CGS64 Search Results

74B2529

Abstract: C1996 V28A
Contextual Info: CGS64 74B2529 500 ps 2 to 10 Minimum Skew Clock Driver General Description Features This minimum skew clock driver is designed for Clock Generation and Support CGS applications operating from 33 MHz to 80 MHz The devices guarantee minimum output skew across the outputs of a given device

CGS64B303

Abstract: CGS74B303 M08A 74b303
Contextual Info: CGS64/74B303 National Semiconductor CGS64/74B303 Octal Divide-by-2 Skew Clock Driver General Description Features These minimum skew clock drivers are designed for high frequency Clock Generation and Support CGS applica­ tions. These devices are ideal for duty cycle recovery appli­

74LCT

Contextual Info: PRELIMINARY CGS64/74C800/801/802, CGS64/74CT800/801/802, CGS/74LCT800/801/802 Low Skew PLL 1-to-8 CMOS Clock Driver General Description These minimum skew clock drivers are designed for Clock Generation and Support CGS applications operating at high frequencies utilizing a phase lock loop. The phase lock

Contextual Info: PRELIMINARY CGS64/74B2529 550 ps 1 to 10 Minimum Skew Clock Driver General Description Features This minimum skew clock driver is designed for Clock Gen­ eration and Support CGS applications operating from 33 MHz to 80 MHz. The devices guarantee minimum output

Contextual Info: 2528 £3 ÆÆ National Semiconductor CGS64/74B2528 550 ps 1 to 10 Minimum Skew Clock Driver General Description Features These minimum skew clock drivers are designed for Clock Generation & Support CGS applications operating above 50 MHz. This device guarantees minimum output skew

74B305

Abstract: CGS74B305 61261 M-0013
Contextual Info: National CGS64/74B305 & Semiconductor CGS64/74B305 Octal Divide-by-2 Skew Clock Driver General Description Features These minimum skew clock drivers are designed for high frequency Clock Generation & Support CGS applications. These devices are ideal for duty cycle recovery applications

V28A

Abstract: C1995
Contextual Info: CGS64 74B2528 450 ps 1 to 10 Minimum Skew Clock Driver General Description Features These minimum skew clock drivers are designed for Clock Generation Support CGS applications operating above 50 MHz This device guarantees minimum output skew across the outputs of a given device Skew parameters are

0506T

Abstract: 74B304 CGS74B304 M08A CGS64B304 PN 0506 D0130
Contextual Info: National CGS64/74B304 & Semiconductor CGS64/74B304 Octal Divide-by-2 Skew Clock Driver General Description Features These minimum skew clock drivers are designed for high frequency Clock Generation & Support CGS applications. These devices are ideal for duty cycle recovery applications

chip 2528

Abstract: 74B2528 lm 2528
Contextual Info: ÌLOGI L3E t bSDllES 0Q?b25ß 274 National I Semiconductor • August 1993 CGS64/74B2528 550 ps 1 to 10 Minimum Skew Clock Driver General Description Features These minimum skew clock drivers are designed for Clock Generation & Support CGS applications operating above

Contextual Info: September 1995 C G S 6 4/74 B 25 29 500 ps 2 to 10 Minimum Skew Clock Driver General Description Features This minimum skew clock driver is designed for Clock Gen­ eration and Support CGS applications operating from 33 MHz to 80 MHz. The devices guarantee minimum output

CGS472T450X5C

Abstract: CGS102T200R4C
Contextual Info: Type CGS High-Cap Screw Terminal Aluminum Electrolytic Capacitor High CV, Screw Terminal Capacitors Type CGS screw terminal, aluminum electrolytic capacitors have a high CV rating and are suitable for use in most demanding applications requiring high current

CGS153U100X4C

Abstract: CGS102T450W4C CGS252T250V5L CGS772T200X5L CGS603U050X5C 9 000 016 039 cgs 350 VDC CGS102T450R5L CGS143U050V5L CGS273U050V4C
Contextual Info: Type CGS Computer Grade Aluminum Electrolytic Capacitor High CV, Screw Terminal Capacitors Type CGS screw terminal, computer grade aluminum electrolytic capacitors have a high CV rating and are suitable for use in most demanding applications requiring high current filtering or energy storage.

