2000SI Search Results

EPITAXX

Abstract: InGaAs Epitaxx InGaAs photodiode TWO COLOR DETECTOR two color photodiode EPITAXX ingaas detector ETX 40
Contextual Info: I 33b040b QQOGISE fi « E P X SGE D EPITAXX INC EPITAXX -7 ETX 2000SI Si/lnGaAs Two Color Photodiodes Description: EPITAXX ETX 2000Si combines a 2.5 mm diameter Silicon photodiode over a 2.0 mm diameter InGaAs photodiode within a hermetic T05 package. This combination device

EPITAXX

Abstract: T05 Package InGaAs photodiode ETX 40 Hz172 two color photodiode TWO COLOR DETECTOR LC InGaAs This two color detector is useful in temperature sensing applications
Contextual Info: 33b040b 000Q1SE ö H E P X SGE D EPITAXX INC IEPITAXX ETX 2000SI Si/lnGaAs Two Color Photodiodes Description: EPITAXX ETX 2000Si combines a 2.5 mm diameter Silicon photodiode over a 2.0 mm diameter InGaAs photodiode within a hermetic T05 package. This combination device

Contextual Info: H D 6 6 2 1 4 T /H D 6 6 2 1 4 T L Micro-TAB — (80-Channel Column Driver in Micro-TCP) Description Features The HD66214T/HD66214TL, the column driver for a large liquid crystal graphic display, features as m any as 80 LC D o u tp u ts pow ered by 80 internal LCD drive circuits. This device latches 4bit parallel data sent from an LCD controller, and

P77-P70

Contextual Info: Section 14 Electrical Specifications 14.1 Absolute Maximum Ratings Table 14-1 lists the absolute maximum ratings. Table 14-1. Absolute Maximum Ratings Preliminary Item Symbol Rating Unit Supply voltage Vcc -0 .3 to +7.0 V Vpp -0 .3 to +13.5 V Programming voltage

HM511664LJ8

Contextual Info: HM511664/L S eries- Preliminary 65,536-Word x 16-Bit Dynamic RAM • DESCRIPTION HM511664JP Series The Hitachi HM511664/HM511664L are CMOS dynamic RAM organized as 65,536-word x 16-bit. HM511664/ HM511664L have realized higher density, higher perform­

m514100

Abstract: HM514100A-8 M514100AL hm514100as ASLS-10 HI257 m514100a 514100A
Contextual Info: HM514100A Series HM514100AL Series Low Power Version HM514100ASL Series Super Low Power Version Preliminary 4,194,304-Word x 1-Bit Dynamic Random A c ce s s Memory HM514100AJ Series • DESCRIPTION The Hitachi HM514100A is a C M O S dynamic RAM organized 4,194,304 word x

Contextual Info: HM511665/L Series 65,536-Word x 16-Bit Dynamic RAM • DESCRIPTION The Hitachi HM511665/HM 511665L are C M O S dynamic R A M organized as 65,536-word x 16-bit. HM511665/11665L have realized higher density, higher performance and vari­ ous functions by employing 0.8 nm C M O S process technol­

Hitachi 2SJ

Abstract: 63021P-28
Contextual Info: HM63021 Seríes 2048-Word x 8-Bit Line Memory • DESCRIPTION H M 63021 Series HM63021 is a 2048-word x 8-bit static Serial Access Memory SAM with sepa­ rate data inputs and outputs. Since it has an internal address counter, no external address signal is required and internal addresses are scanned serially. Using five

HM514280AJ7

Abstract: HM514280AZ8 HM514280AJ-7 HM514280AJ-8 HM514280AJ HM514280ATT HM514280AZ HM514280AJ8
Contextual Info: HM514280A/AL, HM51S4280A/AL Series Prelim inary 262,144-Word x 18-Bit Dynamic Random Access Memory • DESCRIPTION ■ FEATURES The Hitachi HM514280A/AL are CMOS dynamic RAM organized as 262,144-word x 18-bit. HM514280A/AL have realized higher density, higher performance and various

HD44100H

Abstract: with HD44100H hitachi hd44100h
Contextual Info: HD44100H- LCD Driver with 40-Channel Outputs D e s c r ip tio n P in A r r a n g e m e n t The HD44100H has two sets of 20-bit bidir­ ectional shift registers, 20 data latch flipflops and 20 liquid crystal display driver circuits. It receives serial display data from a display

Contextual Info: H IT A C H I/ OPTOELECTRONICS 54E J> m MM^bSGS 0012075 HL8315E T34 H H I T M G aAIAs LD Description The HL8315E is a high-power 0.8 |jm band GaAlAs laser diode with a double heterojunction structure. It is suitable as a light source for optical disk memories and various other types of optical equipment.

hd44780a

Abstract: hitachi hd44780A00 hitachi hd44780a 44780A00 lcd hd44780a LCD HD44780 HD44780A00 hd44100h and hd44780a00 44780a D44780
Contextual Info: H D44780, H D44780A- LCD-II (Dot Matrix Liquid Crystal Display Controller & Driver) Pin Arrangement Description The LCD-n (HD44780, HD44780A) dot matrix liquid crystal display controller & driver LSI displays alphanumerics, kana characters, and symbols. It drives a dot matrix liquid crystal

