J9LDCDRX-18 Channel Capable, WMTS Receiver.

Tele-RehabII™ Gold Monitoring System Users Manual – -2- Disclaimer of Liabilities The ScottCare Corporation, its parent, affiliates, agents, officers and employees, shall not be liable for special, incidental, or consequential loss or damages of any kind resulting from or caused by any defect, failure or malfunctioning of the equipment described herein, whether a claim for such loss or damages is based upon warranty, contract or otherwise. The ECG/SpO2/Voice Transmitter/Receiver system, manufactured by the ScottCare Corporation is designed to amplify and transmit Rhythm Strips and SpO2 values along with voice transtelephonically, and the SCOTTCARE CORPORATION MAKES NO CLAIMS OR WARRANTIES, EXPRESS OR IMPLIED (INCLUDING WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE) AS TO ITS EFFECTIVENESS AS A DIAGNOSTIC, LIFE SAVING OR LIFE SUPPORT TOOL. FCC Part 15 Information The Telemetry Transmitter provided complies with the limits for a biomedical telemetry device pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. Operation of the Telemetry equipment is subject to the following two conditions: 1. The Telemetry Transmitter may not cause harmful interference. 2. The Telemetry Transmitter must accept any interference received, including interference that may cause undesired operation. This Biomedical Telemetry device transmitter must be operated in accordance to the provisions of CFR47 Part 15.242 (a)(d)(e)(f)(g) and (h). Any changes or modification not expressly approved by ScottCare could void the user’s authority to operate the Telemetry equipment.

TeleRehab™ 2004 Users Manual CARDIOPULMONARY MONITORING SYSTEM TELEREHAB 2004 Users Manual Pub. No. PM-39002 (REV8/04) Copyright 2004 by The ScottCare Corporation. All rights reserved. U.S. Patent No. 5,474,090 The ScottCare Corporation 4791 West 150th Street Cleveland, Ohio 44135 Phone (800) 243-9412 Phone (216) 362-0550 Fax (216) 267-6129 Omniprep™ and Nuprep™ are registered trademarks of Weaver and Company, 565-C Nucla Way, Aurora, CO 80011 TeleRehab™ 2004 Cardiopulmonary Monitoring System Users Manual -i- PREFACE DESIGN........................................................................................................................................................ 1 INTENDED USE .......................................................................................................................................... 1 DIAGNOSTIC USE WARNING.................................................................................................................. 1 DISCLAIMER OF LIABILITIES................................................................................................................. 2 FCC PART 15 INFORMATION .................................................................................................................. 2 FCC PART 68 INFORMATION .................................................................................................................. 3 INDISTRY CANADA INFORMATION ..................................................................................................... 4 IMPORTANT SAFETY INFORMATION................................................................................................... 5 WARNING: USE OF COMPUTER FOR OTHER SOFTWARE ................................................................ 5 TRANSTELEPHONIC EMERGENCIES .................................................................................................... 5 ACCIDENTAL DISCONNECTION DURING TRANSTELEPHONIC MONITORING........................... 5 TELEREHAB 2004 MONITORING STSTEM OVERVIEW ................................................................................................................................................. 6 QRS DETECTION ....................................................................................................................................... 6 HEART RATE .............................................................................................................................................. 6 ARRHYTHMIA DETECTION .................................................................................................................... 6 ARTIFACT ................................................................................................................................................... 6 CONTROL OF ARTIFACT ......................................................................................................................... 7 TELEREHAB 2004 MONITORING SYSTEM SET-UP THE SERVER APPLICATION....................................................................................................................9 SERVER CONFIGURATIONS ................................................................................................................... 9 PROGRAM IDENTIFICATION ................................................................................................................ 10 CONFIGURATION SETTINGS ................................................................................................................ 10 BACKING UP THE DATABASE.............................................................................................................. 11 DEACTIVATING THE SERVER .............................................................................................................. 14 REBUILDING PATIENT LISTS ............................................................................................................... 15 SETTING SCREEN COLORS ................................................................................................................... 16 SETTING THE NUMBER OF SCREENS UTILIZED. ............................................................................. 16 ACTIVATION OF REMOTE MONITORS ............................................................................................... 16 SETTING THE NUMBER OF CHANNELS UTILIZED .......................................................................... 16 ASSIGNING TRANSMITTER CHANNELS ............................................................................................ 17 START-UP OPTIONS................................................................................................................................ 17 SETTING/CHANGING A PASSWORD ................................................................................................... 17 SETTING UP THE WORKPLACE SCREENS AND REPORT LINKS ................................................... 18 PROGRAM DATA LINKS ........................................................................................................................ 20 PERSONAL DATA LINKS ....................................................................................................................... 21 SINGLE SESSION LINKS......................................................................................................................... 23 MULTI SESSION LINKS ..........................................................................................................................24 SETTING THE NETWORK COMMUNICATION PARAMETERS........................................................ 25 SETTING UP THE DIALING PREFIX FOR TRANSTELEPHONICS .................................................... 26 SYSTEM I.D. CODE .................................................................................................................................. 26 SETTING THE FULL DISCLOSURE PATH ..............................................................…

Text truncated - open the document above for the full version.

