Communication Network Interface CNI-800D User Manual CNI800D Instruction

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Document ID	78108
Application ID	Ww+TzyIEih0ZYmq3nRLh5Q==
Document Description	Installation instruction
Short Term Confidential	No
Permanent Confidential	No
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Document Type	User Manual
Display Format	Adobe Acrobat PDF - pdf
Filesize	7.02kB (87791 bits)
Date Submitted	1999-12-22 00:00:00
Date Available	2000-02-03 00:00:00
Creation Date	0000-00-00 00:00:00
Producing Software	Acrobat PDFWriter 3.02 for Windows
Document Lastmod	0000-00-00 00:00:00
Document Title	CNI800D_Instruction.PDF
Document Creator	Microsoft Word
Document Author:	Unknown

CNI-800D Installation Guide
For OEM Integrator
Ver. 1.1
CNI-800D
Radio Packet Modem
1999.3.26.
Communication Network Interface, Inc
CNI-800D Developer’s Guide
Table of Contents
Modem Descriptions
1. Overview
2. Specifications and Features
2.1Environmental Properties
2.2 Electrical Properties
3. Physical Dimensions
4. Serial Interface between Application DTE
5. Power Supply and Current Usage
n Design Consideration
1. Product Applications
1.1 Use for Portable Terminal
1.2 Use for fixed mount
n Installation
1. Mounting
1.1 Fastening
1.2 Grounding
Warning Label
n
Modem Descriptions
1. Overview
CNI-800D enables digital data communication via DataTAC Network. This unit
supports Motorola’s RD-LAP 3.1& 3.2. And frequency band of 806-825 MHz for
in-bounding, 851-870 MHz for out-bounding are available.
This unit is two way wireless communication module that enables various Data
communications between Hosts and Terminals. Support for automatic Roaming
makes it possible to communicate while moving around.
By using Interface connector, this unit permits integration to various applications
without redesign and supports monitoring function.
2. Specifications
and
Features
2.1 Environmental
properties
2.1.1. Operation Temperature
2.1.2. Storage Temperature
: -35°C ~ +80°C
2.1.3. Humidity
-20°C
+50°C
: working properly 8 hours after storing at 95% relative
humidity, non-condensing circumstance
2.2 Electric
Properties
2.2.1. General Specs
a. Modulation
b. Communication Mode
c. Transmission speed
: 4-level FSK
: Half Duplex
: 19,200bps
2.2.2 RF Interface
a. Transmit Frequency
b. Receive Frequency
c. Channel Spacing
: 806-825 MHz
: 851-870 MHz
: 25KHz
2.2.3 Transmitter
a. RF output power
b. Frequency Stability
c. Modulation Stability
d. FM Deviation
e. Spurious
f. Adjacent Channel leak
: 1.0W
: +- 1.0ppm
: +- 5% (-20°C ~ +50°C, 806 ~ 825 MHz)
: 5.0 KHz +- 10%
: less than 60dB
less
than
60dB
2.2.4 Receiver
a. Sensitivity
: -113 +- 3dBm (1% BER over all kind of data)
b. Channel Selectivity : more than 55dB
CNI-800D Developer’s Guide
c. Intermodulation
: more than 50dB
d. Spurious Rejection : more than 60dB
e. Image Rejection
: more than 50dB
f. Hum & Noise Ratio : less than 30dB
3. Physical Dimensions
+0.2
(45.62)
44
34.4
5.5
23.8
1.8
31.7
34
28.9
28.6
25.2
TOP VIEW
BOTTOM VIEW
30.9
26.7
26.7
30.9 (CONNECTOR)
34.2
4-%4-%C2.4 (HOLE)
19
20
4.2
2.3
18 (2 X 9)
20
8.9
34.4
44.6
10.7
45.5
8-R2.0
CNI-800D Developer’s Guide
4. Serial Interface Between Application DTE
This unit can be easily integrated into anywhere of the wireless modem adopted
device.
PIN ASSIGNMENTS
1. RESET
: External Reset
2. TXD
: Transmit Data
3. PWRON
: RPM Power On/Off
4. RXD
: Receive Data
5. SENSE1
: Status Input 1
6. RTS
: Request to Send
7. SENSE2
: Status Input 2
8. CTS
: Clear to Send
9. SENSE3
: Status Input 3
10. DTR
: Data Transmit Ready
11. SENSE4
: Status Input 4
12. DSR
: Data Set Ready
13. MAGWAIT
: Message Wait
14. DCD
: Data Carrier Datect
15. INRANE
: In Range Indicator
16. RI
: Ring Indicator
17. LOWBATT
: Low Battery
18. 4.0V PWR
: 4.0V Power Supply
19. GND
: Ground to Host
20. 4.0V PWR
: 4.0V Power Supply
20
19
IN TER F A C E C IR C U IT O F C N I-800D
3V