Contextual Info: b S G l l S P aQTflTEt, bS2 NSC1 o National Semiconductor PRELIMINARY General Description Features This minimum skew clock driver is designed for Clock Gen­ eration and Support CGS applications operating from 33 MHz to 80 MHz. The devices guarantee minimum output

Aero m capacitor

Abstract: CGS313U075V5C3PH
Contextual Info: TYPE CGS Computer Grade Aluminum Electrolytic Capacitor FEATURES: • High Capacitance • High Voltage • High Ripple Current The CGS capacitor manufactured by Aero M is a high performance computer grade aluminum electrolytic capacitor designed to meet the stringent requirements of power supplies

Contextual Info: Type CGS High-Cap Screw Terminal Aluminum Electrolytic Capacitor High CV, Screw Terminal Capacitors Type CGS screw terminal, aluminum electrolytic capacitors have a high CV rating and are suitable for use in most demanding applications requiring high current filtering or energy storage.

MALLORY CGS CAPACITORS

Abstract: mallory capacitor fp CGS222U050R2C Mallory Type CGS Mallory cgs MALLORY CAPACITOR CATALOG MALLORY 150 M CAPACITORS
Contextual Info: • Types CGS, CG, CGR, CGO, CGH Dimensions and Size Charts MallorY Case Code Chart Uninsulated Can_ _Inches . — A O O ro a « o E 3 R2C R2L R3C R3L R4C R4L R5C R5L U2C U2L U3C U3L U4C U4L U5C U5L V2C V2L V3C V3L V4C V4L V5C V5L W3C W3L W4C W4L

CGS332T350X5L

Abstract: CGS33 CGS102T450R5L cgs152t350w4c CGS144U6R3R4C CGS194U6R3V3C CGS733U6R3R2L CGS953U6R3R3C CGS263U075X5R CGS104U075X5L
Contextual Info: Type CGS High-Cap Screw Terminal Aluminum Electrolytic Capacitor High CV, Screw Terminal Capacitors Type CGS screw terminal, aluminum electrolytic capacitors have a high CV rating and are suitable for use in most demanding applications requiring high current

CGS222U050R2C

Contextual Info: Type CGS Computer Grade Aluminum Electrolytic Capacitor High CV, Screw Terminal Capacitors Type CGS screw terminal, computer grade aluminum electrolytic capacitors have a high CV rating and are suitable for use in most demanding applications requiring high current filtering or energy storage.

CGS74B303V

Contextual Info: £3 National ÆM Semiconductor CGS74B303 Octal Dlvide-by-2 Skew Clock Driver General Description Features These minimum skew clock drivers are designed for high frequency Clock Generation and Support CGS applica­ tions. These devices are ideal for duty cycle recovery appli­

MALLORY CAPACITORS cgs

Abstract: cgs294 CGS104U075X5L mallory 235 Mallory Type CGS 8400 Mallory cgs CGS102T200R4C Mallory Type CGS CGS302U050R2C
Contextual Info: Type CGS Computer Grade Capacitors { High CV Product { Screw Terminals { Suitable for use in most demanding applications requiring high current filtering or energy storage { DC Leakage Current: I = .006 ǰCV after 30 minutes Not to exceed 6mA C = Capacitance in ȐF

CGS153U100W5L

Abstract: MALLORY cgs103u100w4c CGS482U150W4L CGS153U100X4C CGS393U100X5R MALLORY CGS273U050V4C CGS312U100R5C CGS173U040V4C CGS872U150X5R CGS102T450R5L
Contextual Info: Type CGS Computer Grade Capacitors { High CV Product { Screw Terminals { Suitable for use in most demanding applications requiring high current filtering or energy storage { DC Leakage Current: I = .006 ǰCV after 30 minutes Not to exceed 6mA C = Capacitance in ȐF

Contextual Info: Type CGS Computer Grade Aluminum Electrolytic Capacitor High CV, Screw Terminal Capacitors Type CGS screw terminal, computer grade aluminum electrolytic capacitors have a high CV rating and are suitable for use in most demanding applications requiring high current filtering or energy storage.

cgs892u025r3c

Contextual Info: Type CGS High-Cap Screw Terminal Aluminum Electrolytic Capacitor High CV, Screw Terminal Capacitors Type CGS screw terminal, aluminum electrolytic capacitors have a high CV rating and are suitable for use in most demanding applications requiring high current

CGS123U075

Contextual Info: Type CGS High-Cap Screw Terminal Aluminum Electrolytic Capacitor High CV, Screw Terminal Capacitors Type CGS screw terminal, aluminum electrolytic capacitors have a high CV rating and are suitable for use in most demanding applications requiring high current filtering or energy storage.