525MW Search Results

M111M

Abstract: 55115 256X8 515S5 Intel 2708 2308 rom intel 8308
Contextual Info: 2607-F,l,N FEATURES • • • • • • • • • • • • • PIN DESIGNATION Static operation—no clocks Access time: 450ns max Single 5V power supply T TL compatible inputs and outputs Power dissipation: 525mW Tri-state outputs Mask programmable chip select for easy

27512-3

Abstract: EPROM AM27256 AM27512 AM27S12 am92256 27512 AM27256 150 Line Interactive ups with circuit diagram A15C IN3064
Contextual Info: Am27512 Am 27512 65,536 x 8-Bit UV Erasable PROM PRELIMINARY DISTINCTIVE CHARACTERISTICS • • • • Fast access time — as low as 250ns Programming voltage: 12.5V Sow Power consum ption - Active: 525mW - Standby: 132mW Single 5V pow er supply ± 1 0 % V c c supply tolerance available

m2716a

Contextual Info: £ ÿ j SGS-THOMSON D»i LI(gï[si(ô RiD(gl M2716 N M O S 16K (2K x 8) UV EPROM • 2048 x 8 ORGANIZATION ■ 525mW Max ACTIVE POWER, 132mW Max STANDBY POWER ■ ACCESS TIME: - M2716-1 is 350ns - M2716 is 450ns - SINGLE 5V SUPPLY VOLTAGE - STATIC-NO CLOCKS REQUIRED

B2716

Abstract: m2716 FDIP24W M271616
Contextual Info: M2716 16 Kbit 2Kb x 8 NMOS UV EPROM DATA BRIEFING 2048 x 8 ORGANIZATION 525mW Max ACTIVE POWER, 132mW Max STANDBY POWER ACCESS TIME: – M2716-1 is 350ns – M2716 is 450ns SINGLE 5V SUPPLY VOLTAGE STATIC-NO CLOCKS REQUIRED INPUTS and OUTPUTS TTL COMPATIBLE

1N914

Abstract: FDIP24W M2716
Contextual Info: M2716 NMOS 16K 2K x 8 UV EPROM 2048 x 8 ORGANIZATION 525mW Max ACTIVE POWER, 132mW Max STANDBY POWER ACCESS TIME: – M2716-1 is 350ns – M2716 is 450ns SINGLE 5V SUPPLY VOLTAGE STATIC-NO CLOCKS REQUIRED INPUTS and OUTPUTS TTL COMPATIBLE DURING BOTH READ and PROGRAM

SM2716

Contextual Info: Æ T S C S -T H O M S O N M2716 M W & i( O T K !]D ( g S NMOS 16K (2K x 8 UV EPROM • 2048 x 8 ORGANIZATION ■ 525mW Max ACTIVE POWER, 132mW Max STANDBY POWER ■ ACCESS TIME: - M2716-1 is 350ns - M2716 is 450ns ■ SINGLE 5V SUPPLY VOLTAGE ■ STATIC-NO CLOCKS REQUIRED

B2716

Abstract: FDIP24W M2716 m2716 dip M2716* eprom
Contextual Info: M2716 NMOS 16K 2K x 8 UV EPROM DATA BRIEFING 2048 x 8 ORGANIZATION 525mW Max ACTIVE POWER, 132mW Max STANDBY POWER ACCESS TIME: – M2716-1 is 350ns – M2716 is 450ns SINGLE 5V SUPPLY VOLTAGE STATIC-NO CLOCKS REQUIRED INPUTS and OUTPUTS TTL COMPATIBLE DURING BOTH READ and PROGRAM

Contextual Info: rZ J SGS'THOMSON ^7 # E ülD »[llLll @ (M a(@ i M 2716 NMOS 16K (2Kx 8 UV EPROM • 2048x 8 ORGANIZATION ■ 525mW Max ACTIVE POWER, 132mW Max STANDBY POWER ■ ACCESS TIME: - M2716-1 is 350ns - M2716 is 450ns ■ SINGLE 5V SUPPLY VOLTAGE ■ STATIC-NO CLOCKS REQUIRED

AM2716

Abstract: circuit diagram of m2716 m2716 1N914 FDIP24W
Contextual Info: M2716 NMOS 16 Kbit 2Kb x 8 UV EPROM NOT FOR NEW DESIGN • 2048 x 8 ORGANIZATION ■ 525mW Max ACTIVE POWER, 132mW Max STANDBY POWER ■ ACCESS TIME: – M2716-1 is 350ns – M2716 is 450ns ■ SINGLE 5V SUPPLY VOLTAGE ■ STATIC-NO CLOCKS REQUIRED ■ INPUTS and OUTPUTS TTL COMPATIBLE

1N914

Abstract: FDIP24W M2716
Contextual Info: M2716 NMOS 16 Kbit 2Kb x 8 UV EPROM NOT FOR NEW DESIGN • 2048 x 8 ORGANIZATION ■ 525mW Max ACTIVE POWER, 132mW Max STANDBY POWER ■ ACCESS TIME: – M2716-1 is 350ns – M2716 is 450ns 24 ■ SINGLE 5V SUPPLY VOLTAGE ■ STATIC-NO CLOCKS REQUIRED ■

1N914

Abstract: FDIP24W M2716
Contextual Info: M2716 NMOS 16 Kbit 2Kb x 8 UV EPROM NOT FOR NEW DESIGN 2048 x 8 ORGANIZATION 525mW Max ACTIVE POWER, 132mW Max STANDBY POWER ACCESS TIME: – M2716-1 is 350ns – M2716 is 450ns 24 SINGLE 5V SUPPLY VOLTAGE STATIC-NO CLOCKS REQUIRED 1 INPUTS and OUTPUTS TTL COMPATIBLE