TeleRehab™ 2004 Service Manual CARDIOPULMONARY MONITORING SYSTEM TELEREHAB 2004 Service Manual Pub. No. PM-39001 (REV8/04) Copyright © 2004 by The ScottCare Corporation. All rights reserved. U.S. Patent No. 5,474,090 The ScottCare Corporation 4791 West 150th Street Cleveland, Ohio 44135 Phone (800) 243-9412 Phone (216) 362-0550 Fax (216) 267-6129 Omniprep™ and Nuprep™ are registered trademarks of Weaver and Company, 565-C Nucla Way, Aurora, CO 80011 TeleRehab™ 2004 Cardiopulmonary Monitoring System Service Manual ________________________________________________________________________ -i- PREFACE DESIGN................................................................................................................................................... 1 INTENDED USE........................................................................................................................................ 1 DIAGNOSTIC USE WARNING................................................................................................................... 1 DISCLAIMER OF LIABILITIES.................................................................................................................. 1 FCC PART 15 INFORMATION.................................................................................................................. 2 FCC PART 68 INFORMATION.................................................................................................................. 2 I NDUSTRY CANADA INFORMATION....................................................................................................... 3 IMPORTANT SAFETY INFORMATION...................................................................................................... 4 WARNING: USE OF COMPUTER FOR OTHER SOFTWARE......................................................................... 4 T RANSTELEPHONIC EMERGENCIES...................................................................................................... 4 ACCIDENTAL DISCONNECTION DURING TRANSTELEPHONIC MONITORING........................................... 4 TELEREHAB 2004 MONITORING SYSTEM OVERVIEW............................................................................................................................................. 5 QRS DETECTION..................................................................................................................................... 5 HEART RATE.......................................................................................................................................... 5 ARRHYTHMIA DETECTION..................................................................................................................... 6 ARTIFACT............................................................................................................................................... 6 CONTROL OF ARTIFACT......................................................................................................................... 6 PREPARATION OF THE PATIENT............................................................................................................. 6 ELECTRODE POSITION........................................................................................................................... 7 CABLE POSITION.................................................................................................................................... 7 TRANSMITTER/CABLE MOTION.............................................................................................................. 7 OUT OF RANGE OR LOW BATTERY......................................................................................................... 7 TELEREHAB 2004 HARDWARE CONFIGURATIONS CONFIGURATION #1 - ONE SERVER WORKSTATION AND ONE MONITOR............................................... 8 CONFIGURATION #2 - ONE SERVER WORKSTATION AND TWO MONITORS............................................. 8 CONFIGURATION #3 - CONFIGURATION #1 WITH AN ADDITIONAL WORKSTATION............................... 9 SYSTEM DESCRIPTION............................................................................................................................ 9 TELEMETRY RECEIVERS/TRANSMITTERS............................................................................................ 11 TELEMETRY INTERFACE BOX (TIB) ..................................................................................................... 11 STRIP CHART RECORDER..................................................................................................................... 11 PRINTER INTERFACE BOX (PIB)............................................................................................................ 11 TRANSTELEPHONIC BASE STATION...................................................................................................... 11 TRANSTELEPHONIC INTERFACE BOX. .................................................................................................. 12 NETWORK SWITCH/HUB....................................................................................................................... 12 LASER PRINTER.................................................................................................................................... 12 FILE SERVER WORKSTATION............................................................................................................... 12 TeleRehab™ 2004 Cardiopulmonary Monitoring System Service Manual ________________________________________________________________________ -ii- ADDITIONAL WORKSTATION................................................................................................................ 12 PATIENT STATIONS...............................................................................................................................12 ACCESSORIES..........................................................................................................…

Text truncated - open the document above for the full version.

