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LT1004-2.5#TR Linear Technology IC SPECIALTY ANALOG CIRCUIT, Analog IC:Other
LT1034-2.5 Linear Technology IC SPECIALTY ANALOG CIRCUIT, Analog IC:Other
LTC203 Linear Technology IC SPECIALTY ANALOG CIRCUIT, Analog IC:Other
LT1004-1.2 Linear Technology IC SPECIALTY ANALOG CIRCUIT, Analog IC:Other
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125 khz rfid circuit diagram Datasheets Context Search

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2003 - 125 kHz RFID reader circuit design

Abstract:
Text: Includes Coil and Capacitor for Tuned Circuit Antenna Carrier Frequency: 125 kHz Application · · · , circuit to the nominal carrier frequency of 125 kHz . The coil has a ferrite-core for improving the , e5530 DGND GND VSS fres = 1 / (2pÖLC) = 125 kHz Transponder TK5530 7 4683A­ RFID , a nominal frequency of 125 kHz . Receiving RF, the IDIC responds with a data stream by damping the , Assembly temperature t < 5 min Tass 170 °C Magnetic field strength at 125 kHz Hpp 1000


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PDF e5530 TK5530 TK5530 e5530, 125 kHz RFID reader circuit design Antenna Coil 125 kHz RFID design automotive Immobilizer rolling code 125 kHz RFID antenna u2270b demo rfid circuit diagram circuit diagram of RFID 125 khz rfid circuit diagram ferrite antenna 125 khz definition of Immobilizer
BRIDGE RECTIFIER TOSHIBA 3B

Abstract:
Text: % EEPROM Voltage detection circuit Power supply voltage: 2.3 to 3.3 V Writing clock: 750 kHz to 1.25 , high-speed data rate (carrier: 125 kHz , 1/16 of carrier) compatible with RF-ID LSIs (JT6N38S/46S) qBuilt-in , Carrier extraction circuit F/F BLD DATA CK TXD 7 LSI for RF-ID List of Circuit , Ic1 = 40 mA Specifications ASK demodulation circuit Input frequency: 50 to 500 kHz , Duty = , system LSI for RF-ID equipped with an analog circuit , data processing circuit , data memory and other


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PDF THX808CJB THX804NJ THX808CM THX004NN THX808NF THX808CJA T6N20B T6N22A T6N29A T6N32 BRIDGE RECTIFIER TOSHIBA 3B T4X diode rfid cards MHz rectifier THX808NF circuit diagram of moving LCD message display BRIDGE RECTIFIER TOSHIBA 3b 4 of 9 pin 125 khz rfid reader 74hc hct logic devices rfid circuit diagram
2005 - Transponder ID 48 crypto

Abstract:
Text: Supply at 125 kHz Basic Component R/W e5561 IDIC® Built-in Coil and Capacitor for Circuit Antenna , 100,000 RF = 125 kHz tp Hpp max 16 ms 600 A/m TK5561A-PP 4682C­ RFID ­06/05 , f res= 1 2 = 125 kHz LC Transponder TK5561A-PP 9 4682C­ RFID ­06/05 13. Mechanical , carrier frequency of 125 kHz . The coil has a ferrite core to improve the read, write and programming , overwriting. The typical operational frequency of the TK5561A-PP is 125 kHz . Two data bit rates are


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PDF e5561 128-bit Rf/32, Rf/64 4682C Transponder ID 48 crypto Transponder ID 48 1N4148 TK5561A-PP U2270B
2005 - 4863D

Abstract:
Text: ® Includes Coil and Capacitor for Tuned Circuit Antenna Carrier Frequency: 125 kHz Application · · · , capacitor for tuning the circuit to the nominal carrier frequency of 125 kHz . The coil has a ferrite-core , - = 125 kHz 2 LC 7 4683D­ RFID ­11/05 10. Ordering Information Extended Type Number , the IDIC. The TK5530 transponder operates at a nominal frequency of 125 kHz . Receiving RF, the IDIC , 125 kHz Hpp 1000 A/m 6. Operating Characteristics Transponder Tamb = 25°C, f = 125 kHz


