M27C405 Search Results

M27C405

Abstract: PDIP32 PLCC32 TSOP32
Contextual Info: M27C405 4 Megabit 512K x 8 OTP EPROM PIN COMPATIBLE with the 4 MEGABIT, SINGLE VOLTAGE FLASH MEMORY FAST ACCESS TIME: 70ns LOW POWER "CMOS" CONSUMPTION: – Active Current 30mA at 5MHz – Standby Current 100µA PROGRAMMING VOLTAGE: 12.75V ELECTRONIC SIGNATURE for AUTOMATED

Contextual Info: M27C405 4 Megabit 512K x 8 OTP EPROM PIN COMPATIBLE with the 4 MEGABIT, SINGLE VOLTAGE FLASH MEMORY FAST ACCESS TIME: 70ns LOW POWER ”CMOS” CONSUMPTION: – Active Current 30mA at 5MHz – Standby Current 100µA PROGRAMMING VOLTAGE: 12.75V ELECTRONIC SIGNATURE for AUTOMATED

M27C405

Abstract: PDIP32 PLCC32 TSOP32
Contextual Info: M27C405 4 Mbit 512Kb x8 OTP EPROM • 5V ± 10% SUPPLY VOLTAGE in READ OPERATION ■ PIN COMPATIBLE with the 4 Mbit, SINGLE VOLTAGE FLASH MEMORY ■ ACCESS TIME: 70ns ■ LOW POWER CONSUMPTION: – Active Current 30mA at 5MHz – Standby Current 100µA ■

M27C405

Abstract: PDIP32 PLCC32 TSOP32
Contextual Info: M27C405 4 Megabit 512K x 8 OTP EPROM PIN COMPATIBLE with the 4 MEGABIT, SINGLE VOLTAGE FLASH MEMORY FAST ACCESS TIME: 70ns LOW POWER ”CMOS” CONSUMPTION: – Active Current 30mA at 5MHz – Standby Current 100µA PROGRAMMING VOLTAGE: 12.75V ELECTRONIC SIGNATURE for AUTOMATED

M27C405

Abstract: PDIP32 PLCC32 TSOP32
Contextual Info: M27C405 4 Mbit 512Kb x8 OTP EPROM • 5V ± 10% SUPPLY VOLTAGE in READ OPERATION ■ PIN COMPATIBLE with the 4 Mbit, SINGLE VOLTAGE FLASH MEMORY ■ ACCESS TIME: 70ns ■ LOW POWER CONSUMPTION: – Active Current 30mA at 5MHz – Standby Current 100µA ■

Contextual Info: M27C405 4 Megabit 512K x 8 OTP EPROM DATA BRIEFING PIN COMPATIBLE with the 4 MEGABIT, SINGLE VOLTAGE FLASH MEMORY FAST ACCESS TIME: 70ns LOW POWER ”CMOS” CONSUMPTION: – Active Current 30mA at 5MHz – Standby Current 100µA PROGRAMMING VOLTAGE: 12.75V

Contextual Info: SCS-THOMSON M27C405 m 4 Megabit 512K x 8 OTP EPROM PIN COMPATIBLE with the 4 MEGABIT, SINGLE VOLTAGE FLASH MEMORY FAST ACCESS TIME: 70ns LOW POWER "CMOS" CONSUMPTION: - Active Current 30mA at 5MHz - Standby Current 100(iA PROGRAMMING VOLTAGE: 12.75V ELECTRONIC SIGNATURE tor AUTOMATED

TSOP32

Abstract: TSOP32 Package M27C405 PDIP32 PLCC32
Contextual Info: M27C405 4 Mbit 512Kb x 8 OTP EPROM DATA BRIEFING 5V ± 10% SUPPLY VOLTAGE in READ OPERATION PIN COMPATIBLE with the 4 Mbit, SINGLE VOLTAGE FLASH MEMORY FAST ACCESS TIME: 70ns LOW POWER CONSUMPTION: – Active Current 30mA at 5MHz – Standby Current 100µA

