RFID Wireless Reader Module IC ID Card Reader 13.56MHz 125KHz Dual Frequency Wiegand WG26 WG34/ UART 5V 12V
$4.50 $6.00
5V UART
1.Description:
It is a IC+ID dual frequency card reader module.It integrates a high-performance card reader RF circuit and antenna,replacing the Wiegand data output protocol.
2.Feature:
1>.Wigan dual format output
2>.Support dual frequency RFID card
3>.Support ID+IC card
3.Description:
1>.Product Name:IC+ID Dual Frequency Card Reader Module
2>.Working Voltage:DC 5V
3>.Working Current:40mA
4>.Support Reading:125kHZ and 13.56MHZ card reading
5>.Interface:UART
6>.Size:47*26*5mm
4.Uart Interface Output Introduction:
1>.Baud Rate:9600
2>.Data Header:0x02
3>.Length:0x09
4>.Card Type:0x01
5>.Card Number Data:SN0~SN3
6>.BCC Check:XOR operation of other data except head and tail of data
7>.End of Data:0x03
8>.The Card Types:0x02 EM4100/0x01 MIFARE 1K
9>.For Example:The data received by the serial tool is 02 09 02 04 2E 53 82 F0 03
1.1>.The first byte 0x02 indicates the start of data.
1.2>.The second byte 0x09 indicates that the entire data length is 9 bytes, including the start of data and the end of data.
1.3>.The third byte 0x02 indicates that the card type is EM4100.
1.4>.The 4th to 7th bytes (0x04 0x2E 0x53 0x82) These 4 bytes represent the card number read.
1.5>.The 8th byte 0xF0 indicates the BCC check from the 2nd byte to the 8th byte.
1.6>.The 9th byte 0x03 indicates the end of the data.
5V UART WG34 WG26
1.Description:
It is a IC+ID dual frequency card reader module.It integrates a high-performance card reader RF circuit and antenna,replacing the Wiegand data output protocol.
2.Feature:
1>.Wigan dual format output
2>.Support dual frequency RFID card
3>.Support ID+IC card
3.Description:
1>.Product Name:IC+ID Dual Frequency Card Reader Module
2>.Working Voltage:DC 5V
3>.Working Current:40mA
4>.Support Reading:125kHZ and 13.56MHZ card reading
5>.Interface:UART,Wiegand WG34 WG26
6>.Size:47*26*5mm
4.1Wiegand Interface Output Introduction:
1>.When a card is sensed,the serial number of the card will be output through the two data lines Data0 and Data1.
2>.Data0 and Data1 are high replacements without data output.
3>.Data bit 0 produces a 400us width concatenation on the Data0 line.
4>.Data bit 1 produces a 400us width concatenation on the Data1 line.
5>.The length of each bit of data is 2400us.
6>.Each Mifare card has a serial number of 4 bytes,and we output the last three bytes.
7>.The first 12 even parity digits are added to the front and the last 12 odd parity digits are added to the back,for a total of 26 bits of data.
8>.E.g:The card number is:6B 3D 12 D6
The output data is:3D 12 D6
4.2Uart Interface Output Introduction:
1>.Baud Rate:9600
2>.Data Header:0x02
3>.Length:0x09
4>.Card Type:0x01
5>.Card Number Data:SN0~SN3
6>.BCC Check:XOR operation of other data except head and tail of data
7>.End of Data:0x03
8>.The Card Types:0x02 EM4100/0x01 MIFARE 1K
9>.For Example:The data received by the serial tool is 02 09 02 04 2E 53 82 F0 03
1.1>.The first byte 0x02 indicates the start of data.
1.2>.The second byte 0x09 indicates that the entire data length is 9 bytes, including the start of data and the end of data.
1.3>.The third byte 0x02 indicates that the card type is EM4100.
1.4>.The 4th to 7th bytes (0x04 0x2E 0x53 0x82) These 4 bytes represent the card number read.
1.5>.The 8th byte 0xF0 indicates the BCC check from the 2nd byte to the 8th byte.
1.6>.The 9th byte 0x03 indicates the end of the data.
5.Package:
1>.1pc IC+ID Dual Frequency Card Reader Module
2>.1pc 5P Wire
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