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PDF e5530 TK5530 TK5530 e5530, 4683D 4863D 4863C-RFID-08 rfid circuit diagram automotive Immobilizer rolling code 4863c Antenna Coil 125 kHz RFID design 125 kHz RFID antenna U2270b antenna design 4863B-RFID-06 4863b
2005 - Transponder ID 48 crypto

Abstract:
Text: Transponder TK5561A-PP f res= 1 2 LC = 125 kHz 9 4682B­ RFID ­05/05 13. Mechanical , Transmission High-security Crypto Algorithm Optional Inductive Coupled Power Supply at 125 kHz Basic Component , of 125 kHz . The coil has a ferrite core to improve the read, write and programming operation , . The typical operational frequency of the TK5561A-PP is 125 kHz . Two data bit rates are programmable , Magnetic field strength at 125 kHz Symbol Tamb Tstg Tass Hpp Value ­40 to +85 ­40 to + 125 170 1000 Unit °C


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PDF e5561 128-bit Rf/32, Rf/64 TK5561A-PP 4682B Transponder ID 48 crypto 125 kHz RFID antenna design guide Transponder ID 48 tk5561a-pp 125 khz rfid circuit diagram Antenna Coil 125 kHz RFID design atmel 1245 rfid circuit diagram
2006 - Transponder ID 48

Abstract:
Text: Supply at 125 kHz Basic Component R/W e5561 IDIC® Built-in Coil and Capacitor for Circuit Antenna , 125 kHz tp Hpp max 16 ms 600 A/m TK5561A-PP 4682D­ RFID ­09/06 TK5561A-PP Figure , f res= 1 2 = 125 kHz LC Transponder TK5561A-PP 9 4682D­ RFID ­09/06 13. Mechanical , carrier frequency of 125 kHz . The coil has a ferrite core to improve the read, write and programming , overwriting. The typical operational frequency of the TK5561A-PP is 125 kHz . Two data bit rates are


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PDF e5561 128-bit Rf/32, Rf/64 4682D Transponder ID 48 TK5561 125 khz rfid circuit diagram ferrite core coil 1-10 mH 1-4 A TK5561A Antenna Coil 125 kHz RFID design U2270B TK5561A-PP 1N4148 immobilizer in car history
2005 - ATA5530

Abstract:
Text: ­40°C to + 125 °C Radio Frequency (RF): 100 kHz to 450 kHz Transmission options ­ Code Length: 128, 96 , IDIC e5530 ID Rev. 4508C­ RFID ­08/05 Figure 1-2. Block Diagram Analog front end Mod , (e.g., RF/40 = 125 kHz /40 = 3.125 kBit/s) (see table Table 4-1 on page 5 "Transmission Options") · , logic test Symbol Min. Max. Unit VSS ­1.5 ­5.0 V 125 °C 450 kHz 1 , . 100 4 Operating current fCLK = 125 kHz , VSS = ­2V ICC 5 Clamp voltage I = 4 mA


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PDF RF/16, RF/32, RF/40, RF/50, RF/64, RF/80, RF/100, RF/128 e5530 4508C ATA5530 FDX-B ATA5530H on 4508 TK5530H
2005 - Antenna Coil 125 kHz RFID design

Abstract:
Text: ® Includes Coil and Capacitor for Tuned Circuit Antenna Carrier Frequency: 125 kHz Application · · · , capacitor for tuning the circuit to the nominal carrier frequency of 125 kHz . The coil has a ferrite-core , Transponder TK5530 1 f res = - = 125 kHz 2 LC 7 4683B­ RFID ­06/05 10. Ordering , the IDIC. The TK5530 transponder operates at a nominal frequency of 125 kHz . Receiving RF, the IDIC , 125 kHz Hpp 1000 A/m 6. Operating Characteristics Transponder Tamb = 25°C, f = 125 kHz


