CY10E301 Search Results

Contextual Info: CY10E301 CY100E301 CYPRESS T~'~ — '— • - —— - - —1= SEMICONDUCTOR Combinatorial ECL16P8 Programmable Logic Device Features Functional Description • Standard 16P8 pinout and architecture — 16 inputs, 8 outputs — User-programmable output polarity

Contextual Info: = ~ =~ -= t ~ CY10E301 CY100E301 ß SEMICONDUCTOR Combinatorial ECL 16P4 Programmable Logic Device F eatures F unctional D escription • Standard 16P8 pinout and architecture — 16 inputs» 8 outputs Cypress Semiconductor’s PLD family offers the user the highest level of perform­

C3014

Contextual Info: ^ ss CY10E301 CY100E301 mJSt QYPRESS ^ SEMICONDUCTOR = Combinatorial ECL 16P8 Programmable Logic Device Features Functional Description • Standard 16P8 pinout and architecture Cypress Semiconductor’s PLD family offers the user the highest level o f per­

Contextual Info: CY10E301 CY100E301 CYPRESS SEMICONDUCTOR Combinatorial ECL 16P8 Programmable Logic Device Features Functional Description • Standard 16P8 pinout and architecture — 16 inputs, 8 outputs — User-programmable output polarity Cypress Semiconductor’s PLD family of­

D-A53

Abstract: 14l8 PALC22 cypress 22V10 22V10
Contextual Info: CYPRESS SEMICONDUCTOR , P L D Programming Information Introduction Programmable Technology P L D s o r P ro g ram m ab le Logic Devices provide an a ttra c t­ ive altern ativ e to logic im plem ented w ith discrete devices. Because th e p rim ary requirem ents for this logic has been to

Contextual Info: CYPRESS SEMICONDUCTOR b5E T> 2 5 0 ^ 2 QQ1Q7T2 CYP CY7B991 CY7B992 PRELIMINARY CYPRESS SEMICONDUCTOR TÔ2 P rogram m ab le Skew C lock B u ffer P S C B Functional Description • Output pair skew <100 ps typical (250 max.) • All outputs skew <250 ps typical

PALC22V10B-20KMB

Abstract: PALC22V10B-20WMB PALC22V10B20WMB palc22v10b-15hc V103-6 ecl pal 16 macrocells PALC22V10B palc22v10b-15jc cypress 22V10b PALC22V10B-15KMB
Contextual Info: CYPRESS SEMI CONDUCTOR b£E T> SS f i T b b E QG1D3Ô3 2Mb CYP PALC22V10B CYPRESS SEMICONDUCTOR • Advanced second generation PAL ar­ chitecture • Low power — 90 m A max. standard — 100 mA max. military • CMOS EPROM technology for repro­ grammability

CY10E301

Abstract: 7C245A CY7C245A CLCC 64 pins footprint CY7C245A-25QMB motorola 28pin smd control board
Contextual Info: CYPRESS SEMI CONDUCTOR bSE J> 2Sf i ^t . bS 0010171 7bE CY7C245A r^ Y p p irc c ; Reprogrammable 2K x 8 Registered PROM SEMICONDUCTOR • SV ±10% V cci commercial and military Features • Windowed for reprogrammability • CMOS for optimum speed/power • High speed

IDT7201

Abstract: IDT7202 linear array 512 MTBF 421A1
Contextual Info: CYPRESS SEMICONDUCTOR bSE ]> • ESflTLbS OOlQbM'i ÖEO CY7C421A CY7C425A PRELIMINARY CYPRESS SEMICONDUCTOR High-Speed Cascadable 51 2 x 9 FIFO IK X 9 FIFO • TI L compatible • Three-state outputs • Pin compatible and functional equivalent to IDT7201 and IDT7202

CLCC 64 pins footprint

Abstract: eprom mtbf CY10E474 64 CERAMIC LEADLESS CHIP CARRIER LCC CY10E301
Contextual Info: CY7C285 CYPRESS SEMICONDUCTOR 64K x 8 Reprogrammable Fast Column Access PROM Features Functional Description • CMOS for optimum speed/power T h e CY7C285 is a high-perform ance 65,536 by 8 -bit C M O S P R O M . It is avail­ able in a 28-pin 300-mil package and fe a ­

CY27S03A

Abstract: 15JC10 CY7C190 cy7c9101 cy7c122 die VIC068A user guide
Contextual Info: Thermal Management and Component Reliability slope of the logarithmic plots is given by the activation energy of the failure mechanisms causing thermally activated wear out of the device see Figure 1 . One of the key variables determining the long-term reliability

1001dl

Abstract: CKvv CY7B923 CY7B933 ECL100K CY10E301 air transmitter mtbf d17001 1001 dl 1001 ds
Contextual Info: CYPRESS SEMICONDUCTOR HSfl'ikbS 0 0 1 1 5 5 7 hSE D PRELIM INARY TTfi CYP CY7B923 CY7B933 {'•'’Y P P F ’CIC! SEMICONDUCTOR HOTLink Transmitter/Receiver Features Functional Description • • • • • • • • • • The CY7B923 HOTLink Transmitter and

CY7C9101

Abstract: CY7C510 CY7C190 cy7c189 G30-88 CY7c910 EA 9394 cy3341 CY6116 cy7c901
Contextual Info: fax id: 8511 Thermal Management Thermal Management and Component Reliability One of the key variables determining the long-term reliability of an integrated circuit is the junction temperature of the device during operation. Long-term reliability of the semiconductor chip degrades proportionally with increasing temperatures following an exponential function described by the

CY7C2901

Contextual Info: ÌB Ìcy p ress • Table 10. Die Sizes of Cypress Devices continued P a rt N um ber Size (mil2) P a rt N um ber Size (mil2) ECL Logic CY 2909A 7968 CY100E301L 14875 CY2910A 21750 CY100E302L 14875 CY2911A 7968 CY100E422 6960 11800 CY100E474 10830 CY7C510

CY10E301

Abstract: cypress quickpro II CY10E301-4YC CY10E301-5DMB CY100E301 cy10e301-4dc Y646
Contextual Info: r^Y P PFR C ^ — - — ^ SEMICONDUCTOR - Features Functional Description Cypress Sem iconductor’s PLD family of­ fers th e u ser the highest level o f p e rfo rm ­ ance in E C L program m able logic devices. T hese PL D s a re developed using an ad­