MOTOTECH MT-BCM01 Unit Assy Body control User Manual

MOTOTECH Co., Ltd. Unit Assy Body control

User Manual

MOTOTECH CO., LTD.   Title  Certification Request Document Project Name  X100 Drawn 2014-05-16 Released 2014-05-16 Made by  J.H.An  1              PRODUCT SPECIFICATION AND MANUAL           2014.05    BUYER / PROJECT                SYMC / X100 / MT-BCM-01 BUYER MODEL  Unit Ass’y Body control COMPANY  Mototech Co,. MAKER/NATION  Mototech Co,./Republic of Korea DRAFT PART  Research Center DRAFTER  J.H.An
MOTOTECH CO., LTD.   Title  Certification Request Document Project Name  X100 Drawn 2014-05-16 Released 2014-05-16 Made by  J.H.An  2Table of Contents      1. CONTENTS ............................................................................................................  3 2. ELECTRONIC SPEC.............................................................................................. 3 3. SPECIFICATION .................................................................................................... 4 4. CIRCUIT EXPLAINATION ......................................................................................  4
MOTOTECH CO., LTD.   Title  Certification Request Document Project Name  X100 Drawn 2014-05-16 Released 2014-05-16 Made by  J.H.An  31. Contents  Type  Weak Signal Equip. Name  Unit Ass’y Body Control Use  Utilizing the frequency of 134.2kHz RFID vehicle anti-theft device Summary 1. This Equip is designed to prevent car theft.  2.  This  Equip  &  Transponder  communicate  encryption  algorithm mutually for User Authentication.  3. This equipment uses semiconductors and integrated circuits that are designed to have a high reliability.  4. Main Power use Regulator VCC of BCM. Composition  1. LF Base Station 2. Bobbin Antenna     2. ELECTRONIC SPEC.                                  UNIT item  Unit Ass’y Body Control Rated Voltage  DC 13.5V (TMS3705 DC 5.0V) Operating Voltage Range  DC 9.0V ~ 16.0V (TMS3705 DC 4.5V~5.5V)Operating Temp. Range  -30℃ ~ +80℃ Storage Temp. Range  -40℃ ~ +85℃ COIL INDUCTANCE 420uH ± 20(WITH KEY LOCK BODY) COIL TURNS  95T
MOTOTECH CO., LTD.   Title  Certification Request Document Project Name  X100 Drawn 2014-05-16 Released 2014-05-16 Made by  J.H.An  43. SPECIFICATION  Type  Unit Ass’y Body Control Name  Weak Signal Equip. Equipment List  LF Transmitter-Receiver Frequency  134.200KHz Antenna Type  Type : BOBBIN COIL ANTENNA Oscillation Method  Crystal oscillation Local clock frequency  4MHz Modulation Method  FSK Communication Scheme  Two-Way Communication Equipment use  Vehicle Antitheft Equip. Operating Temp.  DC 13.5V (TMS3705 DC 5.0V) Operating Voltage  -30℃ ~ +80℃ Weight  BCM : 580g,    IMMO ANTENNA : 37g Dimension  Antenna : External diameter 45mm   4. CIRCUIT EXPLAINATION  1. After IGNITION, When EMS Data transmitted to the receiver, the received Data is analyzed.  2. After data analyzing, When EMS need to order Write key or Challenge service, U1 send data to U10  3. U10  what  are  transmitted  data  by  U1  modulate  FSK  way,  and  then  it  transmit transponder via Antenna.  4. Transponder what receive data from U10 reply information what U10 is ordered after processing data  5. Data received from the transponder to reply with U1 and U10 after  the demodulation. U1 verify data from U10, and then the results are sent back to EMS.
MOTOTECH CO., LTD.   Title  Certification Request Document Project Name  X100 Drawn 2014-05-16 Released 2014-05-16 Made by  J.H.An  5  FCC (Federal Communications Commission) WARNING: This equipment may generate or use radio frequency energy. Changes or modifications to this equipment may cause harmful interference unless the modifications are expressly approved in the instruction manual. The user could lose the authority to operate this equipment if an unauthorized change or modification is made. This device complies with Part 15 of the FCC`s Rules. Operation is subject to the following two Conditions: 1. This device may not cause harmful interference, and 2. This device must accept ant interference received, including interference that may cause undesirable operation.

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