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ID Card Decoding Module RFID Card Reader Access Control Card Swipe 125K Radio Frequency Single-Chip Microcomputer Serial Port DIY Modification

ID Card Decoding Module RFID Card Reader Access Control Card Swipe 125K Radio Frequency Single-Chip Microcomputer Serial Port DIY Modification

Regular price ¥12.80 CNY
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RFID decoding module

DIY modification of 125K RF single-chip microcomputer serial port for RFID card reader access control card swiping

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Product introduction

      This product is an ID card decoding module. After sensing an ID card, it actively decodes and outputs a 10-digit card number. It also has an output port that can output high and low levels, which can meet the general operations of reading, deleting and registering ID cards!



Product parameter

Product dimensions :5x2.9x0.5cm

Supply voltage: DC 5V

Working current :26ma

Current after sensing the card :20ma

Sensing distance: The measured distance for large cards is 1-2.3cm. The typical value is greater than 1.5cm. If a longer distance 

of 3-6cm is required, it can be customized.

Output terminal voltage: approximately 4.3V (when powered by 5V)

Supported types: Supports reading ID card numbers, ID access control card numbers, and VIP keychain ID card numbers

Baud rate: Supports four selectable baud rates, namely 4800, 9600, 57,600, and 115,200 BPS

Storage card numbers: A total of 0 to 34 card numbers can be stored, including 35 ID cards

Interface :1 TTL serial port, 1 output port

Supported 1D card chip model :125K TK4100

Operating temperature :-20℃ to 70℃

Working principle: After this module senses the ID card, it actively decodes and outputs a 10-digit card number.



Interface definition

RXD Receiving port for TTL serial port
TXD The transmitting port of the TTL serial port
VCC Positive terminal of 5v power supply
GND Negative terminal of 5V power supply
OUT Output port. When the card has been recorded, it outputs a high level when approaching the sensor and returns to a low level when leaving.



Product dimension

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Note: Manual measurement may have errors. Please refer to the actual product


Products photography


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