TFT 5290 ANALOG STUDIO TO TRANSMITTER LINK User Manual TITLE PAGE

Download:
Mirror Download [FCC.gov]
Document ID	546738
Application ID	R9ZNWk3zYq2tlNAlRKCE8Q==
Document Description	manual
Short Term Confidential	No
Permanent Confidential	No
Supercede	No
Document Type	User Manual
Display Format	Adobe Acrobat PDF - pdf
Filesize	113.6kB (1420014 bits)
Date Submitted	2005-05-30 00:00:00
Date Available	2005-07-14 00:00:00
Creation Date	2005-04-12 00:42:36
Producing Software	Acrobat Distiller 5.0.5 (Windows)
Document Lastmod	2005-04-12 11:29:13
Document Title	TITLE PAGE
Document Creator	Acrobat PDFMaker 5.0 for Word
Document Author:	Darryl Parker

P/N 5004-5200 REV. A (Preliminary)
APRIL 2005
EQUIPMENT SERIAL NO.
SHIPMENT DATE
ANALOG STUDIO TO TRANSMITTER LINK
Model 5290 STL Transmitter
Model 5291 STL Receiver
USER’S GUIDE
Preliminary
1953 Concourse Drive
San Jose, California 95131-1708 USA
TEL: (+1) 408 943-9323
FAX: (+1) 408 943-9218
EMAIL: techsupport@TFTInc.com
MODEL 5291
STL RECEIVER
MODEL 5290
STL TRANSMITTER
The TFT 5200 Analog STL Series consists of a transmitter and receiver pair that accommodates a
single RF channel. The transmitter is either composite or mono. Receivers are available in
composite/mono, composite only, and monaural only versions. Both the transmitter and receiver are
frequency agile across a specific band and all bands from 140 MHz to 1.7 GHz are available. The
Model 5290 Transmitter covers 944-952 MHz, along with its companion composite/mono receiver,
the Model 5291.
The transmitter has a 20-Watt output and is frequency agile in 6.25 kHz steps, set by front panel
switches.
FEATURES:
ii
• 20 Watts
• Selectable Pre-/De-Emphasis
• Frequency Agile
• 10 µV sensitivity for 60 dB SNR
• Composite or mono, jumper selectable
• 152 kHz MUX available
• Wideband or narrowband
• Front Panel LCD
• Frequency Stability 0.0005%
• Modulation Bargraph
• THD <0.05%
• Type N RF Connectors
• SNR >80 dB
• FCC ID: BIO5290*(Pending)
TABLE OF CONTENTS
Paragraph
Title
Page
Section I – GENERAL INFORMATION
1.1
INTRODUCTION………………………………………………………………………………...
1-1
1.2
EQUIPMENT DESCRIPTION…………………………………………………………………..
1-1
1.3
SPECIFICATIONS……………………………………………………………………………….
1-2
1.4
FCC DESIGNATOR………………………………………………………….…………………..
1-3
1.5
WARRANTY INFORMATION…………………………………………………………………
1-3
1.6
CLAIMS FOR DAMAGE IN SHIPMENT………………………………….………………….
1-3
1.7
TECHNICAL SUPPORT………………………………………………………………………...
1-3
Section II – GETTING TO KNOW YOUR SERIES 5200 STL AND RELATED
EQUIPMENT
2.1
INTRODUCTION………………………………………………………………………………
…
2-1
2.2
UNPACKING &
INSPECTION………………………………………………………………….
2-1
2.3
THE 5290 STL TRANSMITTER FRONT
PANEL……………………………………………..
2-1
2.4
THE 5290 STL TRANSMITTER REAR
PANEL……………………………………….……...
2-2
2.5
THE 5291 STL RECEIVER FRONT
PANEL………….……………………………………….
2-3
2.6
THE 5291 STL RECEIVER REAR
PANEL…………….………………….…………………...
2-4
2.7
RELATED
EQUIPMENT………………………………………………………………………...
2-4
2.8
PRE-INSTALLATION
INFORMATION……………………………………………………….
2-5
Section III – PRE-INSTALLATION CHECKOUT
3.1
INTRODUCTION………………………………………………………………………………
…
3-1
3.2
PRIMARY POWER
3-1
ii
Paragraph
Title
Page
APPLICATION……………………………………………………………
iii
Section IV - OPERATING
4.1
INTRODUCTION………………………………………………………………………………...
4-1
4.2
OVERVIEW OF OPERATION…………………………………………………………………
4-1
4.3
SETTING TRANSMITTER
PARAMETERS…………………………………………………...
4-1
4.4
OBSERVING TRANSMITTER
OPERATING...……………………………………………….
4-1
4.5
SETTING RECEIVER
PARAMETERS…..…………………………………………………….
4-1
Section V – INSTALLATION
5.1
INTRODUCTION………………………………………………………………………………
…
5-1
Section VI – THEORY OF OPERATION
6.1
GENERAL …………………………………………………………………………………….….
6-1
6.2
MODEL 5290 STL TRANSMITTER BASIC DIAGRAM DESCRIPTION...………………..
6-1
6.3
MODEL 5291 STL RECEIVER BASIC DIAGRAM
DESCRIPTION..………………………
6-1
Section VII – MAINTENANCE AND REPAIR
7.1
INTRODUCTION………………………………………………………………………………
…
7-1
7.2
TOOL AND TEST EQUIPMENT
REQUIREMENTS…………………….…………………...
7-1
7.3
ROUTINE
MAINTENANCE……………………………………………………………………..
7-1
7.3.1
7-1
Calibration……………………………………………………………………………………...
7.4
DIAGNOSTICS AND
REPAIR…………………………………………………………………..
7-1
7.5
TFT CUSTOMER SERVICE
DEPARTMENT…………………………………………………
7-1
iv
Section VIII – ENGINEERING DRAWINGS
List of Figures
Figure
Title
Page
2.3-1
Model 5290 STL Transmitter Front Panel
2-1
2.4-1
Model 5290 STL Transmitter Rear Panel
2-2
2.5-1
Model 5291 STL Receiver Front Panel
2-3
2.6-1
Model 5291 STL Receiver Rear Panel Connectors
2-4
List of Tables
Table
Title
Page
1.3-1
Transmitter and Receiver Specifications
1-2
2.3-1
Model 5290 STL Transmitter Front Panel Controls and Indicators
2-1
2.4-1
Model 5290 STL Transmitter Rear Panel Connectors
2-2
2.5-1
Model 5291 STL Receiver Front Panel Indicators and Controls
2-3
2.6-1
Model 5291 STL Receiver Rear Panel Connectors
2-4
vi
SECTION I
GENERAL INFORMATION
1.1
INTRODUCTION
This Model 5200 STL User’s Guide is arranged in seven sections, as follows:
Section I: General Information
A general description of the 5200 Series Transmitter, its specifications, general information on the FCC designator, warranty
and damage claim procedures, and technical support information.