Block Diagram of Digital Telemetry Receiver Module From Antenna 608-614 MHz Receiver* EIGHT CHANNEL SPLITTER/AMPLIFIER 608-614 MHz Receiver* 608-614 MHz Receiver* 608-614 MHz Receiver* 608-614 MHz Receiver* 608-614 MHz Receiver* 608-614 MHz Receiver* 608-614 MHz Receiver* Atmel Processor Figure A2 Rabbit Computer To Switch/Hub {* 455Khz IF}

T ELEMETRY R ECEIVER, M ODEL TR600-3 MANUFACTURED BY THE SCOTTCARE CORPORATION CLEVELAND, OH FCC ID J9LDCDRX-1 CAUTIONTO REDUCE THE RISK OF ELECTRIC SHOCK,DO NOT REMOVE COVER. REFER SERVICINGTO QUALIFIED PERSONNEL. CLASS 1 EQUIPMENT MEETS OR EXCEEDS IEC60601-1IEC60601-2 EXPANSION OUTPUT POWER INPUT 12V DC 1A RF INPUT 600Mhz Digital Receiver Box (Slave-Back) Artwork. RS-232

1 of 1 Digital 608-614 MHz WMTS Telemetry Receiver The digital telemetry receiver module houses from one to eight individual digital telemetry receivers for the telemetry system, and two receiver modules can be utilized simultaneously resulting in up to 16 individual digital telemetry channels being available at any given time. The standard antenna provided is ¼ wave table top ground plane antenna, however, signal amplifiers or alternate configurations are provided with the antenna system when required to assure acceptable signal levels at the receiver module based on specific installation criteria. The antenna is coupled to the receivers by an amplifier/eight channel splitter. The receivers are digital and can operate on any channel within the 608-614 MHz WMTS band. Digital signals received by the antenna are processed through the amplifier/splitter to the receiver. The resulting output of the receiver is a 9600 baud TTL serial data stream that is processed further by an Atmel 8 bit microcontroller utilizing embedded custom firmware. The processed data are sent to the onboard Zworld RCM3000 Rabbit single board computer device which is driven by embedded custom designed software to make ECG rhythm strip data available to the network for collection and display at the monitoring workstation. Digital WMTS Receiver Base Technical Information Type: 8 Channel, VHF Manufacturer: ScottCare Model: TR600-2 (608-614 MHz) Size: Approx. 