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PDF e5530 TK5530 TK5530 e5530, 4683B Antenna Coil 125 kHz RFID design 125 kHz RFID antenna rfid circuit diagram 1N4148 automotive Immobilizer rolling code BP01 immobilizer in car history U2270B
2008 - T5567

Abstract:
Text: Introduction Congratulations on your purchase of Atmel's AVR® based 125 kHz RFID Evaluation Kit. This Evaluation Kit is a complete stand-alone RFID system that demonstrates the Atmel approach to 125 kHz RFID , based 125 kHz Evaluation Kit User Guide 4-1 5216A­ RFID ­04/08 2.4 Writing a Tag The steps to , connections 5-2 5216A­ RFID ­04/08 AVR based 125 kHz Evaluation Kit User Guide The reader board , two years. AVR based 125 kHz Evaluation Kit User Guide 5-3 5216A­ RFID ­04/08 Note: If


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PDF 125kHz T5567 125kHz RFID antenna 125khz RFID schematic 125KHz rfid reader 125 kHz RFID antenna design guide passive rfid tag circuit diagram rfid reader ATA2270-EK1 active rfid tag circuit diagram 125KHz RFID Reader Module
2003 - Transponder ID 48

Abstract:
Text: Package Contactless Read/Write Data Transmission Inductive Coupled Power Supply at 125 kHz Basic , carrier frequency of 125 kHz . The coil has a ferrite core for improving the distance of read, write and , in a specific way. The TK5551 transponder operates at a nominal frequency of 125 kHz . There are , Tass 170 °C Magnetic field strength at 125 kHz Hpp 1000 A/m Operating Characteristics: Transponder Tamb = 25°C, f = 125 kHz , unless otherwise specified Parameters Test


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PDF e5551 RF/32, 224-bit 32-bit RF/16, RF/40, RF/50, RF/64, RF/100, Transponder ID 48 TK5551M-PP 125 kHz RFID tag antenna transponder antenna card 125 kHz u2270b 4709B e5551 atmel rfid u2270b TK5551 u2270b demo
2003 - Transponder ID 48

Abstract:
Text: Transponder TK5551 fres = 1/ (2pÖLC) = 125 kHz 8 TK5551 4709A­ RFID ­04/03 TK5551 Ordering , Contactless Read/Write Data Transmission Inductive Coupled Power Supply at 125 kHz Basic Component: R/W IDICÒ , carrier frequency of 125 kHz . The coil has a ferrite core for improving the distance of read, write and , operates at a nominal frequency of 125 kHz . There are different bit rates and encoding schemes. The on-chip , strength at 125 kHz Symbol Tamb Tstg Tass Hpp Value -40 to +85 -40 to + 125 170 1000 Unit °C °C °C A/m


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PDF e5551 RF/32, 224-bit 32-bit RF/16, RF/40, RF/50, RF/64, RF/100, Transponder ID 48 transponder chip id 48 4709A transponder automotive TK5551A-PP programmable read write transponder ID 13 transponder Antenna Coil 125 kHz RFID design u2270b demo
2003 - 125 kHz RFID antenna design guide

Abstract:
Text: Supply at 125 kHz Basic Component R/W e5561 IDICâ Built-in Coil and Capacitor for Circuit Antenna , Years 100,000 RF = 125 kHz tp Hpp max 16 ms 600 A/m TK5561A-PP 4682A­ RFID ­02/03 , carrier frequency of 125 kHz . The coil has a ferrite core to improve the read, write and programming , overwriting. The typical operational frequency of the TK5561A-PP is 125 kHz . Two data bit rates are , Magnetic field strength at 125 kHz Hpp 1000 A/m Operating Characteristics Transponder Tamb =


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PDF e5561 128-bit Rf/32, Rf/64 125 kHz RFID antenna design guide Transponder ID 48 crypto Antenna Coil 125 kHz RFID design Transponder ID 48 Immo rfid circuit diagram programmable read write transponder m44c260 car key immobilizer car 125 immobilizer antenna
2008 - 125 kHz RFID antenna