Contextual Info: HM678127UH Series Under development 13 10 72 -w o rd s x 8 -b its High S p eed S tatic A ccess M em ory Features Pin Arrangement • 131072-words x 8-bits organization • Directly TTL compatible input and output • C hoice o f 5.0 V or 3.3 V pow er supplies for

HM534252

Abstract: CSR 8811 VQH200
Contextual Info: HM534252 Series 262,144-Word x 4-Bit Multiport CMOS Video RAM • DESCRIPTION The HM534252 is a 1-Mbit multiport video RAM equipped with a 256k-word x 4-bit dynamic RAM and a 512-word x 4-bit SAM serial access memory . Its RAM and SAM operate independently and asynchronously. It can transfer data between RAM and SAM and has

HM534253AZ-8

Abstract: HM534253AJ-8 HM534253A hitachi TNC HM534253AJ8
Contextual Info: HM534253A S e rie s - Preliminary 262,144-Word x 4-Bit Multiport CMOS Video RAM • DESCRIPTION The HM534253A is a 1-Mbit multiport video RAM equipped with a 256k-word x 4-bit dynamic RAM and a 512-word x 4-bit SAM serial access memory . Its RAM

Contextual Info: HM514400A S e rie s -HM514400AL Series Low Power Version HM514400ASL Series Super Low Power Version Preliminary 1,048,576-Word x 4-Bit Dynamic Random A c ce s s Memory HM 514400AJ/AU/ALSJ Series • DESCRIPTION The Hitachi HM514400A is a C M O S dynamic RAM organized 1,048,576 word x

HD44272P

Abstract: hitachi pbx HD44233C HD44237 HD44247C HD44248C hd44247 HD44278P HD44234C HD44271P
Contextual Info: HD44270P/CP Series S in g le C h ip C O D E C /F ilte r C o m b o L S I H D 4427IP HD44272P •FEATURES • Single Chip CMOS C ODEC with Filter in 16-pins O IL Package and 18pins PLCC package. • • Power Supply Voltage ±5V ±5% , Low Power Dissipation.

Contextual Info: HM66205L Series 524,288-word x 8-bit High Density CMOS Static RAM Module The HM66205L is a high density 4-Mbit static RAM module which consists of 4 pieces HM628128LT products TSOP type 1M static RAM and a HD74ACT138FP equivalent product (SOP type CMOS decoder logic).

Contextual Info: Preliminary <4 Í M 5 1 1 6 6 6 S e r i e s 65,536-Word x 16-Bit Dynamic RAM • DESCRIPTION HM511666JP Series The Hitachi HM511666 are CMOS dynamic RAM orga­ nized as 65,536-word x 16-bit. HM511666 have realized higher density, higher performance and various functions by

hm514100a

Abstract: K/HB56A48B/GB-10
Contextual Info: HB56A48 Series 4,194,304-Word x 8-Bit High Density Dynamic RAM Module • PIN OUT ■ DESCRIPTION The HB56A48 is a 4M x 8 dynamic RAM module, mount­ ed 8 pieces of 4 Mbit DRAM HM514100AS, HM514100JP sealed in SOJ package. An outline of the HB56A48 is 30-pin

Contextual Info: HM534253A S eries- Preliminary 262,144-Word x 4-Bit Multiport CMOS Video RAM • DESCRIPTION The HM534253A is a 1-Mbit multiport video RAM equipped with a 256k-word x 4-bit dynamic RAM and a 512-word x 4-bit SAM serial access memory . Its RAM

Contextual Info: HB56A48 Series 4,194,304-Word x 8-Bit High Density Dynamic RAM Module • DESCRIPTION ■ PIN OUT The HB56A48 is a 4M x 8 dynamic RAM module, mount­ ed 8 pieces Of 4 Mbit DRAM HM514100AS, HM514100JP sealed in SOJ package. An outline of the HB56A48 is 30-pin

HM51428

Contextual Info: HM514280A/AL, HM51S4280A/AL Series Preliminary 262,144-Word x 18-Bit Dynamic Random Access Memory • DESCRIPTION ■ FEATURES The Hitachi HM514280A/AL are CMOS dynamic RAM organized as 262,144-word x 18-bit. HM514280A/AL have realized higher density, higher performance and various

HM628128LFP-8

Abstract: 628128 RAM HM628128LP FP-32D hitachi 628128 628128 dip HM628128LFP-10 HM628128LP-10 HM628128LFP-7
Contextual Info: HM628128 Series 131072-word x8-bit High Speed CMOS Static RAM The H itachi HM 628128 is a CMOS static R A M organized 128-kword x 8-b it. It realizes higher d e n s ity , h ig h e r p e rfo rm a n c e and lo w p o w e r con sum p tion by e m p lo yin g 0.8 |im H i-C M O S