10"Wx6"Dx4"H Power: 9V DC, 0.3A max. Power Supply: 120V AC to 9V DC UL Listed Plug-In Converter Input: 50-Ohm RF Antenna, 608-614 MHz Band Output: 8-1.1KHz FM Sub carrier ECG Signals via 9 pin D Connector Controls: None Environmental Temperature: 10 to 40°C Relative Humidity: 10 to 90 % WMTS Telemetry Antenna Type: Amplified ceiling mounted Size: approx 9" diameter Cable: RG-11 Connector: ‘F’ connector Mounting: Ceiling mounted Telemetry Antenna Type: VHF Base mounted Y wave whip Size: 15"H, Base 3"Wx4"Dx1"H Cable: 10' RG-58 Connector: PL-259 Mounting: Tabletop or Wall-Mount (bracket included)

AA BB CC DD EE 4 4 3 3 2 2 1 1 * DOT M ARK 13.5 INCH. CABLE RF IN TCXO 12.8 Mhz2.5PPM 1. All Resistors are 1/10W 5% 0805NOTES: UNLESS OTHERWISE SPECIFIED PRODUCTION MODEL001-SUBS 2. C17 MAY BE REMOVED OR CHANGED TO .5pF ATTIME OF TEST3. C47 MAY BE ADDED AT THE TIME OF TEST,1pF NOMINAL NOTE2 Matched Set 109REC4 .SCH E RECEIVER SCHEMA TIC DIAGRAM Probe Scien ce, Inc. C Monday, May 24, 2004 131 N. San Gabriel Blvd., Pasadena, CA 91107 Monday, October 23, 2000 11 TitleSize Document Number Rev Date: Sheet of 5V0 3V3 3V3 3V3 5V0 3V3 3V3 3V3 5V0 5V0 5V0 3V3 5V0 5V0 5V0 D2N.L. 12 L1 2.7UH 12 C32270P 12 TP7 5.0V 1 U1 RF2418 246 101214 1357 911138 GND5VDDNC GND3GND2 LNA OUT LNA INVDDGND4IF OUT DECOUPLE MXR IN GND1 LO IN R3 200K 1% 12 J1 N.L. 1234 C141000P 12 C49 1000P 12 C23P 12 T1390UH 13 R19 10K 1 2 R1566.5K 1% 1 2 R18 12K 12 C127P 12 L418N 12 FL1 7HW-608-614 81 2 7 45 3 6 10 9 11 12 R1615K 12 C300.1UF 12 C67P 12 C482200P 12 TP2 CLOCK 1 L78.2N 1 2 R4N.L. 12 C2322P 12 U2 PIC16C54C -20/SO 1817 34 5 131211109876 14 16 15 21 RA1RA0 TOCKIMCLR/Vpp Vss RB7RB6RB5RB4RB3RB2RB1RB0 VCC OSC1/clkIN OSC2/clkOUT RA3RA2 U6LP2980AI M5-3.3 1 2 3 54 VIN GND ON/OFF VOUTNC R104200K 1% L322N 1 2 C40 1000P 12 R1010 12 R105200K 1% C390.1UF 12 C27 39P 12 TP5455BPF 1 TP1RF ALIGN 1 C25 0.1UF 12 U5MC3361CD 31 1416119 68 13 452 1510 7 12 MXR OUTOSC1 MUTE MXR IN FILTER OUT DEMOD OUT DECOUPLING1QDCOIL SCAN CONT. VCC1LIMITER INPUTOSC2 GND FILTER IN DECOUPLING2 SQUELCH IN C41 100P 12 C46 22P 12 C2668P 12 U3 Si4112BT 123478956 111012 131424232221201918171615 SCLKSDATAGNDRRFLDRFLBRFLAGNDRRFLCGNDRRFOUTGNDRVDDR AUX0UT PWDNB SENBVDDI IFOUT GNDIIFLBIFLAGNDDVDDDGNDD XIN C5 100P 12 R101470 C42 100P 12 L26.8N 1 2 + C31 10UF/10V 12 TP9GND 1 C18N.L. 12 C43 100P 12 L8 2.7UH 12 Y2 1 2 3 RN1 10K NET 1234 5 6789 10 C9 1000P 12 R7N.L. 12 Y1 21M30B 1 2 3 Y3 20.945MHZ 12 