Section II Getting To Know Your Model 5200 Series Transmitter and Receiver and Related Equipment
Overview of the various system components of the 5200 Series Transmitter and Receiver and related equipment. Control and
Indicator functions, basic component functions, and their interconnection.
Section III: Pre-Installation Checkout
Some basic test methodology on the Transmitter and Receiver and their related equipment. The user should find it useful to
perform the tests in this section with all the 5200 Series Transmitter and Receiver equipment on a lab bench.
Section IV: Operating the Transmitter and Receiver
Detailed description of setup procedures of various Transmitter and Receiver system parameters, as well as enabling of
optional features.
Section V: Installation
Instruction for installing and adjusting various system components of the 5200 Series Transmitter and Receiver.
Section VI: Theory of Operation
Basic description of transmitter and receiver circuits
Section VII: Maintenance and Repair
Describes routine maintenance procedures and tools and equipment requirements.
Section VIII: Engineering Drawings
1.2
EQUIPMENT DESCRIPTION
The TFT 5200 Analog STL Series consists of a transmitter and receiver pair that accommodates a
single RF channel. The transmitter is either composite or mono. Receivers are available in
composite/mono, composite only, and monaural only versions. Both the transmitter and receiver are
frequency agile across a specific band and all bands from 140 MHz to 1.7 GHz are available. The
Model 5290 Transmitter covers 944-952 MHz, along with its companion composite/mono receiver,
the Model 5291.
The transmitter has a 20-Watt output and is frequency agile in 6.25 kHz steps, set by front panel
switches.
1-1
1.3
SPECIFICATIONS
The Transmitter and Receiver System Specifications are listed in Table 1.3-1.
Table 1.3-1. DIGITAL TRANSMITTER AND RECEIVER SYSTEM SPECIFICATIONS
SYSTEM
Mono Input……………………0 dBm, balanced,
bridging
MUX Input……………………1.23 Vp-p 2k Ω
Frequency……………………940-960 MHz (other
frequencies available)
Step Size………………… ....6.25 kHz
Frequency Stability…….......± 5 ppm (±0.0005)%
RECEIVER
Occupied Bandwidth…… .... ≤ 300 kHz or ≤ 500
RF Input Connector...………Type N, female, 50 Ω
kHz, depending upon
Sensitivity/Threshold……… -86.9 dBm
MUX
for 60 dB SNR
I/O Connector…………… ....XLR, 600Ω
Composite Outputs…………3 Vp-p low impedance
Frequency Response…… ...± 0.1 dB
to drive2k Ω termina(20 Hz to 15 kHz)
tion, unbalanced,
Distortion………………… ....< 0.03% at 1 kHz
BNC
Stereo Separation………….. .............................................................................................
55 dB
Mono Output Level……..…. 0.......................>
to + 4 dBm, XLR
Signal-to-Noise……………. .> 80 dB
male, 600 Ω
RF Dynamic Range……. .....>40 dB
Nonlinear Crosstalk……. .....< 50 dB
MECHANICAL AND ENVIRONMENTAL (Transmitter
MUX Channel…………… ....152 kHz on 500 kHz
and Receiver)
version
Dimensions…………………19 x 3.5 x 17 (inches)
TRANSMITTER
48.3 x 8.9 x 43.2 (cm)
Output Power…………….....20 Watts (maximum)
Weight……………………….20 lbs. (9 kg)
Output Impedance……… ....50 Ω
AC Power Requirements….120/240 VAC 50/60
Output Connector……….. ...Type N (female)
Hz
Composite Input………… ....3 Vp-p 2k Ω,
Transmitter………..150 Watts
unbalanced, BNC
Receiver..………….20 Watts
Operating Temperature....... 0° to +50° C.
1.4
FCC DESIGNATOR and ID
Type Certification under FCC Part 74 has been submitted. The FCC emission designators are:
80KF3E (mono) for 300 kHz channels
284KF9E (composite) for 300 kHz channels
404KF9E (composite with 152 kHz MUX) for 500 kHz channels
The FCC ID is BIO5290.
1-2
1.5
WARRANTY INFORMATION
The following warranty policy and limitations are applicable to all models of the 5200 Series STL
Transmitters and Receivers.
TFT, Inc. warrants each manufactured unit to meet published specifications and to be free from
defects in material and workmanship. TFT will repair or replace, at its expense, for a period of one
(1) year from the date of shipment of equipment, any parts which are defective from faulty material
or workmanship. This Warranty does not cover equipment which has been misused and/or altered by
the user. Units found to be defective during the warranty period shall be returned to TFT with
transportation charges prepaid by the BUYER. It is expressly agreed that replacement and repair
shall be the sole remedy of the BUYER with respect to any non-conforming equipment and parts
thereof, and shall be in lieu of any other remedy available by applicable law. All returns to the
factory must be authorized in advance by TFT. Upon examination by the factory, if any TFT
equipment is found to be defective, the unit will be repaired and returned to the BUYER with
transportation charges prepaid by TFT during the warranty period. Transportation charges for the
Transmitter and Receiver units found to be defective within the first 30 days of the warranty period
will be paid both ways by TFT . Transportation charges for warranty returns wherein failure is found
not to be the fault of TFT or one year after the delivery of the equipment shall be paid both ways by
the BUYER. This warranty does not apply to equipment which, in the opinion of the SELLER, has
been altered or misused.
NO OTHER WARRANTY IS EXPRESSED OR IMPLIED. TFT IS NOT LIABLE FOR ANY
CONSEQUENTIAL DAMAGES.
1.6
CLAIMS FOR DAMAGE IN SHIPMENT
Your instrument should be inspected and tested by the method given in Section 2.2 of this manual as
soon as it is received. If the instrument is damaged in any way or fails to operate properly due to
transportation damage, file a claim with the carrier or, if insured separately, with the insurance
company.
1.7
TECHNICAL SUPPORT
OUR CUSTOMER SERVICE FOR STL PRODUCTS IS AVAILABLE DIRECTLY FROM 8:00AM TO 5:00PM
PACIFIC TIME MONDAY THROUGH FRIDAY. PLEASE CONTACT US IF YOU NEED ASSISTANCE. WE
ALSO HAVE AN EMERGENCY TELEPHONE NUMBER FOR SERVICE DURING NON-BUSINESS HOURS.