Abstract:
Text: up to 5 Kbaud at 125 kHz Suitable for Manchester and Bi-phase Modulation Power Supply from the Car , . 125 kHz Transponder IC MCU U2270B NF read channel Figure 1-2. Carrier enable , which is selected by a fixed resistor between RF (pin 15) and VS (pin 14). For 125 kHz , a resistor , Figure 3-8. Equivalent Circuit of Pin OE 7 µA OE 8 U2270B 4684E­ RFID ­02/08 U2270B , = 125 kHz ± 3%. Further details concerning the adequate application and the antenna design is


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PDF U2270B U2270B 4684E 125 kHz RFID antenna rfid circuit diagram 125 kHz u2270b U2270B-MFPY rfid u2270b U2270B-MFPG3Y U2270 Antenna Coil 125 kHz RFID design BC639 collector
2006 - U2270B

Abstract:
Text: up to 5 Kbaud at 125 kHz Suitable for Manchester and Bi-phase Modulation Power Supply from the Car , . 125 kHz Transponder IC MCU U2270B NF read channel Figure 1-2. Carrier enable , which is selected by a fixed resistor between RF (pin 15) and VS (pin 14). For 125 kHz , a resistor , Figure 3-8. Equivalent Circuit of Pin OE 7 µA OE 8 U2270B 4684D­ RFID ­09/06 U2270B , = 125 kHz ± 3%. Further details concerning the adequate application and the antenna design is


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PDF U2270B U2270B 4684D rfid u2270b Immo U2270B-MFPG3Y U2270B-MFPY BC639 18 U2270B-MFPY equivalent Antenna Coil 125 kHz RFID design immobilizer car U2270
2005 - rfid circuit diagram

Abstract:
Text: up to 5 kbaud at 125 kHz Suitable for Manchester and Bi-phase Modulation Power Supply from the Car , Transponder IC RF field typ. 125 kHz MCU U2270B Unlock System Data NF read channel output Rev. 4684C­ RFID ­12/05 Figure 1-2. Block Diagram DVS V EXT VS V Batt Standby , selected by a fixed resistor between RF (pin 15) and VS (pin 14). For 125 kHz , a resistor value of 110 k , ANT019. Figure 3-5. Equivalent Circuit of Pin RF VS Rf 2 k RF 6 U2270B 4684C­ RFID ­12/05


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PDF U2270B U2270B 4684C rfid circuit diagram Antenna Coil 125 kHz RFID design 125 kHz RFID antenna rfid u2270b 4684C-RFID-12 BC846 U2270B-MFPY ANT019 125 kHz u2270b
2002 - circuit diagram of very long range rfid

Abstract:
Text: Circuit From oscillator I AC 125 kHz 740 µH 4.05 mH 390 pF Energy Input capacitance 5 pF , -40°C to + 125 °C Radio Frequency (RF): 100 kHz to 450 kHz Transmission options ­ Code Length: 128, 96 , Bitrate, which is defined as field clocks per bit (e.g., RF/40 = 125 kHz /40 = 3.125 kBit/s) (see table , frequency (RF) 4 Operating current fCLK = 125 kHz , VSS = -2 V ICC 5 Clamp voltage I = 4 , -40 125 °C fCLK 100 450 kHz 3 (1) 6.7 mA 10 V 1. Typical parameters


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PDF RF/16, RF/32, RF/40, RF/50, RF/64, RF/80, RF/100, RF/128 128-bit e5530 circuit diagram of very long range rfid ATMEL 740 4508B-RFID-02 atmel 450 atmel application note manchester coding FSK DEcoder rfid algorithm timing rfid manchester
2002 - ATMEL 740

Abstract:
Text: . Typical Application Circuit From oscillator I AC 125 kHz 740 µH Energy 4.05 mH 390 pF Input capacitance 5 , corresponding timing diagram is shown in Figure 5. Damping Load 2 e5530 4508A­ RFID ­02/02 e5530 , laser ROM as well: · · · Bitrate, which is defined as field clocks per bit (e.g., RF/40 = 125 kHz /40 = , frequency (RF) Operating current Clamp voltage fCLK = 125 kHz , VSS = -2 V I = 4 mA Test Conditions Condition , On-chip (No Battery) Small Size Factory Laser Programmable ROM Operating Temperature Range -40°C to + 125


