CGS DIODE Search Results

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

C2525

Abstract: C2526
Contextual Info: CGS74C2525,CGS74C2526,CGS74CT2525, CGS74CT2526 CGS74CT2525 1-to-8 Minimum Skew Clock Driver Literature Number: SNOS559 CGS74C2525  CGS74CT2525 CGS74C2526  CGS74CT2526 1-to-8 Minimum Skew Clock Driver The CGS ’C CT2525 is a minimum skew clock driver with

AC2525

Abstract: 74AC ACT2525 C1996 CGS74C2525 CGS74C2526 CGS74CT2525 CGS74CT2526 10b18 10684
Contextual Info: CGS74C2525  CGS74CT2525 CGS74C2526  CGS74CT2526 1-to-8 Minimum Skew Clock Driver The CGS ’C CT2525 is a minimum skew clock driver with one input driving eight outputs specifically designed for signal generation and clock distribution applications The ’2525

Contextual Info: MEGGITT CGS HIGH VOLTAGE RESISTORS HIGH VALUE RESISTORS HIGH POWER RESISTORS ALUMINIUM CLAD RESISTORS CURRENT SENSE RESISTORS SMD Trimmable Resistors TYPE RT73 SERIES This new concept in resistor technology allows the customer to actively trim his circuit in situ. New

Contextual Info: CGS74C2525  CGS74CT2525 CGS74C2526  CGS74CT2526 1-to-8 Minimum Skew Clock Driver The CGS ’C CT2525 is a minimum skew clock driver with one input driving eight outputs specifically designed for signal generation and clock distribution applications The ’2525

Contextual Info: National CGS74CT2527 ß Semiconductor CGS74CT2527 1-to-8 Minimum Skew (300 ps Clock Driver General Description Features These minimum skew clock drivers are designed for Clock Generation and Support (CGS) applications operating at high frequencies. This device guarantees minimum output

Contextual Info: CGS74C2525»CGS74CT2525*CGS74C2526*CGS74CT2526 National Semiconductor CGS74C2525 • CGS74CT2525 CGS74C2526 • CGS74CT2526 1-to-8 Minimum Skew Clock Driver The CGS ’C/CT2525 is a minimum skew clock driver with one input driving eight outputs specifically designed for sig­

CT2527

Contextual Info: CT2527 EHNational Æ M Semiconductor CGS74CT2527 1-to-8 Minimum Skew 450 ps Clock Driver General Description Features These minimum skew clock drivers are designed for Clock Generation and Support (CGS) applications operating at high frequencies. This device guarantees minimum output

CGS74CT2524

Abstract: M08A m0013
Contextual Info: National CGS74CT2524 ß Semiconductor CGS74CT2524 1 to 4 Minimum Skew (300 ps Clock Driver General Description Features These minimum skew clock drivers are designed for Clock Generation and Support (CGS) applications operating at high frequencies. This device guarantees minimum output

C1995

Abstract: CGS74CT2524 M08A
Contextual Info: CGS74CT2524 1 to 4 Minimum Skew 300 ps Clock Driver General Description Features These minimum skew clock drivers are designed for Clock Generation and Support (CGS) applications operating at high frequencies This device guarantees minimum output skew across the outputs of a given device

Contextual Info: CGS74CT2524 1 to 4 Minimum Skew 300 ps Clock Driver General Description Features These minimum skew clock drivers are designed for Clock Generation and Support (CGS) applications operating at high frequencies This device guarantees minimum output skew across the outputs of a given device

Contextual Info: CGS74CT2524 CGS74CT2524 1 to 4 Minimum Skew 300 ps Clock Driver Literature Number: SNOS683A CGS74CT2524 1 to 4 Minimum Skew (300 ps) Clock Driver General Description Features These minimum skew clock drivers are designed for Clock Generation and Support (CGS) applications operating at