YOU MAY CONTACT OUR MAIN TELEPHONE NUMBER AND WILL BE GIVEN THE NUMBER OF OUR
EMERGENCY SERVICE HOTLINE. A CUSTOMER SERVICE REPRESENTATIVE IS ON CALL 24 HOURS PER
DAY, 7 DAYS PER WEEK, AND WILL CALL YOU BACK ABOUT YOUR EMERGENCY.
1953 Concourse Drive
San Jose, California 95131-1708 USA
Tel: (+1) 408 943-9323 Fax: (+1) 408 943-9218
Email: techsupport@TFTInc.com
1-3
SECTION II
GETTING TO KNOW YOUR SERIES 5200 STL AND RELATED EQUIPMENT
2.1
INTRODUCTION
This section provides an overview description of the Model 5290 STL Transmitter and Model 5291 Receiver including
Front Panel controls and indicators, Rear Panel connectors, options and other related peripheral equipment.
2.2
UNPACKING & INSPECTION
Upon receiving the equipment, inspect its shipping container and contents for shipping damage. Keep all packing
material until equipment performance is confirmed. If any of the equipment is damaged or fails to operate properly due
to transportation damage, file a claim with the transportation company or, if insured separately, with the insurance
company.
The following items should come with each TFT unit. Please notify TFT if any items are missing.
Description
Installation and Operation Guide
Power Cord
Warranty Notice
Warranty Card
2.3
Part No
5004-5200
1950-7742
3002-0002
3001-0420
Qty
THE 5290 STL Transmitter FRONT PANEL
The Model 5290 STL Transmitter Front Panel is a collection of input switches and output LEDs, and LCD screen. The
Model 5290 STL Transmitter is illustrated in Figure 2.3-1 and described in Table 2.3-1. Controls and indicators are
located on the Front Panel. Detailed descriptions on the usage and operation of the keys can be found in this Section.
Figure 2.3-1. Model 5290 STL Transmitter Front Panel
Table 2.3-1. Model 5290 STL Transmitter Front Panel Controls and Indicators
ITEM
TITLE
AC POWER LED
SYSTEM UNLOCK LED
RF POWER LED
LCD
RF POWER ADJUST
NAVIGATION AND ENTRY
RF POWER ON/STANDBY SWITCH
FUNCTION
AC Power On LED Indicator
Indicates one or more VCOs is unlocked; PA is disabled if “on”.
Indicates radiation of RF power from output
Displays transmitter parameters including frequency and power
Adjusts power from 0.5 to 20.0 Watts (R18)
Scrolls page display and selects items on LCD
Turns on for RF power radiation from the unit.
2-1
2.4
THE Model 5290 STL TRANSMITTER REAR PANEL
The Model 5290 STL Transmitter Rear Panel has Input/Output connectors for related or optional equipment. Figure 2.41 shows the Rear Panel Configuration.
Figure 2.4-1. Model 5290 STL Transmitter Rear Panel Connectors
Table 2.4-1. Model 5290 STL Transmitter Rear Panel Connectors
ITEM
TITLE
FUNCTION
RF
Type N female connector, 50 Ohms
FCC ID
FCC Type Certification ID
12 Vdc Input (optional)
Terminals for optional ± 12 Vdc input
GND
Ground screw connection
AUDIO INPUT
Screw terminal connection, balanced audio input, 600 Ω
PROGRAM
Composite program input, unbalanced, BNC 2 Vp-p
SUBCARRIER
Subcarrier (MUX) input, unbalanced, BNC
TX CHANGEOVER
Connector for transmitter changeover (TFT Model 7770)
AUTO/MAN
Switch to set mode of operation with or without transmitter changeover
10
AC INPUT
IEC Input connector/fuse assembly
2-2
10
2.5
THE 5291 STL RECEIVER FRONT PANEL
The Model 5291 STL Receiver Front Panel is a collection of input switches and output LEDs, and LCD screen. The
Model 5291 STL Receiver Front Panel is illustrated in Figure 2.5-1 and described in Table 2.5-1.
Controls and indicators are located on the Front Panel. Detailed descriptions on the usage and operation of the keys can
be found in this Section.
Figure 2.5-1 Model 5291 STL Receiver Front Panel
Table 2.5-1 Model 5291 STL Receiver Front Panel Indicators and Controls
ITEM
TITLE
FUNCTION
ON LINE
“On” indicates receiver is providing output. “Off” indicates that the stand-by
receiver looped through the auto-switchover is providing output or that the
receiver is turned off by remote control.
SYSTEM STATUS
“On” indicates that VCOs are locked
BANDWIDTH
“Wide” indicates 500 kHz operation; “Narrow” indicates “300 kHz operation.
GAIN
“High” indicates that RF input is selected for best sensitivity; “Low” indicates
that gain of 1st RF amplifier is reduced to prevent overload.
LCD
Multi-page display of receiver operating characteristics and parameters
Navigation Keys
Used to scroll LCD pages and enter parameters
BANDWIDTH Select
Toggles between “Wide” and “Narrow” bandwidth operation
GAIN Select
Toggles gain of 1st RF amplifier between “High” and “Low”
2-3
2.6
THE STL RECEIVER REAR PANEL
The Model 5200 Series STL Receivers Rear Panels have audio and connectors for related or optional equipment. Figure
2.6-1 shows the rear panel configuration.
ANT
10
11
Figure 2.6-1 Model 5291 STL Receiver Rear Panel Connectors
Table 2.6-1 Model 5291 STL Receiver Rear Panel Connectors
ITEM
TITLE
FUNCTION
RF INPUT
Type N RF input connector, 50 Ohms
DC input (optional)
Optional ± 12 Vdc input power terminals
GND
Grounding terminal
J2
Terminal connections for mono balanced output and remote controls
OUTPUT LEVEL ADJ
Adjustment for Program Output level
PGM OUTPUT, J3
Program output connector, BNC, unbalanced 3 Vp-p
MUX OUTPUT, J4
MUX output connector, BNC, unbalanced
AUTO CHANGEOVER
Switch to select Auto Changeover operation with another receiver or to
manually select this receiver “A” or another receiver “B” to supply signals to
the OUTPUT connectors
RX B PGM, J5
Input from stand-by receiver “B”, program, BNC, unbalanced
10
RX B MUX, J6
Input from stand-by receiver “B”, MUX, BNC, unbalanced
11
AC Input
IEC AC power input connector assembly
2-4
2.7
RELATED EQUIPMENT
The Series 5200 STL Transmitters and Receivers can accommodate various components to comprise a complete Studio
to Transmitter Link. Some of this equipment is described in the following paragraphs.
