A

Mini connector x 2 3P



T

E40-0873-05

A

Mini connector 8

P

H01-4481-03

No

Packing carton (inside)



M

H01-4501-03

NA

Packing carton (inside)



T

H25-0029-04 Protective bag x

2

L78-0006-05

N

Ceramic OSC

X

1

N89-3006-46

Tapping screw x

4

R12-4408-05

Trim

. pot

.



50k11

VR

1

S31-1411-05

N

Slide switch

S

i

AN6562

NIC IC

2

MN6401TRA

N

IC IC

I

TC40107BP

N

IC

IC3

TALK SPEED SELECTIO

N

Speed is factory set at

"

standard

"

talk speed

. Thre

e

different speeds can be selected

.

Note

: When placing the jumper, solder carefully

.

Spee

d

Jumper place

Std

. speed

30% mor

e

than Std

.

60% mor

e

than Std

.

1

X X

0

2

X

X

0

3

X

0

X

Symbol 0 , denotes the place in which a jumper wire i

s

placed

.

The place which a jumper wire to be placed

.

PC BOARD VIEW

0

.1

(

Q

L

Component side vie

w

~1?

(

Ix



ED

OS

d

ISd

O

ZSd

p

ESd

O

PSd

c

.

)

aS

[

V

AS v

-

-

.1

)

-

^



-

0

t

x

-

-

_ cc



9

010



-0

c

r

0 -

ai a

6

8



i

c

c

-

+



±

Q1



t

i

—

+

c

F

Z1D ~U

n

ai

r



m

a

LL

g

5

Ix



•



i

U

E



I

1

+



In

_

LIel

U

(o4

B

O

-

O

VS-1

SCHEMATIC DIAGRA

M

LANGUAG

E

SELECT

0 0 0 0 0 0 0 0

CI 47 IOV



IC 1



MN64O1TR

A

IC 2 AN656

2

IC 3 TC4O1O7B

P

J0

2

28 27 26 25 24 23 22 21 20 19 18 17 16 1

5

n



a

o

a a



d

a a

LL

m N

>

g o

D

o

o



N

o

w



m



2 3

4 5 6 7

8

9

0

11

12

13 1

4

6

.4

V



5



I

V

•



444

RI I

M

XI



800KH

,

--o--

o\30V,os



TP

1

,,,o—

Tno



0—

p

~I

1

V

_

R5 100

k

-N4

07 2200

3

a-

i

2

1

-0

B 7 6

5

I

lJ



IC

3

I

2

3 4

IC 1

R14 22

0

c

R3



R

4

IOOk



33k

2

144

•



444

-

_

4 5V

1

uo



^

3

4 5V

45

V

ENGLISH

0

S

I

JAPANESE

VS - 1

MB-430/SP-43

0

MB-430 OUTSIDE VIEW

SPECIFICATIONSIPARTS LIS

T

MB-430 PARTS LIST

N

: New part

s

SP-430 SPECIFICATION

S

SPEAKER SIZE



3

"

RATED INPUT



1

.0 watt

s

IMPEDANCE



8 ohm

s

FREQUENCY RESPONSE



300 Hz to 5 kH

z

DIMENSIONS



4-7/8" wide

x

3-3/4" high

x

9-1/3

"

dee

p

(excluding feet

)

WEIGHT



3

.1 lbs

.

SP-430 PARTS LIST



N New part

s

Part No

.

,

R

ark

s

a

Description

Ref

. No

.

A01-0942-03

N

Case (B

)

A01-0944-03

N

Case (A

)

A20-2468-03

N

Panel



K,V

I

A20-2469-03

N

Panel



T

A23-1431-04

Rear pane

l

B04-0406-04

N

SP gril

l

B07-0613-14

SP rin

g

B39-0407-04

Spacer x

2

B46-0404-00

Warranty card



K

B50-4026-00

N

Instruction manual



K,

M

B50-4027-00

N

Instruction manual



T

Part No

.

mks

Description

Ref

. No

.

A13-0635-03

N

Angl

e

B50-4016-00

N

Instruction manua

l

H01-4454-03

Packing control (inside

)

H25-0077-04

Protective ba

g

H25-0098-04

Protective bag 150 x 48

0

J30-0521-04

N

Spacer x

2

N09-0007-05

Wing bolt x

5

N09-0008-04

Hex . screw x

6

N14-0009-04

Nut x

6

N15-1060-46

Flat washer x

6

N 16-0060-46 Spring washer x

6

N32-3006-46

Flat screw x

4

N99-0309-04

N

Hex

. head screw x

6

W01-0401-04

Hex

. wrench

Part No

.

4%,

Description

Ref

. No

.

