Security Transponder (HITAG2)

General Description The PCF7936, HITAG 2 is a programmable Security Transponder employing mutual authentication ideally suited for contactless authentication and memory access between a basestation and the transponder. The transponder meets the security and performance requirements of modern veh

Security Transponder (HITAG2)

Security Transponder, HITAG 2

文件：39.33 Kbytes Page：1 Pages

Transponders

文件：15.23 Kbytes Page：1 Pages

Security Transponder (HITAG2)

General Description The PCF7936, HITAG 2 is a programmable Security Transponder employing mutual authentication ideally suited for contactless authentication and memory access between a basestation and the transponder. The transponder meets the security and performance requirements of modern veh

Security Transponder (HITAG2)

General Description The PCF7936, HITAG 2 is a programmable Security Transponder employing mutual authentication ideally suited for contactless authentication and memory access between a basestation and the transponder. The transponder meets the security and performance requirements of modern veh

包装：带 描述：RFID TAG R/W 125KHZ ENCAP STICK RF/IF，射频/中频和 RFID RFID 应答器、标签

Security Transponder, HITAG 2

文件：39.33 Kbytes Page：1 Pages

32-Bit PPC LED Erasing Head Driver

32-Bit PPC LED Erasing Head Driver

32-Bit PPC LED Erasing Head Driver

32-Bit PPC LED Erasing Head Driver

32-Bit PPC LED Erasing Head Driver

32-Bit PPC LED Erasing Head Driver

12-BIT, 28 MSPS SAMPLING A/D CONVERTER

GENERAL DESCRIPTION The SPT7936 is a compact, high-speed, low power 12-bit monolithic analog-to-digital converter, implemented in a 0.5 µm CMOS process. The converter includes sample and hold. The full scale range can be set between ±0.6 V and ±1.2 V using external references. It operates from a

12-BIT, 28 MSPS SAMPLING A/D CONVERTER

GENERAL DESCRIPTION The SPT7936 is a compact, high-speed, low power 12-bit monolithic analog-to-digital converter, implemented in a 0.5 µm CMOS process. The converter includes sample and hold. The full scale range can be set between ±0.6 V and ±1.2 V using external references. It operates from a