2.7.1
MODEL 7770 AUTOMATIC TRANSMITTER CHANGEOVER UNIT
The Model 7770 Automatic Transmitter Changeover Unit is a switching device that can switch between two transmitters
and furnish a single output for connection to an antenna. There is a separate data sheet available for this product.
2.8
PRE-INSTALLATION INFORMATION
Before installing your STL Transmitter and Receiver, you should be familiar with the requirements of Part 74 of the FCC
rules, as amended. An adequate path survey and analysis is helpful to evaluate the environment and application of the
Digital STL system. Theoretical results obtain from such a path survey and analysis should be compared to actual
installed data in order to establish a benchmark for the system and to document its performance.
Assistance may be obtained from TFT Customer Service.
1953 Concourse Drive
San Jose, California 95131-1708 USA
Tel: (+1) 408 943-9323 Fax: (+1) 408943-9218
Email: techsupport@TFTInc.com
2-5
SECTION III
PRE-INSTALLATION CHECKOUT
3.1
INTRODUCTION
This section describes a functional bench test to be performed before installing and testing the 5200 Series STL
Transmitter and Receiver according to the procedures given in Section V. By completing the pre-installation checkout,
the user can be certain that the equipment is operating properly.
CAUTION
Do not connect the transmitter
antenna output directly to the
receiver antenna input. Doing so
will damage the receiver input
circuitry.
3.2
PRIMARY POWER APPLICATION
Before power is applied to the 5200 Series STL Transmitter, insure that an adequate load is connected to the RF Output
Connector.
For back-to-back testing, place the transmitter and receiver next to each other. Terminate the transmitter output in a 50
Ohm load of 50 watts or larger rating.
To insure that the transmitter and receiver function as a system, we recommend the following checkout procedure before
final installation of the system.
a.
Place the front panel RF POWER ON/STANDBY switch to the STANDBY position.
b.
Connect the AC power connectors to the correct line voltage.
c.
The units are now ready for test.
3-1
SECTION IV
OPERATING
THE 5200 SERIES ANALOG STL TRANSMITTERS and RECEIVERS
4.1
INTRODUCTION
The 5200 Series of Transmitters and Receivers are conventional composite and mono systems designed to meet
today’s stringent broadcasting requirements. Each transmitter or receiver is fully compatible with other TFT
systems of comparable configuration. The 5200 series of transmitters is designed to fulfill requirements for
composite stereo, composite stereo with MUX, and mono applications. The 5200 series of receivers is available
for composite/mono, composite, and mono only configurations. Frequencies from 140 MHz to 2 GHz will be
available.
4.2
OVERVIEW OF OPERATION
These instructions assume that the units have been configured by the factory and that the Pre-Installation
Checkout has been completed in accordance with the instructions in Section III of this User’s Guide.
4.3
SETTING TRANSMITTER PARAMETERS
See Section II for details of the transmitter front panel and rear panel connections.
Make sure that RF power is turned “off” and that the transmitter is connected to a proper load or antenna.
Pressing the center (ENTER) button to the right of the display will advance the LCD through various pages for
setup.
The default page should have an indication for “FRQ”. Increment the frequency desired for operation with the
“UP” and “DOWN” arrow keys until the desired frequency is displayed. Once the desired frequency is displayed,
press the center (ENTER) button to “load” the desired frequency into the unit.
No further adjustments are required to change frequency. No tuning adjustments are required to change frequency
within the range of frequencies at which the unit operates. It will tune the entire band automatically.
The screw adjustment to the right of the LCD will increment the output power to the desired level between 0.5
Watt and 20 Watts.
The unit is now ready for operation. The RF power “On” switch may be pressed.
4.4
OBSERVING TRANSMITTER OPERATION
The center (ENTER) button to the right of the display to advance through display pages to observe various
operating parameters, including frequency, power output, reflected power, VCO status, etc.
4.5
SETTING RECEIVER PARAMETERS
The receiver operating frequency is set in a fashion similar to that of the transmitter (See Section 4.3 above.).
Pressing the center (ENTER) button to the right of the display will advance the LCD through various pages for
setup.
The default page should have an indication for “FRQ”. Increment the frequency desired for operation with the
“UP” and “DOWN” arrow keys until the desired frequency is displayed. Once the desired frequency is displayed,
press the center (ENTER) button to “load” the desired frequency into the unit.
No further adjustments are required to change frequency. No tuning adjustments are required to change frequency
within the range of frequencies at which the unit operates. It will tune the entire band automatically.
4-1
After the unit is installed, all operating parameters should be recorded in order to establish a baseline for future
maintenance and operation. RSSI (Received Signal Strength Indication) should be noted, along with all VCO and
voltage readings. This will assist trouble shooting in the future by having comparison readings.
4-2
SECTION V
INSTALLATION
5.1
INTRODUCTION
This section describes the installation of the Model 5200 Analog STL Transmitter and Receiver Series and their related
options and equipment after they have been unpacked and tested according to methods described in Section IV.
Electrical ground for the Model 5200 Transmitters and Receivers is established through the AC power cord.
Additionally, there is a grounding stud on the rear of each unit. If a more substantial technical ground is available, it may
be connected to the chassis box directly at the grounding screw, using a short piece of braid. Proper grounding, good
engineering practice, and safety depend on the knowledge and care of the installing engineer.
All units are designed to mount in a 19” rack or cabinet using (4) 12-24 pan head machine screws.
Mounting requirements: Size: 3.5”H x 19”W x 12”D (8.9 cm x 47.5 cm x 30.5 cm) Maximum. Weight:
Approximately 20 pounds (9 kg.)
Power requirements: Input power: 117/240 VAC @ 50/60 Hz, 100 Watts maximum, 3 Prong Power Cord - UL
style SVT
Environmental requirements: 0°C to 50°C (32°F to 122°F).
General Hazards:
a.
Elevated Operating Ambient Temperature - If installed in a closed or multi-unit rack assembly, the operating
ambient temperature of the rack environment may be greater than room ambient. Therefore, consideration
should be given to installing the equipment in an environment compatible with the maximum rated ambient
temperature.
b.
Reduced Air Flow - Installation of the equipment in a rack should be such that the amount of airflow required
for safe operation of the equipment is not compromised.
c.