M27C405

Abstract: PDIP32 PLCC32 TSOP32
Contextual Info: M27C405 4 Mbit 512Kb x 8 OTP EPROM 5V ± 10% SUPPLY VOLTAGE in READ OPERATION PIN COMPATIBLE with the 4 Mbit, SINGLE VOLTAGE FLASH MEMORY FAST ACCESS TIME: 70ns LOW POWER CONSUMPTION: – Active Current 30mA at 5MHz – Standby Current 100µA PROGRAMMING VOLTAGE: 12.75V ± 0.25V

M27C405

Abstract: PDIP32 PLCC32 TSOP32
Contextual Info: M27C405 4 Mbit 512Kb x8 OTP EPROM • 5V ± 10% SUPPLY VOLTAGE in READ OPERATION ■ PIN COMPATIBLE with the 4 Mbit, SINGLE VOLTAGE FLASH MEMORY ■ ACCESS TIME: 70ns ■ LOW POWER CONSUMPTION: 32 1 – Active Current 30mA at 5MHz PDIP32 (B) – Standby Current 100µA

256k x8 SRAM 5V

Abstract: ST95080 rom 1K x8 mod 10 asynchronous ST1335 M28V210 M6280 3.3 -35Y M48Z09
Contextual Info: MEMORY PRODUCTS SELECTOR GUIDE A D) OTP Memory - 5V range Type M27C64A M27C256B M87C257 M27C512 M27C1001* M27C1024* M27C2001* M27C405* M27C4001 M27C4002 M27C801 Size 64K 256K 256K 512K 1 Meg 1 Meg 2 Meg 4 Meg 4 Meg 4 Meg 8 Meg Organisation Access Time ns)

IA10

Abstract: M27C405 M29F040 PDIP32 PLCC32 TSOP32
Contextual Info: n=7 SCS-THOMSON ^ 7 #» M27C405 [ M g œ i[ L I E ! i a ( g i 4 Megabit (512K x 8 OTP ROM • PIN COMPATIBLE with the 4 MEGABIT, 5V ONLY FLASH MEMORY (M29F040) ■ VERY FAST ACCESS TIME: 70ns ■ COMPATIBLE with HIGHSPEED MICROPROCESSORS, ZERO WAIT STATE

TSOP40 Flash

Abstract: m48z32y M27V512 FDIP24W M27128A M2716 M27256 M2732A M27512 M2764A
Contextual Info: MEMORY PRODUCTS SELECTOR GUIDE A C) NMOS UV EPROM, 5V Operation Size 16 Kb 32 Kb 64 Kb 128 Kb 256 Kb 512 Kb Ref M2716 M2732A M2764A M27128A M27256 M27512 Description 16 Kb x8), 350 - 450ns, NMOS 32 Kb (x8), 200 - 450ns, NMOS 64 Kb (x8), 180 - 450ns, NMOS

FDIP24W

Abstract: M27128A M2716 M27256 M2732A M27512 M2764A M27C256B M27C64A M29F040
Contextual Info: MEMORIES and SMARTCARD PRODUCTS NON VOLATILE MEMORIES UV & OTP EPROM, 5V Operation Size References Description Package 16 Kb M2716 16 Kb x8 , 350 - 450ns, NMOS FDIP24W 32 Kb M2732A 32 Kb (x8), 200 - 450ns, NMOS FDIP24W M2764A 64 Kb (x8), 180 - 450ns, NMOS

FZJ 101

Abstract: 772t presto II Thomson capacitors lcc M27C405 M27V405 PLCC32 TSOP32 D772
Contextual Info: r = 7 *7 # S G S -T H O M S O N « O S m iS T G M D I ê i M 2 7 V 4 0 5 LOW VOLTAGE 4 Megabit 512K x 8 OTP EPROM PRELIMINARY DATA • PIN COMPATIBLE with the 4 MEGABIT, SINGLE VOLTAGE FLASH MEMORY ■ LOW VOLTAGE READ OPERATION: 3V to 5.5V ■ FAST ACCESS TIME: 120ns

1N914

Abstract: M27C405 M27V405 PLCC32 TSOP32
Contextual Info: M27V405 4 Mbit 512Kb x 8 Low Voltage OTP EPROM • LOW VOLTAGE READ OPERATION: 3V to 3.6V ■ FAST ACCESS TIME: 120ns ■ LOW POWER CONSUMPTION: – Active Current 15mA at 5MHz – Standby Current 20µA ■ PROGRAMMING VOLTAGE: 12.75V ± 0.25V ■ PROGRAMMING TIMES:

AN-620

Abstract: m27c512 equivalent eprom programming
Contextual Info: AN620 APPLICATION NOTE ON-BOARD PROGRAMMING OF OTP EPROM by Franco MORANDI In recent years interest has been growing in On-Board Programming of OTP EPROM memories. There are two main factors which have stimulated this interest: the growth of the FLASH Memory market and the

PLCC32

Abstract: M27C M27W101 M27W102 M27W201 M27W401 M27W402 M27W512 M27W801 TSOP32
Contextual Info: OTP and UV EPROMs New Expanded Range ADVANCED PRODUCTS - DEPENDABLE SOLUTION The ST range of OTP and UV EPROMs is one of the widest in the world. Densities from 16 Kbit to 32 Mbit, plastic and ceramic windowed packages - both surface mounting and through hole standard 5V and low voltage, 3V, operation.

GL 6201

Abstract: PLCC32 M27C M27W101 M27W102 M27W201 M27W401 M27W402 M27W512 M27W801
Contextual Info: OTP and UV EPROMs New Expanded Range ADVANCED PRODUCTS - DEPENDABLE SOLUTION The ST range of OTP and UV EPROMs is one of the widest in the world. Densities from 16 Kbit to 32 Mbit, plastic and ceramic windowed packages - both surface mounting and through hole standard 5V and low voltage, 3V, operation.

M27V405

Abstract: PLCC32 TSOP32 1N914 M27C405
Contextual Info: M27V405 4 Mbit 512Kb x8 Low Voltage OTP EPROM NOT FOR NEW DESIGN • 3V to 3.6V SUPPLY VOLTAGE in READ OPERATION ■ ACCESS TIME: 120ns ■ LOW POWER CONSUMPTION: – Active Current 15mA at 5MHz – Standby Current 20µA ■ PROGRAMMING VOLTAGE: 12.75V ± 0.25V

Contextual Info: w # S G S -T H O M S O N M27V405 V # « RitlD M li[Lli©inS lii!lD©i LOW VOLTAGE 4 Megabit 512K x 8) OTP EPROM NOT FOR NEW DESIGN • PIN COMPATIBLE with the 4 MEGABIT, SINGLE VOLTAGE FLASH MEMORY ■ LOW VOLTAGE READ OPERATION: 3V to 5.5V ■ FAST ACCESS TIME: 120ns

microcontroller ST7

Abstract: RS-486 RS486 board 24v 5a smps STLC3060 pabx ring generator ptc 75a l4970a application CR injector driver L4970
Contextual Info: MODEM STMicroelectronics SOLUTIONS Modem Architecture Diagram MEMORY RS232 ISA / EISA DATA INTERFACE MCU DSP AFE LINE INTERFACE PCMCIA POWER SUPPLY LINE RECOMMENDED DEVICES MAIN FEATURES Monochip TS7514 Low Cost Monochip V.23 Modem Data Pump ST75C54 V32 bis/V17 High speed Fax/ Modem Data pump

M27C405

Abstract: M27V405 PLCC32 TSOP32 180NS
Contextual Info: M27V405 LOW VOLTAGE 4 Megabit 512K x 8 OTP EPROM DATA BRIEFING PIN COMPATIBLE with the 4 MEGABIT, SINGLE VOLTAGE FLASH MEMORY LOW VOLTAGE READ OPERATION: 3V to 5.5V FAST ACCESS TIME: 120ns LOW POWER "CMOS" CONSUMPTION: – Active Current 15mA – Standby Current 20µA

Am29F040

Abstract: AM29F040 die M29F040 29F040 equivalent FLASH MEMORY APPLICATION NOTE ST MICROELECTRONICS AMD Prom Device NOR Flash 1996 protect 29F040
Contextual Info: AN625 APPLICATION NOTE COMPATIBILITY FOR 4-Megabit SINGLE VOLTAGE FLASH MEMORY FROM ST AND AMD by Ian BLYTHE The users of flash memory have always found that the additional programming voltage needed for the ”dual-voltage” flash memories can be a significant inconvenience in certain applications. The target then