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PDF RF/16, RF/32, RF/40, RF/50, RF/64, RF/80, RF/100, RF/128 128-bit e5530 ATMEL 740 circuit diagram of very long range rfid 4508A 125 khz rfid circuit diagram atmel 450 EMBEDDED C programming for atmel 128
2005 - Antenna Coil 125 kHz RFID design

Abstract:
Text: up to 5 kbaud at 125 kHz Suitable for Manchester and Bi-phase Modulation Power Supply from the Car , Transponder IC RF field typ. 125 kHz MCU U2270B Unlock System Data NF read channel output Rev. 4684B­ RFID ­09/05 Figure 1-2. Block Diagram DVS V EXT VS V Batt Standby , selected by a fixed resistor between RF (pin 15) and VS (pin 14). For 125 kHz , a resistor value of 110 k , ANT019. Figure 3-5. Equivalent Circuit of Pin RF VS Rf 2 k RF 6 U2270B 4684B­ RFID ­09/05


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PDF U2270B U2270B 4684B Antenna Coil 125 kHz RFID design 125 kHz RFID antenna rfid circuit diagram U2270B-MFPY 1N4148 125 kHz u2270b BC639 BC846 immobilizer car 129
2008 - ATA5577

Abstract:
Text: 5 4967DS­ RFID ­10/08 6. Electrical Characteristics Tamb = +25°C; fcoil = 125 kHz ; unless , identification IC (IDIC ) for applications in the 125-kHz or 134- kHz frequency band. A single coil connected to , product-relevant application notes. 3. System Block Diagram Figure 3-1. RFID System Using ATA5577 Tag , current into Coil1/Coil2, f = 125 kHz Icoil p 20 (TBD) mA Power dissipation (die) (free-air , frequency range 100 125 150 kHz 1.5 TBD µA T 2 TBD µA Q 25 TBD


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PDF T5557, ATA5567 e5551/T5551 ATA5577M1 ATA5577M2 ATA5577 4967DS ATA5577 125KHz LF coil antenna for Automotive ATA5577 RFID chip rfid circuit diagram ATA5577M1 ATA5567 T5557 125KHz RFID Reader Module ATA5577M2 pulse-interval-encoded
2008 - ATA5577

Abstract:
Text: Read/Write LF RFID IDIC 100 to 150 kHz ATA5577 Summary Preliminary 1. Description The ATA5577 is a contactless read/write identification IC (IDIC) for applications in the 125-kHz or 134- kHz frequency band. A , product-relevant application notes. 3. System Block Diagram Figure 3-1. RFID System Using ATA5577 Tag , reliability. Parameters Maximum DC current into Coil1/Coil2 Maximum AC current into Coil1/Coil2, f = 125 kHz , Tamb = +25°C; fcoil = 125 kHz ; unless otherwise specified No. 1 2.1 2.2 2.3 3.1 3.2 3.3 4 5.1 5.2 5.3


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PDF T5557, ATA5567 e5551/T5551 ATA5577 4967CS 4967CS-RFID-01 atmel 550 125 khz rfid circuit diagram e555x atmel 550 i.c ATA5577 RFID chip ata5577 RFID 125KHz LF coil antenna for Automotive rfid 125khz reader front end
2008 - ATA5577

Abstract:
Text: identification IC (IDIC ) for applications in the 125-kHz or 134- kHz frequency band. A single coil connected to , for product-relevant application notes. 3. System Block Diagram Figure 3-1. RFID System Using , Maximum AC current into Coil1/Coil2, f = 125 kHz Icoil p 20 (TBD) mA Power dissipation (die , to +150 °C 5 4967DS­ RFID ­10/08 6. Electrical Characteristics Tamb = +25°C; fcoil = 125 , fRF RF frequency range 100 125 150 kHz 1.5 TBD µA T 2 TBD µA Q