Mechanical Loading - Mounting of the equipment in a rack should be such that a hazardous condition is not
achieved due to uneven mechanical loading.
d.
Circuit Overloading - Consideration should be given to the connection of the equipment to the supply circuit
and the effect that overloading of the circuit might have on over-current protection and supply wiring.
e.
Reliable Earthing - Reliable earthing of rack-mounted equipment should be maintained. Particular attention
should be given to supply connections other than direct connections to the branch circuit (e.g., power strip use).
5-1
SECTION VI
THEORY OF OPERATION
6.1
GENERAL
This section describes the theory of operation for the Model 5200 Series STL Transmitter and Receivers.
The Model 5200 STL Transmitter accepts either balanced or unbalanced composite or monaural audio on
the rear panel. The composite input level should be 3Vp-p for ± 50 kHz deviation. The program input is
adjusted by R22 on the Main Board. Similarly, there is an unbalanced input for a MUX channel, the level
of which should be 1.2Vp-p for ± 12 kHz deviation. The MUX deviation is adjusted by R29 on the Main
Board.
J10 sets the transmitter for “Flat” composite or monaural operation. J11 sets the transmitter pre-emphasis to
75 µsec; J12 sets the pre-emphasis to 50 µsec. Only one of these three jumpers should be made at any
time.
If the optional SCA generator is utilized, then J19 should be connected between pins 2 and 3; if an external
SCA generator is utilized, the J19 should be connected between pins 1 and 2.
The summed output of the program and SCA networks is routed to a 70 MHz VCO Modulator, which
consists of U14 and U13. Linearity of the modulation is adjusted by R64.
The 70 MHz modulated VCO output (-18 dBm) is mixed in U27 with a local oscillator (+3 dBm), which
operates 70 MHz below the output frequency. This on-frequency, modulated signal (-24 dBm) is filtered
by FL2, then amplified by U28, which adds approximately 30 dB of gain. The output of U28 (+3 dBm) is
again filtered then amplified by U29, a 15 dB gain amplifier, for a final output from the main board of
approximately +15 dBm.
The local oscillator consists of a dual Phase-Lock-Loop, which consists of a TCXO that operates at 20
MHz and U20 (VCO1), VCO2 and U21. The frequency is referenced to the 20 MHz TCXO and actually
set by U19 and U24, which are controlled by logic programmed by U1.
The modulated, on-frequency RF output of the main board is routed to the input of the power amplifier,
where the signal is furthered amplified and filtered by U1 and strip-line filters on the Power Amplifier
Board.
U10, U11, U6A, U8A on the Main Board control lock-out and remote control functions. Metering samples
for PGM, MUX, FWD PWR, REV PWR, VCO1 bias, VCO2 bias, and VCO3 bias are furnished to U1 and
subsequently scaled and displayed by the front panel LCD.
6.2
MODEL 5200 STL TRANSMITTER BASIC DIAGRAM DESCRIPTION
The 5290 Transmitter consists of a Main Board, a Display Board, a Power Amplifier, and a power supply.
The Main Board contains input processing and metering, the local oscillator, mixer, and RF output circuits.
The Display Board receives display information from the Main Board for display on the front panel LCD.
The Power Amplifier amplifies the modulated, on-frequency RF output from the Main Board to the proper
RF output level on the rear panel.
6.3
MODEL 5291 STL RECEIVER BASIC DIAGRAM DESCRIPTION
(To be supplied)
6-1
SECTION VII
MAINTENANCE AND REPAIR
7.1
INTRODUCTION
The 5200 Series STL Transmitter and Receiver have no moving parts or components that require routine
replacement. They require only minor audio adjustment.
7.2
TOOL AND TEST EQUIPMENT REQUIREMENTS
The following tools and equipment are required for analog STL system maintenance:
•
•
•
•
•
7.3
Hand Tools
Digital Voltmeter
Oscilloscope
Audio generator
Audio analyzer/noise/distortion
•
•
•
•
•
RF Spectrum Analyzer, 10 GHz
RF Signal Generator, 2 GHz
RF Load, 50 Ω, 25 Watts
Stereo generator/coder
Stereo demodulator/modulation monitor
ROUTINE MAINTENANCE
The Series 5200 STL Transmitter and Receiver should require no routine maintenance. As equipment and
systems external to the Transmitter and Receiver change, minor audio level adjustments may be necessary.
7.3.1
CALIBRATION
The Series 5200 STL Transmitter and Receiver do not require routine calibration.
7.4
DIAGNOSTICS AND REPAIR
Before attempting repair, the tools and test equipment listed in Section 7.2 should be on hand. Only limited
diagnostics and repairs can be accomplished without a complete set of equipment listed. The most practical repair
philosophy is by the factory. It is recommended that a stand-by unit be on hand, together with an alternative plan
for operation while factory repairs are being made. Spares kits are available from the factory. Rental and
emergency units are available from the factory during repairs.
Some general (and very important) observations on repair:
7.5
1.
The STL equipment uses static sensitive components. ESD (Electrostatic Discharge) precautions must therefore
be observed during repairs. This is extremely important.
2.
The Theory of Operation Section (Section VI) is helpful in understanding how the equipment functions and
will help you with diagnostics, as it covers the jobs performed by each major component and subsystem.
TFT CUSTOMER SERVICE DEPARTMENT
TFT emergency service is available 24 hours a day. Please call us if you need assistance with any TFT products.
TFT, Inc.
1953 Concourse Drive
San Jose, California 95131-1708 USA
Telephone: (+1) 408 943-9323, Fax: (+1) 408 943-9218
Email: techsupport@TFTInc.com
7-1
SECTION VIII
ENGINEERING DRAWINGS
Model 5290 Transmitter
Title
Dwg. No.
Rev
Main Board: Meter and Interface
6601-4128 (1 of 4)
Main Board: 70 MHz VCO Modulator
6601-4128 (2 of 4)
Main Board: Up Converter, Filter Amp
6601-4128 (3 of 4)
Main Board: Dual PLL Up Converter, LO
6601-4128 (4 of 4)
Power Amplifier
6601-4129
Display Board (for 5290 & 5291)
6601-4132
8-1
C
J16
CON3
Composit
4.7K
49.9K
50uS
C4
1uF
47uFR24
10K
C9
10K
U1B
LF353D
4.7K
MODULATION
U3B
LF353D
-5V
R26
10
1uF
R28
TBD
C11
1uF
C10
+5VC
C12
R32
1V for 100% DEV.
