Pre-programmed with unique 10-digit ID number in each card (This RFID card is read only and not rewritable.)
Operation Frequency : 125KHz
Standard : EM4100 compatible
Compatible with all ID door access devices or ID reader
Contactless transmission of data and supply energy
Ideal for use in ID and access control With card ID printing
Size : approx. 85 x 55 x 0.8 mm
Color : White
Quantity : 200
Material : PVC
Operation Temperature : -40¢XC to 85¢XC
Please notice that our RFID cards cannot be compatible with some encrypted readers, for example, the reader of following brands: HID, Cobra, APC¡K etc
Please consult your technician to ensure your reader will support normal (non-encrypted) standard EM4100 125KHz RFID cards.
200 x RFID Cards (White)
- Logistics automation
- Ant counterfeiting
- Access control
- Industrial transponder
EM4100 Chip Features:
- Frequency: 125 KHz
- ID Size: 64 bit Read Only
- Encoding Scheme: Manchester Encoding
- Material: PVC, ABS and PET
- Temperature: 20℃ – +50℃
- Dimensions: 85.5 × 54 × 0.86 (mm)
EM4102 Chip Features:
- 64 bit memory array laser programmable
- Several options of data rate and coding available
- On chip resonance capacitor
- On chip supply buffer capacitor
- On chip voltage limiter
- Full wave rectifier on chip
- Large modulation depth due to a low impedance modulation device
- Operating frequency 100 – 150 KHz, (125KHz)
- Very small chip size convenient for implantation
- Very low power consumption
A Smart card has a single chip with two interfaces, the contact and contactless interface both with a chip of very high security.
Type of dual interface chip:
- NXP JCOP31
- NXP JCOP41
- Infineon JTOP series
A smart card has two chips, a contact or contactless interface. These are not interconnected.
Example of hybrid card:
- NXP mifare 1K chip with SLE5542 chip
The EM4102 (previously named is a CMOS integrated circuit for use in electronic Read Only RF Transponders. The circuit is powered by an external coil placed in an electromagnetic field, and gets its master clock from the same field via one of the coil terminals. By turning on and off the modulation current, the chip will send back the 64 bits of information contained in a factor programmed memory array. The programming of the chip is performed by laser fusing of polysilicon links in order to store a unique code on each chip. The EM4102 has several metal options which are used to define the code type and data rate. Data rates 64, 32 and 16 periods of carrier frequency per data bit are available. Data can be coded as Manchester, Biphase or PSK. Due to low power consumption of the logic core, no supply buffer capacitor is required. Only an external coil is needed to obtain the chip function. A parallel resonance capacitor pF is also integrated.
64 bit memory array laser programmable Several options of data rate and coding available On chip resonance capacitor On chip supply buffer capacitor On chip voltage limiter Full wave rectifier on chip Large modulation depth due to a low impedance modulation device Operating frequency – 150 kHz Very small chip size convenient for implantation Very low power consumption
Animal implantable transponder Animal ear tag Industrial transponder
Coil terminal / Clock input Coil terminal Fig. 2
Parameter Maximum DC Current forced & COIL2 Power Supply Storage Temp. Die form Storage Temp. PCB form Electrostatic discharge maximum to MIL-STD-883C method 3015 Symbol ICOIL Conditions ±30mA
This device has built-in protection against high static voltages or electric fields; however, anti-static precautions must be taken as for any other CMOS component. Unless otherwise specified, proper operation can only occur when all terminal voltages are kept within the voltage range. Unused inputs must always be tied to a defined logic voltage level.
Parameter Operating Temp. Maximum Coil Current Symbol Min Top -40 ICOIL Vcoil fcoil Typ Max Units 10 mA Vpp kHz
Stresses above these listed maximum ratings may cause permanent damages to the device. Exposure beyond specified operating conditions may affect device reliability or cause malfunction.
The AC Voltage on Coil is limited by the on chip voltage limitation circuitry. This is according to the parameter Icoil in the absolute maximum ratings.
VDD = 1.5V, VSS = 134kHz square wave, = 1.0V with positive peak at VDD and negative peak at VDD -1V unless otherwise specified
Supply Voltage Rectified Supply Voltage – Coil2 Capacitance Power Supply Capacitor Manchester and biphase versions Supply Current C2 pad Modulator ON voltage drop PSK version Supply Current C2 pad Modulator ON voltage drop
VDD VDDREC Cres Csup = 2.8 VDC Modulator switch = “ON” Vcoil=100mVRMS f=10kHz
The maximum voltage is defined by forcing – COIL2 The tolerance of the resonant capacitor ± 15% over the whole production. On a wafer basis, the tolerance ± 2%
VDD = 1.5V, VSS = 0V, fcoil = 134kHz square wave, = 1.0V with positive peak at VDD and negative peak at VDD -1V unless otherwise specified Timings are derived from the field frequency and are specified as a number of RF periods.