FL3 SFGCG455BX-TC 1 2 3 C45N.L. 12 D101 1N4148WS + C38 10UF/10V 12 C104100P C24 4.5-20P 12 D1021N4148WS R112.2K 12 C100.1UF 12 U7LP2980AI M5-5.0 1 2 3 54 VIN GND ON/OFF VOUTNC J2SMB 1 23 FL2 7HW-608-614 81 2 7 45 3 6 10 9 11 12 +- U101ALMV824M 32 1 411 J3 22-23- 2041 1234 +- U101DLMV824M 1213 14 411 U4 4 1 3 2 VDD VC OUT GND +- U101BLMV824M 56 7 411 R110 12 C13N.L. 1 2 +- U101CLMV824M 10 9 8 411 + C10310UF/10V C16.5P 1 2 C19N.L. 12 C220.1UF 12 + C28 10UF/10V 12 R103 66.5K 1% C722P 1 2 C21 1000P 12 C1 0.1UF 12 R210 12 C3468P 12 + C37 10UF/10V 12 C3322P 12 C20 4.5-20P 12 R10266.5K 1% L510N 12 R6N.L. 12 TP4 21.4IF 1 + C44 10UF/10V 12 C11N.L. 12 C171P 12 C4 100P 1 2 C350.1UF 12 C36N.L. 12 R132.2K 12 D1 SMB5817 12 C30.1UF 12 S1SW DIP-8 12345678 161514131211109 C47S.I.T N OTE 3 12 C1010.1UF C8 1000P 1 2 TP6 1 TP8DISCR 1 C1020.1UF TP3 SYNTHLO 1 L622N 12

11 22 33 44 55 66 77 88 D D C C B B A A Ti tl e Nu mb er Revis io n Size D Date: 1/4/2005 Sheet of Fil e: D:\ User Data\ ..\ SCDi gInt .SchDoc Drawn By: VCC D1Di ode 12 JP1 0Power VE E VIn 1 Ctl 4 Gn d 3 VO ut 2 VR1 PQ0 5RD11 VIn 1 Ctl 4 Gn d 3 VO ut 2 VR2 PQ0 9RD13 O/ E 1 GN D 2 Ou tp ut 3 Vcc 4 X1 CLK VCC VC C R110 K 10 K R66 R447 0 R547 0 R6347 0 R6547 0 1 2 DS1 LED Green 1 2 DS1 7 LED Red 1 2 DS2LED Yel low 1 2 DS1 9LED Yel low RST/PC6 1 RXD/ PD0 2 TX D/PD1 3 INT0/PD2 4 INT1 PD2 5 XCK/ T0 /PD4 6 VCC 7 GN D 8 X1 /PB6 9 X2 /PB7 10 T1 /PD5 11 AIN0/ PD6 12 AIN1/ PD7 13 ICP/PB0 14 PB1/ OC1A 15 PB2/SS 16 PB3/MOSI 17 PB4/MISO 18 PB5/SCK 19 AVCC 20 AREF 21 GN D 22 PC0/ ADC0 23 PC1/ ADC1 24 PC2/ ADC2 25 PC3/ ADC3 26 PC4/ ADC4/ SD A 27 PC5/ SCL/ ADC5 28 U9ATME GA8 VCC VCCVCC CLK SCKMISOMOSI RST/PC6 1 RXD/PD0 2 TX D/P D1 3 INT0/PD2 4 INT1 PD2 5 XCK/ T0 /PD4 6 VCC 7 GN D 8 X1 /PB6 9 X2 /PB7 10 T1 /P D5 11 AIN0/ PD6 12 AIN1/ PD7 13 ICP/PB0 14 PB1/ OC1A 15 PB2/SS 16 PB3/MOSI 17 PB4/MISO 18 PB5/SCK 19 AVCC 20 AR EF 21 GN D 22 PC0/ADC0 23 PC1/ADC1 24 PC2/ADC2 25 PC3/ADC3 26 PC4/ ADC4/ SD A 27 PC5/SCL/ADC5 28 U1ATME GA8 VCC VCCVCC CLK SCKMISOMOSI VCC VCC VCC VCC VCC Di gi ta l In te rfa ce Board Fo r TR2 Box 1A VCC Channel #0 SCL SCLSDA SDA 10 KR55 10 K R56 10 K R57 GN D 10 KR58 VCC 1234 JP1 VE E 1K R2 1K R3 VCC VCC 22 0R54 22 0 R53 SCL SDA VC C VCC 1 2 3 4 5 6 JP1 1Head er 3X2 VCC MOSI SCK MISO MAS SS R610 K R947 0 R1047 0 1 2 DS3 LED