CON3
-5V
C14
REV_PWR
FWD_PWR
R36
PWR_ADJ
U5B
LF353D
CR1
HSMS2800
1uF
U5A
LF353D
MUX_METER
-5V
J8
C13
22K
J9
R34
R33
1K
10K
Jumper
R31
10
1uF
R35
10K
TBD
+12VC
TP2
R30
10
U4A
LF353D
From PA
Module
R21
J19
CON4
10K
+5VC
1.2Vp-p for
+/- 12.5KHz DEV.
R22
10K
1uF
SCA
Generator
10
R27
R29
2K
R23
R25
1uF
U3A
LF353D
-5V
10
J3
BNC
C8
-5V
10K
1uF
R20
R19
R17
C5
C7
TBD
1uF
49.9K
Deviation
ADJ
R12
R15
TBD
U2B
LF353D
1nF
R18
Rear Panel
4V for 100% DEV.
R11
10
100
R16
10
C6
3Vp-p for
+/- 50KHz DEV.
MUX
C3
R14
TBD
+5VC
R10
10
+5VC
R13
10K
PGM
J10
CON3
LF353D
PGM-
R7
+5VC
1.5nF
10K
TP1
100
U2A
10K
R9
Rear Panel
PGM+
TBD
R5
U1A
LF353D
R8
J1
R1
75uS
R4
10K
R3
C2
R2
47uFR6
10K
C1
BNC
R38
10
C15
0.22uF
PGM
Mono
Rear Panel
J11
CON3
J2
10K
1uF
R37
1M
R39
C16
10
1uF
CON4
+12VC
+5VC
+5VS
R42
R40
1K
U6A
LF353D
Q1
MMBT2222
10K
1 R46
R48
10K
U7B
LF353D
U7A
LF353D
PWR_ADJ
CR2
HSMS2800
1M
-5V
+4V for 100% Deviation
R52
C19
0.22uF
PGM_METER
0.22uF
R50
PGM
C18
C17
1uF
10K
R131
2K
10K
220
R49
2K
R130
Not use
R47
R41
10
R44
R45
R43
1K
10K
+12VC
10K
R51
1M
R53
10
C20
+5VC
Rear Panel
SHDN
Vin
U10
GND
BOOST
SW
L1
12K
0.1uF
SW
C25
0.01uF
C24
10uF
SYSTEMLOCKED
LED
ADC
ADC
ADC
BIAS_VCO1
BIAS_VCO2
BIAS_VCO3
SYSTEMLOCKED
NC7SZ11P6X
+5VC
R133
CON2
REV_PWR
FWD_PWR
POT
POT
R132
100
PWR_ADJ
+5VS
LE_3
LE_2
LE_1
CLK
DATA
OUT
IN
-5V
U12
C141
10uF
C142
10uF
C26
10uF
C27
10uF
VCC
VOUT
C+
/SHDN
GND
C-
LTC1983ES6
METER and INTERFACE
TFT INC.
20mA
Title
C28
Size
10uF
ADC
ADC
+5VC
U32
L78L05ABU
J5
From Switching Power supply
+12VC
GND
+12V
10
12
14
16
18
20
22
24
26
CON26A
Locked
11
13
15
17
19
21
23
25
LD_VCO2
LD_VCO3
J6
U11
VCC
Locked
LD_VCO1
R55
43K
MBR0530
Locked
PA-ON
47uH
CR4
Locked
ADC
ADC
+12V
C140
R54
PGM_METER
MUX_METER
C23
0.022uF
NC7SZ11P6X
PA-ON
+5VC
CR3
CMDSH-3
GND
PA ON
PA ON
+5VS
LT1616ES6
Remote
U8A
NC7WP14
Rear Panel
C22
0.1uF
FB
U9
C21
22uF
S1
SW SPDT
0.1uF
PA ON
Local
0.1uF
1uF
C139
+5VC
VCC
C138
J4
Transmitter
Automatic
Changeopver
+12VC
+5VC
Date:
Model 5290 MAIN BOARD
Document Number
Rev
6601-4128
Wednesday, April 06, 2005
Sheet
of
A
VT
TP3
R57
TBD
R56
BIAS_VCO3
C31
TBD
C30
TBD
100K
C29
1nF
+8VB
R59
100K
R58
+8VB
TBD
+5VB
C32
C36
CR5
R60
0.01uF
10uF
R61
BB639C
150
TP4
R64
100pF
R65
L2
IND_CT
0.01uF
CR6
BB639C
C43
0.01uF
R66
C44
10uF
C45
10uF
C46
C47
R68
R67
MODULATION
4.7K
R70
1.5K
C48
33pF
0.01uF
R69
27pF
2.2K
5.1K
Linearity Adj
10K
0.01uF
R62
R63
10
10
U13
1K, 19T
C41
0.01uF
1K
+4.5V
C38
C40
47uF
C34
C35
47uF
C37
TBD
+3.3VB
C33
4.7K
R71
820
C49
VP
16
DVdd
15
CPGND MUXOUT
14
Rset
CP
AGND
LE
13
RFinB
DATA
12
RFinA
CLK
11
AVDD
SDVdd
10
REFin
DGND
0.01uF
C39
1uF
C42
1uF
R137
470
ADF4113BRU
D1
C50
Q2
MMBFU310LT1
C56
22uF
C51
0.01uF
3~20pF
C52
47pF
C57
1nF
L3
2.2uH
LED
+5VB
C54
6.8pF
R73
470
R75
LE_3
R77
DATA
18
82pF
MOD
VCO
OUTPUT
R80
R81
CON4
UPC2710TB
1nF
C59
1nF
U14
51
220
1nF
R74
18
C58
220
J20
REF_20MHZ_2
18
C55
C53
R72
CLK
LD_VCO3
R76
2K
R78
2K
R79
2K
R82
22K
C61
220pF
VCO3
C60
C62
220pF
C63
220pF
0.1uF
U16
L78L05ABU
L78L33ACU
C64
10uF
IN
OUT
C65
10uF
IN
OUT
+12VB
C66
10uF
U17
+8VB
L78L08ABU
R134
+5VB
C67
10uF
C68
10uF
IN
OUT
+12VB
70MHz VCO Modulator
TFT INC.
