DeepCover安全认证器，具有ISO 15693、I²C、SHA-256和4Kb用户EEPROM

DeepCover®嵌入式安全方案采用多重先进的物理安全机制保护敏感数据，提供最高等级的密钥存储安全保护。\n\n 我们的 “安全给药”视频介绍如何利用Maxim安全产品保证远程给药安全。\n\n DeepCover安全认证器(MAX66242)为应答器IC，在单芯片中集成ISO/IEC 15693和ISO 18000-3 Mode 1兼容的RF前端、I2C前端、基于FIPS 180的SHA-256引擎以及4096位用户EEPROM。双向安全模型执行主机系统和MAX66242之间的双向安全认证。每片器件都拥有唯一的64位ROM ID，由工厂写至芯片。该ROM ID用作加密运 • 完备的假冒/克隆/IP保护引擎\n• SHA-256引擎运行基于对称密钥的双向安全认证\n• 利用高位计数、用户可编程密钥及输入质询实现强安全认证\n• 无电池RF通信\n• 4096位用户EEPROM，带用户可编程存储器\n• 存储器读/写保护选项，包括OTP/EPROM仿真模式\n• 唯一的工厂编程64位识别码\n• 集成32字节SRAM缓冲器支持更快的HF至I2C传输\n\n\n• 灵活的连接和通信能力，支持较宽范围的应用\n• 可编程I/O (PIO)可配置为唤醒或监测/控制信号\n• HF标准ISO/IEC 15693和18000-3 MODE1兼容(13.56 MHz ±7kH;

Protected Tag Solution with Peripheral Linking

文件：5.77948 Mbytes Page：26 Pages

封装/外壳：8-SOIC（0.154"，3.90mm 宽） 包装：托盘 描述：IC AUTHENTICATOR 集成电路（IC） 专用 IC

封装/外壳：8-SOIC（0.154"，3.90mm 宽） 包装：托盘 描述：IC AUTHENTICATOR 集成电路（IC） 专用 IC

Protected Tag Solution with Peripheral Linking

文件：5.77948 Mbytes Page：26 Pages

4-CH 12-BIT PWM GENERATOR

DESCRIPTION M66242 Integrated Circuit has four 12-bit PWM (pulse width modulation) circuits which are built by using the CMOS (complementary metal oxide semiconductor) process. This IC controls PWM waveform by adjusting the “H” width according to serial data sent from MCU (micro controller unit)

4-CH 12-BIT PWM GENERATOR

DESCRIPTION M66242 Integrated Circuit has four 12-bit PWM (pulse width modulation) circuits which are built by using the CMOS (complementary metal oxide semiconductor) process. This IC controls PWM waveform by adjusting the “H” width according to serial data sent from MCU (micro controller unit)

4-CH 12-BIT PWM GENERATOR

DESCRIPTION M66242 Integrated Circuit has four 12-bit PWM (pulse width modulation) circuits which are built by using the CMOS (complementary metal oxide semiconductor) process. This IC controls PWM waveform by adjusting the “H” width according to serial data sent from MCU (micro controller unit)

4-CH 12-BIT PWM GENERATOR

DESCRIPTION M66242 Integrated Circuit has four 12-bit PWM (pulse width modulation) circuits which are built by using the CMOS (complementary metal oxide semiconductor) process. This IC controls PWM waveform by adjusting the “H” width according to serial data sent from MCU (micro controller unit)