Green 1 2 DS4LED Yel low RST/PC6 1 RXD/ PD0 2 TX D/PD1 3 INT0/PD2 4 INT1 PD2 5 XCK/ T0 /PD4 6 VCC 7 GN D 8 X1 /PB6 9 X2 /PB7 10 T1 /PD5 11 AIN0/ PD6 12 AIN1/ PD7 13 ICP/PB0 14 PB1/ OC1A 15 PB2/SS 16 PB3/MOSI 17 PB4/MISO 18 PB5/SCK 19 AVCC 20 AREF 21 GN D 22 PC0/ ADC0 23 PC1/ ADC1 24 PC2/ ADC2 25 PC3/ ADC3 26 PC4/ ADC4/ SD A 27 PC5/ SCL/ ADC5 28 U2ATME GA8 VCC VCCVCC CLK SCKMISOMOSI VCC VCC VCC Channel #1 SCLSDA 1234 JP2 VE E 1K R7 1K R8 SS R1210 K R1547 0 R1647 0 1 2 DS5 LED Green 1 2 DS6LED Yel low RST/PC6 1 RXD/PD0 2 TX D/P D1 3 INT0/PD2 4 INT1 PD2 5 XCK/ T0 /PD4 6 VCC 7 GN D 8 X1 /PB6 9 X2 /PB7 10 T1 /P D5 11 AIN0/ PD6 12 AIN1/ PD7 13 ICP/PB0 14 PB1/ OC1A 15 PB2/SS 16 PB3/MOSI 17 PB4/MISO 18 PB5/SCK 19 AVCC 20 AR EF 21 GN D 22 PC0/ADC0 23 PC1/ADC1 24 PC2/ADC2 25 PC3/ADC3 26 PC4/ ADC4/ SD A 27 PC5/SCL/ADC5 28 U3ATME GA8 VCC VCCVCC CLK SCKMISOMOSI VCC VCC VCC Channel #2 SCLSDA 1234 JP3 VE E 1K R13 1K R14 SS R1810 K R2147 0 R2247 0 1 2 DS7 LED Green 1 2 DS8LED Yel low RST/PC6 1 RXD/ PD0 2 TX D/PD1 3 INT0/PD2 4 INT1 PD2 5 XCK/ T0 /PD4 6 VCC 7 GN D 8 X1 /PB6 9 X2 /PB7 10 T1 /PD5 11 AIN0/ PD6 12 AIN1/ PD7 13 ICP/PB0 14 PB1/ OC1A 15 PB2/SS 16 PB3/MOSI 17 PB4/MISO 18 PB5/SCK 19 AVCC 20 AREF 21 GN D 22 PC0/ ADC0 23 PC1/ ADC1 24 PC2/ ADC2 25 PC3/ ADC3 26 PC4/ ADC4/ SD A 27 PC5/ SCL/ ADC5 28 U4ATME GA8 VCC VCCVCC CLK SCKMISOMOSI VCC VCC VCC Channel #3 SCLSDA 1234 JP4 VE E 1K R19 1K R20 SS R2510 K R2847 0 R2947 0 1 2 DS9 LED Green 1 2 DS1 0LED Yel low RST/PC6 1 RXD/PD0 2 TX D/P D1 3 INT0/PD2 4 INT1 PD2 5 XCK/ T0 /PD4 6 VCC 7 GN D 8 X1 /PB6 9 X2 /PB7 10 T1 /P D5 11 AIN0/ PD6 12 AIN1/ PD7 13 ICP/PB0 14 PB1/ OC1A 15 PB2/SS 16 PB3/MOSI 17 PB4/MISO 18 PB5/SCK 19 AVCC 20 AR EF 21 GN D 22 PC0/ADC0 23 PC1/ADC1 24 PC2/ADC2 25 PC3/ADC3 26 PC4/ ADC4/ SD A 27 PC5/SCL/ADC5 28 U5ATME GA8 VCC VCCVCC CLK SCKMISOMOSI VCC VCC VCC Channel #4 SCLSDA 1234 JP5 VE E 1K R26 1K R27 SS R3110 K R3447 0 R3547 0 1 2 DS1 1 LED Green 1 2 DS1 2LED Yel low RST/PC6 1 RXD/ PD0 2 TX D/PD1 3 INT0/PD2 4 INT1 PD2 5 XCK/ T0 /PD4 6 VCC 7 GN D 8 X1 /PB6 9 X2 /PB7 10 T1 /PD5 11 AIN0/ PD6 12 AIN1/ PD7 13 ICP/PB0 14 PB1/ OC1A 15 PB2/SS 16 PB3/MOSI 17 PB4/MISO 18 PB5/SCK 19 AVCC 20 AREF 21 GN D 22 PC0/ ADC0 23 PC1/ ADC1 24 PC2/ ADC2 25 PC3/ ADC3 26 PC4/ ADC4/ SD A 27 PC5/ SCL/ ADC5 28 U6ATME GA8 VCC VCCVCC CLK SCKMISOMOSI