C69
10uF
Title
+3.3VB
U15
+12VB
+12V
30mA
Size
Date:
Model 5290 MAIN BOARD
Document Number
Rev
6601-4128
Wednesday, April 06, 2005
Sheet
of
A
+5VA
C70
TP5
+3.3VA
+5VA
C71
0.01uF
C72
0.01uF
R83
18
BIAS_VCO1
0.01uF
+5VA
C74
1uF
C75
C73
1nF
0.01uF
C76
1uF
U19
16
C79
1uF
R139
470
VCO1
R87
5.1K
Rset
CP
CPGND
LE
AGND
12
DATA
RFinB
11
CLK
RFinA
10
SDVdd
AVDD
DGND
REFin
VP
15
DVdd
14
MUXOUT
13
R90
C82
0.01uF
C80
Not use
R88
18
out
Vt
Vcc
815~825MHz
+7dBm
C78
220pF
-6dBm
+7dBm
U18
UPC2708TB
U21
LO
GND
GND
IF
GND
RF
R92
18
ADEX-10L
C81
10pF
-18dBm
C86
0.01uF
1nF
51
U22A
NC7WP14
+3.3VA
TP7
Y1
FOX801BE
+3.3VA
20MHz TCXO
1nF
REF_20MHZ_1
J22
55~65MHz
R93
C84
56pF
C85
C87
VDD
OUTPUT
VC
GND
C91
R95
2K
LE_1
DATA
R96
2K
R97
22K
CLK
C92
C88
1uF
NC7WP14
LD_VCO1
REF_20MHZ_2
+5VA
C89
U22B
0.01uF
L5
0.27uH
C93
C94
220pF
FL1
Epcos B7704
0.01uF
R98
-24dBm
OUT
TBD
IN
TP6
LO
+3dBm
-27dBm
U23
UPC2710TB
870~890MHz
+5VA
U33
Regulator SOT89
+3.3VA
C95
220pF
220pF
220pF
220pF
C90
2K
CON4
R94
R89
18
VCO MQE001
LED
C77
220pF
C83
0.015uF
ADF4106BRU
D3
R91
1K
L4
0.27uH
was
U20
R86
100K
R85
10
R84
10
+5VA
BIAS_VCO2
C97
OUT
IN
GAIN=30dB
C96
0.01uF
U24
C100 1uF
R138
470
16
VP
15
DVdd
14
MUXOUT
13
CP
CPGND
LE
AGND
12
DATA
RFinB
11
CLK
RFinA
10
SDVdd
AVDD
DGND
REFin
D2
5.1K
R105
2.7K
C103
C101
0.15uF
C104
R103
was VCO1
18
VCO2
R104
Rset
R99
TBD
R107
300
0.082uF
0.01uF
GND
GND
VT
GND
GND
VCC
GNG
GND
GND
GND
GND
GND
OUT
GND
R106
+12V
18
+12VA
U25
R108
18
+3.3VA
+12VA
+5VA
U26
L78L05ABU
L78L33ACU
R135
JTOS-100
C105
1uF
C102
2.2uF
10
11
12
13
14
OUT
IN
C106
10uF
OUT
IN
C99
1uF
R102
100K
C107
10uF
C108
10uF
10
R101
10
R100
C126
47uF
0.01uF
C98
1nF
C109
10uF
C110
0.01uF
ADF4113BRU
C111
LED
1nF
C112
1nF
J21
REF_20MHZ_1
R109
CON4
R110
LE_2
2K
DATA
2K
R111
R112
C113
220pF
C114
220pF
C115
220pF
CLK
2K
22K
LD_VCO2
C116
0.01uF
DUAL PLL UP CONVERTOR LO
TFT INC.
Title
50mA
Size
Date:
Model 5290 MAIN BOARD
Document Number
Rev
6601-4128
Wednesday, April 06, 2005
Sheet
of
A
+5VS
+5VD
R136
+3dBm
GND
IF
GND
RF
ADEX-10L
R113
VCO3
70MHz
R114
TBD
C119
220pF
FL2
Epcos B7707
-24dBm
-18dBm
IN
OUT
C120
220pF
+3dBm
-27dBm
U28
UPC2710TB
GND
LO
870~890MHz
L6
0.27uH
1uF
LO
C117
U27
C118
220pF
C1211nF
TBD
R115
TBD
GAIN=30dB
29mA MAX.
C122
220pF
+5VD
C123
U29
UPC1678GV
R118
not use
+15dbm
C124
220pF
C125
220pF
J7
RF JACK
0dBm
not use
OUT
R117
IN
RF OUTPUT
940~960MHz
R116
FL3
Epcos B7707
1uF
L7
0.27uH
GAIN=15dB
60mA MAX.
Up Converter, Filter Amp
TFT INC.
Title
90mA
Size
Date:
Model 5290 MAIN BOARD
Document Number
Thursday, April 07, 2005
Rev
6601-4128
Sheet
of
5
+12V
To Fan
C6
CON3
12V
J4
From Switching
Power Supply
10uF
PWR_ADJ_PA
1mA @5V
C7
10uF
L2
Shield Bead
L1
Shield Bead
C5
R4
C8
REV_PWR_PA
10K
10uF
R9
IN
OUT
R10
Not Use
U1
RA20H8994M
R3
56
56
CR2
HSMS2800
C1
RF Output
J1
Type N JACK
47pF 100V
<>
R8
Not Use
R5
CP1
R2
Coupler
MicroStrip LPF
56
R6
56
FL1
VDD
VGG
+15dbm
1nF
RF INPUT
940~960MHz
C4
1nF
C9
J3
RF JACK
C2
1nF
10uF
R1
10K
CR1
HSMS2800
Jumper Wire
J2
REV_PWR_PA
FWD_PWR_PA
FWD_PWR_PA
PWR_ADJ_PA
R7
10K
CON4
C3
1nF
TFT INC.
