High Endurance CMOS 192 bit EEPROM With Secure Logic Access Control

DESCRIPTION The ST1305 is a 192-bit EEPROM device with associated security logic to control memory access. The circuit includes counting capabilities and thus is very well adapted to prepaid card applications. ■ Single 5 V Supply Voltage ■ Programming Time: 5 ms ■ Memory Divided Into: – 1

High Endurance CMOS 192 bit EEPROM With Secure Logic Access Control

Memory Card IC 192 bit High Endurance EEPROM With Secure Logic Access Control

DESCRIPTION The ST1305B is a 192-bit EEPROM device with associated security logic to control memory access. The circuit includes counting capabilities and thus is very well adapted to prepaid card applications. ■ Single Supply Voltage (5 V) ■ Memory Divided Into: – 16 bits of Circuit Ident

Memory Micromodules General Information for D1, D2 and C Packaging

DESCRIPTION Memory Cards consist of two main parts: the plastic card, and the embedded Micromodule (which, in turn, carries the silicon chip). ■ Micromodules were developed specifically for embedding in Smartcards and Memory Cards ■ The Micromodule provides: – Support for the chi

Memory Card IC 192 bit High Endurance EEPROM With Secure Logic Access Control

DESCRIPTION The ST1305B is a 192-bit EEPROM device with associated security logic to control memory access. The circuit includes counting capabilities and thus is very well adapted to prepaid card applications. ■ Single Supply Voltage (5 V) ■ Memory Divided Into: – 16 bits of Circuit Ident

Memory Card IC 192 bit High Endurance EEPROM With Secure Logic Access Control

DESCRIPTION The ST1305B is a 192-bit EEPROM device with associated security logic to control memory access. The circuit includes counting capabilities and thus is very well adapted to prepaid card applications. ■ Single Supply Voltage (5 V) ■ Memory Divided Into: – 16 bits of Circuit Ident

Memory Card IC 192 bit High Endurance EEPROM With Secure Logic Access Control

DESCRIPTION The ST1305B is a 192-bit EEPROM device with associated security logic to control memory access. The circuit includes counting capabilities and thus is very well adapted to prepaid card applications. ■ Single Supply Voltage (5 V) ■ Memory Divided Into: – 16 bits of Circuit Ident

High Endurance CMOS 192 bit EEPROM With Secure Logic Access Control

DESCRIPTION The ST1305 is a 192-bit EEPROM device with associated security logic to control memory access. The circuit includes counting capabilities and thus is very well adapted to prepaid card applications. ■ Single 5 V Supply Voltage ■ Programming Time: 5 ms ■ Memory Divided Into: – 1

High Endurance CMOS 192 bit EEPROM With Secure Logic Access Control

DESCRIPTION The ST1305 is a 192-bit EEPROM device with associated security logic to control memory access. The circuit includes counting capabilities and thus is very well adapted to prepaid card applications. ■ Single 5 V Supply Voltage ■ Programming Time: 5 ms ■ Memory Divided Into: – 1

Memory Micromodules General Information for D1, D2 and C Packaging

Power FET (Ceramic Package Type)

GENERAL DESCRIPTION The KGF1305T, housed in a ceramic package with integrated heat sink, is a discrete UHF-band power FET that features high efficiency, high output power, and low current operation. The KGF1305T specifications are guaranteed to a fixed matching circuit for 5.4 V and 850 MHz; exte

Stereo 1fs data input up-sampling filter with bitstream continuous dual DAC BCC-DAC2

GENERAL DESCRIPTION The TDA1305T is a new generation of filter-DAC which features a unique combination of bitstream and continuous calibration techniques. The converter functions as a bitstream converter for low signals while large signals are generated using the dynamic continuous calibration

Stereo 1fs data input up-sampling filter with bitstream continuous dual DAC BCC-DAC2

GENERAL DESCRIPTION The TDA1305T is a new generation of filter-DAC which features a unique combination of bitstream and continuous calibration techniques. The converter functions as a bitstream converter for low signals while large signals are generated using the dynamic continuous calibration