PNS-816D USERS MANUAL 2W RPM (RADIO PACKET MODEM) DRAFT
(Revised June 27, 2002) PALMNET SYSTEM PNS-816D Users Manual Draft
(Revised: June 27, 2002) WARNING:
Output is specified at the antenna terminal of this module. This modular transmitter is only approved for OEM integration into final products that satisfy mobile operating requirements of 2.1091. The final product and its antenna must operate with a minimum separation distance of 25 cm or more from all persons using the antenna with the gain not exceeding 3 dBi to satisfy MPE compliance. Separate approval is required for this module to operate in portable products with respect to 2.1093 of FCC rules. Note:
Palmnet has devoted its best effort to make this Users Manual with accuracy; however information in this manual is subject to change without notice. Contact Info:
5th ACE Techno Tower II, 197-7 Kuro-Dong, Kugo-Ku, Seoul, Korea Tel: (822) 2634-2574 Web-site: www.palmnets.com 1 Centerpointe Dr., Suite 210, La Palma, CA 90623, USA Tel: (714) 228-2211 Email: info@pnsa.net Fax: (822) 2634-2576 Fax: (714) 228-2208 FCC Compliance Statement This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions:
1. this device may not cause harmful interference and 2. this device must accept any interference received, including interference that may cause undesired operation. NOTE: This equipment has been tested and found to comply with the limits for a Class B digital devices, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instruction manual, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one of more of the following measures:
Reorient or relocate the receiving antenna Increase the separation between the equipment and receiver Connect the equipment into an outlet on a circuit different from that to which the receiver is connected. Consult the dealer or an experienced radio/TV technician for help. Warning:
Changes or modifications not expressly approved by Palmnet System Co., Ltd. could void the users authority to operate the equipment. Industry Canada Compliance Statement IC Class B Compliance This device complies with the Class B limit for radio noise emissions as set out in the interference-causing equipment standard entitled Digital Apparatus, ICES-003 of Industry Canada. NOTE: This device complies with ICAN RSS 119, under certification number 4358A-PNS816D. TABLE OF CONTENTS 1. PRODUCT OVERVIEW......................................................................................................................................6 2. DIAGNOSTIC PROGRAM OPERATION ........................................................................................................7 3. H/W INSTALLATION GUIDE..........................................................................................................................13 3.1 DIMENSION......................................................................................................................................................13 3.2 ZIF 30 PIN CONNECTOR DRAWING................................................................................................................14 3.3 ZIF 30 PIN CONNECTOR ASSIGNMENT ..........................................................................................................15 3.4 POWER SUPPLY..............................................................................................................................................15 3.5 NOTICE TO INTEGRATORS ..............................................................................................................................15 3.6 INSTALLATION.................................................................................................................................................16 3.6.1 Mounting................................................................................................................................... 16 3.6.2 Interface Cable and Connector ................................................................................................ 16 3.6.3 Antenna Connection................................................................................................................. 16 3.6.4 Antenna Connection Diagram.................................................................................................. 