Title
Size
Date:
Model 5290 Power Amplifier
Document Number
Rev
6601-4129
Wednesday, April 06, 2005
Sheet
of
TP4
TP5
TP6
TP7
TP8
TP9
TP10 TP11 TP12 TP13
+3.3V
+5V
TP3
TP2
TP1
J2
TP14 TP15 TP16 TP17 TP18 TP19 TP20 TP21 TP22
R1
10K
R2
10K
Header 14pins
CS1
RES
A0
WR
RD
D0
D1
D2
D3
10
D4
11
D5
12
D6
13
D7
14
Vcc
15
GND
16
VOUT
17
CAP3-
18
CAP1+
19
CAP1+
20
CAP2-
13
11
13
11
14
12
10
14
12
10
CON30
R3
47K
J1
C1
10uF
+3.3V
C3
4.7uF
P5.6/ACLK
49
50
51
52
53
54
55
P5.0
44
22
V1
P6.7/A7
P4.7/TBCLK
43
23
V2
V REF+
P4.6
42
24
V3
XIN
P4.5
41
25
V4
P4.4
40
26
V5
P4.3
39
27
VR
P4.2/TB2
38
28
C28
TP28
29
P/S
30
IRS
1 P1.0/TACLK
12
P1.0/TACLK
P4.1/TB1
37
1 P1.1/TA0
13
P1.1/TA0
P4.0/TB0
36
TP30
14
P1.2/TA1
P3.7
35
TP31
15
P1.3/TA2
P3.6
34
TP32
16
P1.4/SMCLK
P3.5/URXD0
33
TP33
RIGHT
DOWN
ENTER
TP34
TP35
TP36
TP37
TP38
TP40
TP42
TP44
TP45
TP46
TP47
PGM_METER
MUX_METER
ADC
ADC
SW
GAIN HI/LOW)
LED
SYSTEMLOCKED
ADC
ADC
ADC
RF POWER ON
(RX GAIN HIHG)
SW1
1 SPST
PA_ON
FRONT PANEL
(BANDWIDTH
WIDE/NARROW)
R13
4.7K
U2E
R15
2.2K
U2F
10
11
12
R16
7404
(RX GAIN HIGH)
FRONT PANEL
13
11
13
15
17
19
21
23
25
D7
LED(GREEN)
ADC
ADC
REV_PWR
FWD_PWR
R18
POT
100
POT
PWR_ADJ
BANDWIDTH_WIDE/NARROW
LE_3
LE_2
LE_1
CLK
DATA
FRONT PANEL
RF POWER ADJ
RF POWER ON
(RF GAIN HIGH/LOW)
FRONT PANEL
+5V
J4
R17
SW7
1 SPST
0.047uF
RF POWER ON
FRONT PANEL
10
12
14
16
18
20
22
24
26
7404
220K
C15
D4
LED(GREEN)
5K
CON2
To LCD
Backlight
75mA MAX.
2.2K
R20
2.2K
D6
U5A
7404
LED( RED)
TFT INC.
System Locked
Title
Model 5290 Display Board
Size
Date:
220K
CON26A
R21
to Pin 7 of U2,U5
( RX SYSTEM
STATUS)
7404
R12
C14
J3
C20
1uF
FRONT PANEL
SYSTEM UNLOCKED
7404
(BANDWIDTH
WIDE)
(RX GAIN LOW)
FRONT PANEL
C19
1uF
D2
LED(GREEN)
D3
LED(GREEN)
OUT
C16
1uF
U2C
FRONT PANEL
R14
2.2K
BIAS_VCO1
BIAS_VCO2
BIAS_VCO3
C18
1uF
4.7K
R6
2.2K
U2D
7404
(RX
to Pin 14 of U2,U5
R4
U2B
PA_ON
IN
C17
1uF
+5V
BANDWIDTH_WIDE/NARROW
WIDE
For Receiver only
< 100mA
OUT
+12V
+3.3V
(RX ON LINE)
FRONT PANEL
AC POWER ON
D5
LED(GREEN)
IN
R19
2.2K
1uF
0.047uF
U4
L78L05ABU
1uF
FRONT PANEL
+12V
< 20mA
1uF
C12
U2A
7404
(BANDWIDTH
NARROW)
+12V
L78L33ACU
1uF
FRONT PANEL
U3
C11
UP
C10
LEFT
1uF
P3.4/UTXD0
P3.3/UCLK0
P3.2/SOMI0
CLK
DATA
LE_3
TP41
LE_2
TP43
TP39
LE_1
SW6
SPST
C9
D1
LED(GREEN)
SYSTEMLOCKED
SW5
SPST
SW4
SPST
SW3
SPST
C8
R5
2.2K
SW2
SPST
TP25
32
31
30
P3.1/SIMO0
29
P3.0/STE0
28
P2.7/TA0
27
P2.6/ADC12CLK
26
P2.5/Rosc
25
P2.3/CA0/TA1
P2.2/CAOUT/TA0
P2.4/CA1/TA2
24
23
R10
100K
22
R7
100K
P2.1/TAINCLK
P1.5/TA0
V REF-/VeREF-
4.7uF
11
VeREF+
1 -VREF/-VeREF
10
XOUT
TP23
MSP430F135
U1
18
R9
100K
56
P6.6/A6
17
R8
100K
57
CAP2+
1 Ve_REF+
+3.3V
R11
100K
TMS
21
P2.0/ALK
TP29
58
45
21
TP27
12pF
TCK
P5.1
P1.7/TA2
TP26
59
P6.5/A5
20
32.768KHz
C13
60
46
19
TP24
61
P5.2
Y1
62
63
P5.3
47
C6
4.7uF
LCD
Connector
P5.4/MCLK
DVcc
12pF
C5 1
C7
48
V_REF+
C4
4.7uF
P5.5/SMCLK
BIAS_VCO3
P5.7/TBOUTH
XT2OUT
BIAS_VCO2
XT2IN
P6.4/A4
TDO/TDI
TDI/TCLK
P6.3/A3
BIAS_VCO1
RES/NMI
P6.0/A0
REV_PWR
P6.1/A1
P1.6/TA1
FWD_PWR
P6.2/A2
MUX_METER
DVss
AVcc
PGM_METER
AVss
64
C2
100nF
TP48 TP49
Document Number
Rev
6601-4132
Wednesday, April 06, 2005
Sheet
of

---

Source Exif Data:

File Type                       : PDF
File Type Extension             : pdf
MIME Type                       : application/pdf
PDF Version                     : 1.4
Linearized                      : No
Page Count                      : 28
Page Mode                       : UseNone
XMP Toolkit                     : XMP toolkit 2.9.1-14, framework 1.6
About                           : uuid:f74310fa-9187-4264-b122-6a5cf3597eca
Producer                        : Acrobat Distiller 5.0.5 (Windows)
Create Date                     : 2005:04:12 00:42:36Z
Modify Date                     : 2005:04:12 11:29:13-07:00
Metadata Date                   : 2005:04:12 11:29:13-07:00
Creator Tool                    : Acrobat PDFMaker 5.0 for Word
Document ID                     : uuid:f228aa05-c04e-475f-ae74-e17e68b17640
Format                          : application/pdf
Creator                         : Darryl Parker
Title                           : TITLE PAGE
Description                     : 5200 Series STL
Tagged PDF                      : No
Author                          : Darryl Parker
Keywords                        : 5200, STL
Subject                         : 5200 Series STL

EXIF Metadata provided by EXIF.tools