VCC VCC VCC Channel #5 SCLSDA 1234 JP6 VE E 1K R32 1K R33 SS R3810 K R4147 0 R4247 0 1 2 DS1 3 LED Green 1 2 DS1 4LED Yel low RST/PC6 1 RXD/PD0 2 TX D/P D1 3 INT0/PD2 4 INT1 PD2 5 XCK/ T0 /PD4 6 VCC 7 GN D 8 X1 /PB6 9 X2 /PB7 10 T1 /P D5 11 AIN0/ PD6 12 AIN1/ PD7 13 ICP/PB0 14 PB1/ OC1A 15 PB2/SS 16 PB3/MOSI 17 PB4/MISO 18 PB5/SCK 19 AVCC 20 AR EF 21 GN D 22 PC0/ADC0 23 PC1/ADC1 24 PC2/ADC2 25 PC3/ADC3 26 PC4/ ADC4/ SD A 27 PC5/SCL/ADC5 28 U7ATME GA8 VCC VCCVCC CLK SCKMISOMOSI VCC VCC VCC Channel #6 SCLSDA 1234 JP7 VE E 1K R39 1K R40 SS R4510 K R4847 0 R4947 0 1 2 DS1 5 LED Green 1 2 DS1 6LED Yel low RST/PC6 1 RXD/ PD0 2 TX D/PD1 3 INT0/PD2 4 INT1 PD2 5 XCK/ T0 /PD4 6 VCC 7 GN D 8 X1 /PB6 9 X2 /PB7 10 T1 /PD5 11 AIN0/ PD6 12 AIN1/ PD7 13 ICP/PB0 14 PB1/ OC1A 15 PB2/SS 16 PB3/MOSI 17 PB4/MISO 18 PB5/SCK 19 AVCC 20 AREF 21 GN D 22 PC0/ ADC0 23 PC1/ ADC1 24 PC2/ ADC2 25 PC3/ ADC3 26 PC4/ ADC4/ SD A 27 PC5/ SCL/ ADC5 28 U8ATME GA8 VCC VCCVCC CLK SCKMISOMOSI VCC VCC VCC Channel #7 SCLSDA 1234 JP8 VE E 1K R46 1K R47 SS R1110 K VCC R1710 K VCC R23 10 K VCC R24 10 K VCC R3010 K VCC R3610 K VCC R3710 K VCC R44 10 K VCC R43 10 K VCC R52 10 K VCC R51 10 K VCC R50 10 K VCC R6447 0 1 2 DS1 8 LED Green VCC 1 2 U1 2AMC74AC14D 3 4 U1 2BMC74AC1 4D 6 5 U1 2CMC74AC14D 9 8 U1 2DMC74AC1 4D 10 11 U1 2EMC74AC14D 13 12 U1 2FMC74AC1 4D 1 2 U1 3AMC74AC14D 3 4 U1 3BMC74AC1 4D 6 5 U1 3CMC74AC14D 9 8 U1 3DMC74AC1 4D 10 11 U1 3EMC74AC14D 13 12 U1 3FMC74AC14D EN 1 C1+ 2 V+ 3 C1- 4 C2+ 5 C2- 6 V- 7 R1IN 8 R1OUT 9 INVALID 10 T1 IN 11 FON 12 T1 OUT 13 GN D 14 VC C 15 FOFF 16 MAX3221E U1 1 C1.1 uF .1 uF C2 .1 uF C3 .1uF C4 .1uF C5 .1 uF C6 .1 uF C7 .1 uF C8 .1uF C9 .1uF C10 .1 uF C11 .1 uF C12 .1 uF C13 .1 uF C14 .1uF C15 .1 uF C16 .1 uF C17 .1 uF C18 .1uF C19 .1uF C20 .1 uF C21 .1 uF C22 .1 uF C23 .1uF C24 .1 uF C25 .1uF C26 SS SS MOSI MISO SCK 12345 JP9 10 K R62 10 K R61 10 K R60 10 K R59 VCC VCC 10 0KR67 10 0KR68 10 0KR69 10 0KR70 10 0KR71 10 0KR72 10 0KR73 10 0KR74 VE E 1 2 3 4 5 6 7 8 9 10 11 12 JP1 2 Head er 6X2 H VCC OE 1 D0 2 D1 3 D2 4 D3 5 D4 6 D5 7 D6 8 D7 9 GN D 10 LE 11 Q7 12 Q6 13 Q5 14 Q4 15 Q3 16 Q2 17 Q1 18 Q0 19 VD D 20 U1 0MC74H C5 73 N VCC VCC 1 2 3 4 5 6 7 8 9 10 JP1 3 Head er 5X2 H VCC GN D OE 1 D0 2 D1 3 D2 4 D3 5 D4 …

Text truncated - open the document above for the full version.