17 3.7 LABELING INSTRUCTION.................................................................................................................................17 4. GENERAL SPECFICATIONS.........................................................................................................................18 4.1 GENERAL HARDWARE....................................................................................................................................18 4.2 ENVIRONMENTAL ............................................................................................................................................18 4.3 POWER SUPPLY..............................................................................................................................................18 4.4 COMMUNICATION INTERFACES.......................................................................................................................18 4.5 ANTENNA ........................................................................................................................................................18 4.6 GENERAL RF..................................................................................................................................................18 4.7 TRANSMITTER .................................................................................................................................................18 4.8 RECEIVER .......................................................................................................................................................19 4.9 DIGITAL BOARD..............................................................................................................................................19 PNS-816D Users Manual Draft 6/27/02 1. PRODUCT OVERVIEW PNS-816D is the wireless data modem that is based on MOTOLORA RD-LAP 19.2 and MDC4800 protocol. PNS-816D, a RPM (Radio Packet Modem), has transmitting frequency of 806~825 MHz and receiving frequency of 851~870 MHz. PNS-816D is the interactive wireless data communication module which could easily be integrated into a variety of the applications that requires wireless connectivity. It is also supported by the Auto Roaming which will give full satisfaction of the real mobility. With the Interface Connecter, applying to various devices is much simpler and it also has built-in Monitoring function which could check the performance status. Description 1 2 3 Remark No 1 2 3 Top Case PCB Bottom Case Figure 1. PNS-816D Diagram and Description Palmnet System 6 PNS-816D Users Manual Draft 6/27/02 2. DIAGNOSTIC PROGRAM OPERATION Equipment and device requirement for test a) IBM Compatible PC, 386 or higher b) Modem Test JIG c) RS-232C Serial Cable d) Power source: DC5V 2.5A or higher e) Software for the Test f) Dos 3.0 or higher 1. Connect RS-232C Cable to COM1 Port on PC 2. Copy the program from provided program diskette to PC (create your own directory) 3. Run rpm2w.bat"
Name Size Type Date Modified 4. Turn on the Test JIG power with PNS-816D installed 5. After Program screen displays, press F10 Key to display the pull down menu Palmnet System 7 6. Select Test Mode PNS-816D Users Manual Draft 6/27/02 7. Select 4. RF MODULE TEST"
Palmnet System 8 PNS-816D Users Manual Draft 6/27/02 8. To set the TX frequency, type a "FC Value and press Enter TX Frequency FC Value Remarks 806.0125MHz 813.0625MHz 824.9875MHz FC01E1 FC0415 FC07CF Low Frequency Middle Frequency High Frequency Palmnet System 9 9. After the frequency has been set, type TT" and press Enter (it will transmit for 10 second). PNS-816D Users Manual Draft 6/27/02 Palmnet System 10 10. Transmit time could be adjusted by using different TC Value"
PNS-816D Users Manual Draft 6/27/02 TX time 10 sec 20 sec 30 sec 60 sec TC Value Remarks TC100 TC200 TC300 TC600 11. To run the test with different frequency, go back to step 8 12. TX Audio Response could be measure by type in different "TT Value"
TTX TT1 TT2 TT3 TT4 TT5 TX Audio Frequency Remarks 200 Hz 2400 Hz 600 Hz 4800 Hz 960 Hz Default 1000 Hz Palmnet System 11 13. To test the RX Mode, type RS" and press Enter Key from selected frequency PNS-816D Users Manual Draft 6/27/02 14. To end the TX Mode or RX Mode, type O" and the current running Mode will be stop 15. To end the "RF-Module Test", type QU"
Palmnet System 12 PNS-816D Users Manual Draft 6/27/02 3. H/W INSTALLATION GUIDE 3.1 Dimension 0