1N914

Abstract: FDIP24W M2716
Contextual Info: M2716 NMOS 16K 2K x 8 UV EPROM 2048 x 8 ORGANIZATION 525mW Max ACTIVE POWER, 132mW Max STANDBY POWER ACCESS TIME: – M2716-1 is 350ns – M2716 is 450ns SINGLE 5V SUPPLY VOLTAGE STATIC-NO CLOCKS REQUIRED INPUTS and OUTPUTS TTL COMPATIBLE DURING BOTH READ and PROGRAM

AM27512

Abstract: AM27S12 AM2764 A15C IN3064 am27256 am27512a
Contextual Info: Am27512 Am 27512 65,536 x 8-Bit UV Erasable PROM PRELIMINARY DISTINCTIVE CHARACTERISTICS • • • • Fast access time — as low as 250ns Programming voltage: 12.5V Sow Power consum ption - Active: 525mW - Standby: 132mW Single 5V pow er supply ± 1 0 % V c c supply tolerance available

B2716

Abstract: B-2716
Contextual Info: M2716 NMOS 16K 2K x 8 UV EPROM DATA BRIEFING 2048 x 8 ORGANIZATION 525mW Max ACTIVE POWER, 132mW Max STANDBY POWER ACCESS TIME: – M2716-1 is 350ns – M2716 is 450ns SINGLE 5V SUPPLY VOLTAGE STATIC-NO CLOCKS REQUIRED INPUTS and OUTPUTS TTL COMPATIBLE DURING BOTH READ and PROGRAM

ADSL circuit diagram

Abstract: ADSL Modem circuit diagram MB86626 MB86626PFV delay echo circuit diagram adsl modem input circuit
Contextual Info: Product Flyer Key- ADSL Analog MB86626 MB86626 July 1999 Version 1.01 KeyWave AFE ADSL Analog Front End The Fujitsu MB86626 KeyWave™AFE is a complete analog front end for ADSL modems. The device integrates high resolution analog to digital converters ADC and digital to analog

ic 2114

Abstract: 2114 static ram memory ic 2114 pin out
Contextual Info: SEMI 2114 STATIC, TTL IN/OUT 1024x4 N-MOS RAM's FEATURES • 1024 words x 4 bits • Three access times 200, 300, and 450 nsec • Low operating power — 175 mW typical • Common output bus • Three-state output drivers • Fully STATIC — no clock or refresh

RICOH Cross Reference

Abstract: R3134N
Contextual Info: R3134N Series Low Voltage Detector with Built-in Delay Circuit for Automotive Applications NO.EC-209-140227 OUTLINE R3134x is a CMOS-based voltage detector ICs with built-in delay circuit, high detector threshold accuracy, and ultra low supply current, which can operate at low voltage.

MAX232AEWE

Abstract: max222 MAX233ACPP
Contextual Info: yi/iyjxi/i/i 19-289, Rev.O; 4/91 H igh-Speed +5V-P ow ered R S -232 D rivers/R eceivers _ ♦ 116kbits/sec Guaranteed Data Rate except MAX220 MAX220: A low-power, pin-compatible upgrade of the MAX232, with a typical supply current of only 0.5mA.

18V02

Contextual Info: PRELIMINARY Integrated Circuit Systems, Inc. ICS8520 LOW SKEW, 1-TO-16 DIFFERENTIAL-TO-LVHSTL FANOUT BUFFER GENERAL DESCRIPTION FEATURES The ICS8520 is a low skew, high performance 1-to-16 Differential-to-LVHSTL Fanout Buffer and HiPerClockS a member of the HiPerClockS™ family of

2115H-4

Abstract: 2125H-2
Contextual Info: ¡rite T 2115H, 2125H FAMILY HIGH SPEED 1K X 1 BIT STATIC RAM 2115H-2, 2125H-2 2115H-3, 212SH-3 2115H-4, 2125H-4 Max. TM ra 26 30 35 Max. IccOnA) 125 125 125 • HMOS U Technology ■ Pin Compatible to 93415A (2115H)and 93425A (2125H) ■ 16mA Output Sink Current

FMS6407

Abstract: YPBPR TO RGB TSSOP-20 BDT 61T 640 ntc
Contextual Info: www.fairchildsemi.com FMS6407 Triple Video Drivers with Selectable HD/Progressive/SD/Bypass Filters Features Description • Three video anti-aliasing or reconstruction filters • 2:1 Mux inputs for YPbPr / RGB or YPbPr / YC-CV inputs • Supports D1, D2, D3 and D4 video D-connector

Contextual Info: HSP3824 HARRIS S E M I C O N D U C T O R Direct Sequence Spread Spectrum Baseband Processor PRELIMINARY March 1996 Description Features • Complete DSSS Baseband Processor • High Data to 4 MBPS • Processing G a in . up to 12dB

LM4903

Abstract: LM4903MM MUA08A
Contextual Info: LM4903 1 Watt Audio Power Amplifier General Description Key Specifications The LM4903 is an audio power amplifier primarily designed for demanding applications in mobile phones and other portable communication device applications. It is capable of delivering 1 watt of continuous average power to an 8Ω BTL

IGBT module 3 PHASE

Abstract: SMD SC70-5 CLINK3V28BT-85 LIDAR radar 1588 PHY "Piezoelectric Sensor" 1470 LM DS25CP104EVK LMH6555 lm431 smd
Contextual Info: 産業用機器向けシステム ソリューション・ガイド national.com/industrial 2009年 Vol. 1 産業機器向けアプリケーション アンプ データ・コンバータ クロック ＆ タイミング・ソリューション インタフェース・ソリューション