IZE4406C
Integral
180.67kb
Intelligent 104-bit eeprom counter.
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IZE4406 - Intelligent 104-Bit EEPROM Counter
(Integral)
IZE4406
Intelligent 104-Bit EEPROM Counter for > 20000 Units with Security Logic
The chip contains an EEPROM/PROM of 88 bits, a mask ROM of 16 bits a.
IZE4428 - 1K-byte EEPROM microcircuit
(Integral)
IZE4428
1К-byte EEPROM microcircuit with function of protection for writing and programmable secret code.
Microcircuit IZE4428 is designed to use in i.
IZE4436 - Intelligent 221 Bit EEPROM Counter for > 20000 Units with Security Logic and High Security Authentication
(IK Semiconductor)
Intelligent 221-Bit EEPROM Counter for > 20000 Units with Security Logic and High Security Authentication
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a D .221 bit EEPROM and 16 bit mask-pr.
IZE4442 - INTELLIGENT 256-BYTE EEPROM
(Integral)
IZE4442
INTELLIGENT 256-BYTE EEPROM WITH WRITE PROTECT FUNCTION AND PROGRAMMABLE SECURITY CODE (PSC)
Features
• 256 x 8-bit EEPROM organization • Byt.
IZ0065 - 40-Channel Segment / Common Driver
(Integral Korea)
TECHNICAL DATA
IZ0065 40 Channel Segment / Common Driver For Dot Matrix LCD
The IZ0065 is a LCD driver LSI which is fabricated by low power CMOS tech.
IZ0065 - 40 Channel Segment / Common Driver
(IK Semiconductor)
e Segment / Common Driver 40 Channel e h For Dot Matrix LCD w a D . w S a t
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TECHNICAL DATA
IZ0065
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The IZ0065 is a LCD driver LSI .
IZ0066 - Dot Matrix LCD Controller & Driver
(Integral Korea)
DOT MATRIX LCD CONTROLLER & DRIVER
IZ0066
FEATURES
• Internal Memory Character Generator ROM: 8320 bits Character Generator RAM: 512 bit Display Dat.
IZ0066 - Dot Matrix Type
(IK Semiconductor)
DOT MATRIX h LCD CONTROLLER &DRIVER
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a It drives dot matrix LCD under microputer control. All functions needed for dot matrix LCD drive are D . .
IZ1325 - High-precision Real Time Clock circuit
(Integral)
IZ1325
High-precision Real Time Clock circuit with thermal pensation and built-in quartz resonator
(Functional analogue of RX8025SA by Company « E.
IZ1503 - CMOS LSI LEDs driver
(IK Semiconductor)
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e e • Single 3V battery hoperation • Low stand-byS current aR-C ponent required for oscillation t • No external a • Direct drive LEDs (open-drai.