RXD
DCDDSRR IC TS-
3V
3V
TxD A
HOST
3V
TX D
DTRRTS-
CPU
3V
CPU
10K
RxDA
HOST
27
27
CM O S
CM O S
3V
3V
M S G W A ITIN R A N G E LO W B A TT-
3V
3V
CPU
CPU
S E N S E 1-4
IN D IC A TE
HOST
SENSE
HOST
27
10K
R E S E T-
CM O S
CM O S
3V
10K
PW RO N
330K
CPU
HOST
10K
CNI-800D Developer’s Guide
5.
Power
Supply
and
Current
Usage
5.1 Example of Power Supply from out-source : input Voltage 4V±10%,
more than 1.1 A
CASE 1
LM317
4V
44V to 7V
RPM POWER INPUT
R2
100uF
104
100uF
104
R1
Determine Ratio of R1 & R2
by Input Voltage
CASE 2
D?
4V
5V
DIODE
100uF
RPM POWER INPUT
104
5.2 Current Usage
TX
: 1.1A
RX
: 70mA
St-By
: 30mA
Average Current Usage in Standby Mode is about 30.6mA
Design Considerations
To integrate a wireless modem, there are several issues that need to be addressed and considered. Internal
connections and placement are critical to a successful implementation. A successful design requires
attention to several support mechanisms as following:
- DC Power
- Serial interface and control
- Mechanical mounting
- Software
- Antenna
- RF control
1. Production Applications
The OEM wireless modem is well suited for mobile and fixed applications. The wireless modem enables
user to send/receive data anytime anywhere, and can provide communications for a wide variety of
products.
1.1 Portable Terminal Use
Portable designs produce good environment for an integrated modem. The portable terminal is
typically battery powered, subject to temperature extremes, and designed to be physically
strong. When designing portable device, user needs to pay attention to the following issue:
- DC power noise levels on the host interface
- Minimum operating voltage levels
- Device internal ambient temperature
- Antenna gain and proximity to user
- Mechanical design for drop, vibration, dust, salt and liquid spill.
Note : Regarding this last point, CNI-800D modem is designed on the assumption that the host device
will control these conditions.
1.2 Fixed Mount Usage
Fixed-mount usage eliminates most of the mechanical constraints of handheld designs. The
core requirement applies, but fixed usage does not present any special conditions to address.
n Installation
Installing CNI-800D modem is very simple as follows:
1. Place the modem to connector on product housing, and apply a little force to push it down to be
connected.
Caution : Care not to bend or damage the connector pins.
2. Use four #2-56 UNC 2A machine screws to tie up the modem as the figure shown below.
3. Connect modem connection cable to a small hole provided at the rear of the modem.
4. Connect the modem connection cable to Antenna
1. Mounting
Proper mounting of the modem requires a combination of securely fastening it within the product housing
as well as adequately grounding the modem case to the housing.
1.1 Fastening
Mount the modem to the rigid OEM product housing by using four #2-56 UNC 2A
machine screws as the figure shown below:
CNI-800D Developer’s Guide
1.2 Grounding
For CNI-800D modem, the pin number 19 of connector on the modem is
ground pin. So if user properly place the modem, ground is automatically
done.
n Warning Label
Following warning label shall be attached on the devices using CNI-800D modem.
While this device is in operation, a separation distance of
at least 20 centimeters (7.87 inches) is maintained between
radiating antenna and the body of the user or nearby persons
in order to meet the FCC RF exposure guidelines.

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Page Count                      : 10
Creator                         : Microsoft Word
Create Date                     : Wednesday, December 22, 1999 5:55:19 PM
Title                           : CNI800D_Instruction.PDF
Author                          : Unknown
Producer                        : Acrobat PDFWriter 3.02 for Windows
Subject                         : 

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