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PDF T5557, ATA5567 e5551/T5551 ATA5577M1 ATA5577M2 ATA5577 4967DS ATA5577 ATA5577M1 134 kHz RFID 125KHz RFID Reader Module e555x ATA5567 atmel 550 i.c atmel 550 ATA5577M2 ATA5577 RFID chip
2009 - coil gold detector circuit diagram

Abstract:
Text: . The antenna and chip together form a transponder or tag. Read/Write LF RFID IDIC 100 kHz to 150 , unique format. Typical applications run at 125 kHz . NOTE: This is a summary document. The complete , ­11/09 2. System Block Diagram Figure 2-1. RFID System Using ATA5575 Tag Coil interface , Icoil TBD mA Maximum AC current into Coil1/Coil2 f = 125 kHz Icoil p TBD mA Power , ­40 to +150 °C t 6. Electrical Characteristics Tamb = +25°C; fcoil = 125 kHz ; unless


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PDF 128-bit RF/64) 40-bitData 14-bit ATA5575 9167AS coil gold detector circuit diagram coil gold detector circuit coil gold detector 43HV ATA5575M1
2007 - ATA5577

Abstract:
Text: ) for applications in the 125-kHz or 134- kHz frequency band. A single coil connected to the chip serves , ®'s Web site for product-relevant application notes. 3. System Block Diagram Figure 3-1. RFID , Maximum AC current into Coil1/Coil2, f = 125 kHz Icoil p 20 (TBD) mA Power dissipation (die , to +150 °C 5 4967BS­ RFID ­09/07 6. Electrical Characteristics Tamb = +25°C; fcoil = 125 , . Max. Unit fRF RF frequency range 2.1 2.2 Test Conditions 100 125 150 kHz


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PDF E5551/T5551, T5557, ATA5567 ATA5577 125-kHzents 4967BS 125KHz RFID Reader Module RFID protocol communication 134 kHz RFID atmel 550 i.c ATA5577 RFID chip 125 khz rfid circuit diagram t5557 RFID rfid 125khz reader front end ata5577 RFID
2010 - u2270b demo

Abstract:
Text: fres = 1/ (2 LC) = 125 kHz Transponder TK5551 9 4709G­ RFID ­07/10 13. Ordering Information , Plastic Package Contactless Read/Write Data Transmission Inductive Coupled Power Supply at 125 kHz , password to prevent unauthorized writing. 4709G­ RFID ­07/10 Figure 1-1. System Block Diagram , carrier frequency of 125 kHz . The coil has a ferrite core for improving the distance of read, write and , in a specific way. The TK5551 transponder operates at a nominal frequency of 125 kHz . There are


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PDF e5551 RF/32, 224-bit 32-bit RF/16, RF/40, RF/50, RF/64, RF/100, u2270b demo e5551 atmel 4709D Antenna Coil 125 kHz RFID design e5551 ferrite core coil 1-10 mH 1-4 A TK5551 Transponder ID 48 U2270B
2003 - Antenna Coil 125 kHz RFID design

Abstract:
Text: up to 5 kbaud at 125 kHz Suitable for Manchester and Bi-phase Modulation Power Supply from the Car , RF field typ. 125 kHz MCU U2270B Unlock System Data NF read channel output Rev , U2270B 4684A­ RFID ­02/03 U2270B Block Diagram DVS V EXT VS V Batt Standby Power supply , supply-voltage-independent frequency which is selected by a fixed resistor between RF (pin 15) and VS (pin 14). For 125 kHz , application note ANT019. Figure 6. Equivalent Circuit of Pin RF VS Rf 2 kW RF 5 4684A­ RFID ­02/03


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PDF U2270B U2270B Antenna Coil 125 kHz RFID design 125 kHz u2270b 12V car battery ANT019 high-level immobilizer systems immobilizer in car operation U2270
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