11 22 33 44 55 66 D D C C B B A A Ti tle Nu mber Revis ion Size C Date: 1/4/2005 Sheet of File: D: \Us er D ata\..\ Rab bit Power.SchD oc Drawn By: RA7 10 0k RA6 10 0k RA5 10 0k RA4 10 0k RA3 10 0k RA2 10 0k RA1 10 0k RA0 10 0k GND 1 STATUS 2 PA7 3 PA6 4 PA5 5 PA4 6 PA3 7 PA2 8 PA1 9 PA0 10 PF3 11 PF2 12 PF1 13 PF0 14 PC0 15 PC1 16 PC2 17 PC3 18 PC4 19 PC5 20 PC6 21 PC7 22 PG0 23 PG1 24 PG2 25 PG3 26 PD4 27 PD5 28 PD2 29 PD3 30 PD6 31 PD7 32 PD0 33 PD1 34 R OUT 35 PB0 36 PB2 37 PB3 38 PB4 39 PB5 40 PB6 41 PB7 42 PF4 43 PF5 44 PF6 45 PF7 46 PE7 47 PE6 48 PE5 49 PE4 50 PE3 51 PE1 52 PE0 53 PG7 54 PG6 55 PG5 56 PG4 57 IOWR 58 IORD 59 SMODE0 60 SMODE1 61 RESET IN 62 VRAM 63 VBAT EXT 64 +3 .3 IN 65 GND1 66 NC 67 GND2 68 RCM3200 RM1 GND GND VCC VCC RF3 10 0k RF2 10 0k RF1 10 0k RF0 10 0k RC0 10 0k RC1 10 0k RC2 10 0k RC510 0k RC410 0k RC310 0k RG0100k RC710 0k RC610 0k RG3100k RG2100k RG1100k VCC RE7 10 0k RE4 10 0k RE5 10 0k RE6 10 0k RE3 10 0k RF5 10 0k RF4 10 0k RF7 10 0k RF6 10 0k VCC RG4100k RG5100k RG6100k RG7100k RE0100k RE1100k BT13V RB7 10 0k RB6 10 0k RB5 10 0k RB4 10 0k RB3 10 0k RB2 10 0k RB0 10 0k GND RD5100k RD4100k RESET GND 1 RESET 2 Vcc 3 U1DS1 23 3 VCC GND C1.01uF RESET 1 23 4 SW1 GNDGND R11k VCC VCC 10 0u FC36. 3V 4. 7ufC235 v VCC VIN 33 uFC4Place Near Rabbit Socket C2+ 1 C2- 2 V- 3 R1 In 4 R2 In 5 R3 In 6 R4 In 7 R5 In 8 T1 Ou t 9 T2 Ou t 10 T3 Ou t 11 T3 In 12 T2 In 13 T1 In 14 R5 Out 15 R4 Out 16 R3 Out 17 R2 Out 18 R1 Out 19 R2 Out B 20 R1 OutB 21 SHDN 22 EN 23 C1- 24 GND 25 VCC 26 V+ 27 C1+ 28 U2MAX3 24 1E VCCGND 1 2 JP8 1 2 JP7 GND R210 K R310 K VCC GND C11.1 uF C12.1 uF C13.1 uFC14.1 uF VCC 1 2 3 4 5 JP4 Serial B 1 2 3 JP5 Serial C 1 2 3 4 5 JP6 Serial D GND GND GND GND RM1-19RM1-17RM1-15RM1-20RM1-18RM1-16 VIN VIN 1 2 3 4 5 6 7 8 9 10 11 12 JP2 Header 6X2H VCC GND RM1-23RM1-25RM1-57RM1-55RM1-54RM1-56RM1-26RM1-24 OE 1 D0 2 D1 3 D2 4 D3 5 D4 6 D5 7 D6 8 D7 9 GND 10 LE 11 Q7 12 Q6 13 Q5 14 Q4 15 Q3 16 Q2 17 Q1 18 Q0 19 VD D 20 U3MC74 HC57 3N VCC GND VCC GND 1 2 3 4 5 6 7 8 9 10 JP3 Header 5X2H VCC GND RM1-14RM1-12RM1-43RM1-45RM1-46RM1-44RM1-11RM1-13 OE 1 D0 2 D1 3 D2 4 D3 5 D4 6 D5 7 D6 8 D7 9 GND 10 LE 11 Q7 12 Q6 13 Q5 14 Q4 15 Q3 16 Q2 17 Q1 18 Q0 19 VD D 20 U4MC74 HC57 3N VCC GND VCC GND PortG BufferedPortF Buffered .1 uFC5 .1 uFC6 GNDVCC 1 2 JP1 Power In R41. 3k VIn 1 Ctl 4 Gnd 3 VO ut 2 VR1 PQ3RD13 Rabbit Power Board 1 A 1 M.A.S 1 VCCGND .1 uFC7 GNDVCC