E20-0208-04

Terminal plat

e

E30-1629-05

SP cor

d

G53-0507-04

Packing x

4

H01-4468-04

N

Packing carton



K,

M

H01-4469-04

N

Packing carton



T

H10-2513-02

Packing fixture (F

)

H10-2514-12

Packing fixture (R

)

H12-0445-04

Cushio

n

H20-1407-03

Protective cove

r

H25-0077-03

Protective bag Accessor

y

J02-0323-05

Foot x

4

J02-0409-04

Assistant foo

t

J21-1144-14

SP mounting hardware x

2

J21-2573-04

Foot mounting hardware x

2

J61-0019-05

Vinyle ti

e

N15-1030-46

Washer x

8

N30-3008-46

Round screw x

4

N35-3006-41

Bind screw x 12



Cas

e

N87-3006-46

Self tapping screw x

6

N87-3008-46 Self tapping screw x

4

T07-0224-05

N

Speake

r

114

YK-88S/SN,YK-88C/C

N

FILTE

R

YK-88S

Item

Ratin

g

Nominal center frequency

8830 kH

z

Center frequency deviation

Within +150 Hz at 6 d

B

Pass bandwidth

+1

.2 kHz or more at 6 d

B

Attenuation bandwidth

+1

.5 kHz or more at 6 d

B

+2

.2 kHz or less at 60 d

B

+3

.0 kHz or less at 80 d

B

Ripple

20 dB or les

s

Insertion loss

6-dB or les

s

Guaranteed attenuation

80 dB or more withi

n

+3 kHz or 1 MH

z

Input and output impedance

600 12/!15 pF

Table 1 SSB crystal filter YK-88

S

(L71-0208-05) Optio

n

YK-88SN

Item

Ratin

g

Center frequency fo

8830 MH

z

Center frequency deviation

8830 kHz +150 Hz at 6 d

B

6 dB bandwidth

+900 Hz or mor

e

60 dB bandwidth

+ 1800 Hz or les

s

Guaranteed attenuation

80 dB or more withi

n

fo+2

.5 kHz to +1 MH

z

Ripple

2 dB or les

s

Insertion loss

3 dB+2 d

B

Input and output impedance

600 Sl

y

15 pF

Table 2 SSB crystal filter YK-88S

N

(L71-0220-05F) Option

YK-88C

Item

Ratin

g

Center frequency fo

8830

.7 kH

z

Center frequency deviation

fo+150 Hz at 6 d

B

6 dB bandwidth

+250 Hz or mor

e

60 dB bandwidth

±900 Hz or les

s

Ripple

2 dB or les

s

Insertion loss

6 dB+2 d

B

Guaranteed attenuation

80 dB or more withi

n

fo+2 kHz to +1 MH

z

Input and output impedance

600 52/15 p

Table 3 CW crystal filter YK-88

C

(L71-0211-05) Optio

n

YK-88CN

Item

Ratin

g

Center frequency fo

8830

.7 kH

z

Center frequency deviation

fo+50 Hz at 6 d

B

6 dB bandwidth

+125 Hz or mor

e

60 dB bandwidth

+600 Hz or les

s

Ripple

2 dB or les

s

Insertion loss

8 dB+2 d

B

Guaranteed attenuation

80 dB or more withi

n

fo +2 kHz to +` MH

z

Input and output impedance

600 S2%15 p

F

Table 4 CW crystal filter YK-88C

N

(L71-0221-05) Optio

n

AT-440

PARTS LIS

T

New Parts

Parts without

Parts

No

. are not supplied

.

Les articles non mentlonnes Cans le Parts

No

.

ne sent pas fournis

.

Tel le ohne Parts No

. warden nicht gellefert

.

Ref

.



No

.

Address

Ne

w

Parts

Parts No

.

Description

Desti

-

nation

Re

-

mark

s

AT-44

0

B4E--0411-00

WARRANTY CAR

D

-

B50--[1054--00

I

:NSTRU[

-

[11ON MANUA

L

I-101--469 5-[]4

TEM CARTON E4A

X

.

HO

-

3-2283-04

CARTON BNX

( NUTS I DE

)

H12--1

.390-03

PACK[ NG FIXTUR

E

(-112--1397

.--04

PACKING FIXTURE

:

H25--0029-04

PROTECT I AN BA

G

H2`

. - 0705-- 04

PRATE[T I

: AN 13A

G

N87--

:3006--46

BRAZIER HEAD TAF'TTTE SCRE

W

X`) ~'-- 1 150--0O

Al UNIT T ASSY

KENWOOD CORPORATIO

N

Shionogi Shibuya Building

. 17-5, 2-chome Shibuya

. Shibuya-ku

. Tokyo 150

. Japa

n

KENWOOD U

.S

.A

. CORPORATIO

N

COMMUNICATIONS & TEST EQUIPMENT GROU

P

P

.O BOX 22745, 2201 East Dominguez St

. Long Beach, CA 90801-5745 U S

A

KENWOOD ELECTRONICS DEUTSCHLAND GMB

H

Rembri cker Str

. 15

. 6056 Heusenstamm West German

y

KENWOOD ELECTRONICS BENELUX N

.V

.

Mechelsesteenweg 418 B-1930 Zavenlem Belgiu

m

TRIO-KENWOOD FRANCE S

.A

.

13

. Boulevard Ney 75018 Parr

. Franc

e

KENWOOD LINEAR S

.P

.A

.

20125, Milano-via Arse, 50 Ital

y

KENWOOD ELECTRONICS AUSTRALIA PTY

. LTD

.

(INCORPORATED IN N

.S V

V

4E

. Woodcock Place

. Lane Cove N S W 2066 Australi

a

KENWOOD & LEE ELECTRONICS, LTD

.

Wang Kee Building. 51h Floor 24-37_ Connaught Road

. Central

. Bond

Kolii

u

KENWOOD ELECTRONICS CANADA INC

.

P O BOX 1075 959 Gana Court Mississauga

. Ontario_ Canada L 4T 4C

2

© 1986-2/1986-9/1986-12/1987-2/1987-7/1987-10/1988-5/1988-9/1989-2/1990-5 PRINTED IN JAPAN B51-1919-00 IT) 120

0