5-Contact Memory Card IC 272-bit EEPROM With Advanced Security Mechanisms and Inlock System

DESCRIPTION The members of the ST1335D/36D/55D family are principally designed for use in prepaid Phonecard applications. Each is a 272-bit EEPROM device, with associated security logic and special fuses to control memory access. The memory is arranged as a matrix of 34 x 8 cells, accessed in a

5-Contact Memory Card IC 272-bit EEPROM With Advanced Security Mechanisms and Inlock System

DESCRIPTION The members of the ST1335D/36D/55D family are principally designed for use in prepaid Phonecard applications. Each is a 272-bit EEPROM device, with associated security logic and special fuses to control memory access. The memory is arranged as a matrix of 34 x 8 cells, accessed in a

5-Contact Memory Card IC 272-bit EEPROM With Advanced Security Mechanisms and Inlock System

DESCRIPTION The members of the ST1335D/36D/55D family are principally designed for use in prepaid Phonecard applications. Each is a 272-bit EEPROM device, with associated security logic and special fuses to control memory access. The memory is arranged as a matrix of 34 x 8 cells, accessed in a

5-Contact Memory Card IC 272-bit EEPROM With Advanced Security Mechanisms and Inlock System

DESCRIPTION The members of the ST1335D/36D/55D family are principally designed for use in prepaid Phonecard applications. Each is a 272-bit EEPROM device, with associated security logic and special fuses to control memory access. The memory is arranged as a matrix of 34 x 8 cells, accessed in a

5-Contact Memory Card IC 272-bit EEPROM With Advanced Security Mechanisms and Inlock System

DESCRIPTION The members of the ST1335D/36D/55D family are principally designed for use in prepaid Phonecard applications. Each is a 272-bit EEPROM device, with associated security logic and special fuses to control memory access. The memory is arranged as a matrix of 34 x 8 cells, accessed in a

Afterburner Chip

DESCRIPTION The DS1336 Afterburner Chip is designed to provide power switching between a primary power supply(VCC) and a backup battery power supply (VBAT). Five VCC and two battery paths are provided which can be used individually or in parallel to supply uninterrupted power in applications su

Half-Bridge N-Channel Power MOSFET Driver with Boost Regulator

文件：365.74 Kbytes Page：16 Pages

Half-Bridge N-Channel Power MOSFET Driver with Boost Regulator

文件：365.74 Kbytes Page：16 Pages

Half-Bridge N-Channel Power MOSFET Driver with Boost Regulator

文件：365.74 Kbytes Page：16 Pages

Half-Bridge N-Channel Power MOSFET Driver with Boost Regulator

文件：365.74 Kbytes Page：16 Pages