. 1 7 Palmnet System 13 PNS-816D Users Manual Draft 6/27/02 3.2 ZIF 30 Pin connector Drawing KYOCERA ELCO 30Pin 0.5Pitch Connector (Part Number: 08-6210-030-010-800A) 0.5-30-80-D Flat Flex Cable (FFC): 30 pin, 0.5mm (centerline spacing), 80mm (cable length) The length of the FFC should be determined by each integrators application. Mounting Layout Palmnet System 14 PNS-816D Users Manual Draft 6/27/02 3.3 ZIF 30 Pin connector Assignment No Signal Description No Signal Description 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 DCD TXD RXD DTR GRD DSR RTS CTS RI
/RESET Data Carrier Detect Receive Data Transmit Data Data Transmit Ready Ground Data Set Ready Request to Sand Clear to Send Ring Indicator Modem Reset S_BACKUP 3.3V Sram Backup RPM_PWR_ON_OFF Modem Power on/off MSG_WAIT IN_RANGE LOW_BATT Message Waiting In Range Low Battery 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 SS0 SS1 SS2 SS3 VEE VEE VEE VEE VEE GRD GRD GRD GRD N.C. N.C. Status Input0 Status Input1 Status Input2 Status Input3 3.9V 3.9V 3.9V 3.9V 3.9V Ground Ground Ground Ground Not used Not used 3.4 Power Supply Power Supply: 5V + 10%, more than 3A Tx Current usage: 2A Rx Current usage: 80mA Stand-by: 12mA 3.5 Notice to Integrators Warning: Output is specified at the antenna terminal of this module. This modular transmitter is only approved for OEM integration into final products that satisfy mobile operating requirements of 2.1091. The final product and its antenna must operate with a minimum separation distance of 25 cm or more from all persons using the antenna with the gain not exceeding 3 dBi to satisfy MPE compliance. Separate approval is required for this module to operate in portable products with respect to 2.1093 of FCC rules. Palmnet System 15 PNS-816D Users Manual Draft 6/27/02 3.6 Installation 3.6.1 Mounting 3.6.2 Interface Cable and Connector 3.6.3 Antenna Connection Use four M2x11 type machine screws to secure the modem to host board or other mounting surface (modem has a 2.5mm diameter hole in each 4 corner) May require washer and nut to secure the modem The length of the machine screw should be determine by each different application KYOCERA ELCO 30Pin 0.5Pitch Connector (Part Number: 08-6210-030-010-800A) 0.5-30-80-D Flat Flex Cable (FFC): 30 pin, 0.5mm (centerline spacing), 80mm (cable length) The length of the FFC should be determined by each integrators application. Connector: Industry standard MMCX connector Antenna Cable: Low loss antenna cable with SMA screw-on connector is recommended Reflector could improve up to 20% of the antenna performance Antenna: An antenna with gain not exceeding 3 dBi should be used SMA (F) MMCX (M) Palmnet System 16 PNS-816D Users Manual Draft 6/27/02 3.6.4 Antenna Connection Diagram 3.7 Labeling Instruction Insert Ant. Cable Antenna Installation FCC requires FCC ID number of the modem must be displayed outside of the device visibly, if the modem is installed inside another device, then the outside of the hosting device must display a label referring to the enclosed modem. IC also requires labeling in same manner. This exterior label should use wording as the following:
Contains Transmitter Module FCC ID: QEZPNS-816D & IC: 4358A-PNS816D or Contains FCC ID: QEZPNS-816D & IC: 4358A-PNS816D. Any similar wording that expresses the same meaning may be used. Palmnet System 17 PNS-816D Users Manual Draft 6/27/02 60g Max 4. GENERAL SPECFICATIONS 4.1 General Hardware Weight Size Serial Connector Antenna Connector 4.2 Environmental Operation Temperature Storage Temperature 4.3 Power Supply DC Voltage 4.4 Communication Interfaces Modem Connector Serial Interface RF Protocol Host Protocol 4.5 Antenna Normal Impedance 4.6 General RF Modulation Mode Auto-Roaming Data Rate Channel Spacing 4.7 Transmitter Frequency Frequency Stability RF Output Power 71 mm(L) x 44 mm(W) x 9.7 mm(H) ZIP, 30 Pin MMCX Miniature Coaxial
-20C ~ +60C
-35C ~ +85C 3.9V Serial 30 Pin Serial asynchronous 3.3V CMOS RD-LAP19.2, and MDC4800 Data TAC Native Control Language 1.2 or Status Send Mode and Serial Mode 50 FM Half Duplex Auto-scanning, Channel Selection, Registration on a new Channel RD-LAP19.2, MDC4800 25KHz 806 ~ 825 MHz 2 ppm 2 Watt Palmnet System 18 PNS-816D Users Manual Draft 6/27/02 851 ~ 870 MHz 55 45 55 45 45 60 Toshiba TMP93C41DF Flash ROM 4M (8 bit) SRAM 1M (8 bit) 14.7456 MHz 4.8 Receiver Frequency Selectivity : (dB) at room temp Over full temperature Intermodulation : (dB) at room temp Over full temperature Image Rejection (dB) Spurious 4.9 Digital Board MPU Memory (SST31LF04) Clock Oscillator Palmnet System 19