CGS3321

Abstract: CGS3321M CGS3322 CGS3322M M08A
Contextual Info: Revised January 2001 CGS3321 • CGS3322 CMOS Crystal Clock Generators General Description Features The CGS3321 and CGS3322 devices are designed for Clock Generation and Support CGS applications up to 110 MHz. The CGS332x series of devices are crystal controlled CMOS oscillators requiring a minimum of external

11956

Abstract: C1996 CGS74CT2524 CGS74LCT2524 CGS74LCT2524M M08A MA3329 dsa003326
Contextual Info: CGS74LCT2524 1 to 4 Minimum Skew 300 ps 3V Clock Driver General Description Features This minimum skew clock driver is a 3V option of the current CGS74CT2524 Minimum Skew Clock Driver and is designed for Clock Generation and Support (CGS) applications operating at low voltage high frequencies This device

Contextual Info: CGS74LCT2524 1 to 4 Minimum Skew 300 ps 3V Clock Driver General Description Features This minimum skew clock driver is a 3V option of the current CGS74CT2524 Minimum Skew Clock Driver and is designed for Clock Generation and Support (CGS) applications operating at low voltage high frequencies This device

C1995

Abstract: CGS74CT2525 CGS74CT2527 V28A
Contextual Info: CGS74CT2527 1-to-8 Minimum Skew 300 ps Clock Driver General Description Features These minimum skew clock drivers are designed for Clock Generation and Support (CGS) applications operating at high frequencies This device guarantees minimum output skew across the outputs of a given device The ’2527 is a

M08A

Abstract: CGS3321 CGS3321M CGS3322 CGS3322M Absolute Value Circuit
Contextual Info: Revised March 1999 CGS3321 • CGS3322 CMOS Crystal Clock Generators General Description Features The CGS3321 and CGS3322 devices are designed for Clock Generation and Support CGS applications up to 110 MHz. The CGS332x series of devices are crystal controlled CMOS oscillators requiring a minimum of external

AC2525

Abstract: C2526
Contextual Info: CGS54C/74C2525 • CGS54CT/74CT2525 CGS54C/74C2526 • CGS54CT/74CT2526 1-to-8 Minimum Skew Clock Driver The CGS ’C/CT2525 is a minimum skew clock driver with one input driving eight outputs specifically designed for sig­ nal generation and clock distribution applications. The '2525

74LCT2524

Abstract: 74LCT
Contextual Info: September 1995 Semiconductor CGS74LCT2524 1 to 4 Minimum Skew 300 ps 3V Clock Driver General Description Features This minimum skew clock driver is a 3V option of the current CGS74CT2524 Minimum Skew Clock Driver and is de­ signed for Clock Generation and Support (CGS) applica­

2524

Abstract: CT2524
Contextual Info: 2524 ¡2 3 N a tio n a l mm Semiconductor CGS74CT2524 1 to 4 Minimum Skew 450 ps Clock Driver General Description Features These minimum skew clock drivers are designed for Clock Generation and Support (CGS) applications operating at high frequencies. This device guarantees minimum output

Curtice

Abstract: EFA018A EPA030A EPA480C EPA060B EFA040A EFA025A EPA025 220E-12 Excelics EPA018A
Contextual Info: Large Signal Model Parameters for Curtice-Cubic Model For Low Distortion GaAs Power FETs Curtice-Ettenburg Model Parameter BETA GAMMA VOUT0 VT0 A0 A1 A2 A3 TAU R1 R2 VB0 VBI RF IS N RDS CRF RD RG RS RIN CGSO CGDO FC CDS CGS CGD KF4 AF TNOM XTI EG VTOTC BETATCE

C2526

Abstract: C2526 v3.3 C2525 AC2525
Contextual Info: • b S n i l S E 0 0 7 0 ^ 1 0 2^5 ■ NSC1 CGS54C/74C2525 • CGS54CT/74CT2525 CGS54C/74C2526 • CGS54CT/74CT2526 1-to-8 Minimum Skew Clock Driver The CGS ’C/CT2525 is a minimum skew clock driver with one input driving eight outputs specifically designed for sig­

011956

Abstract: CGS74CT2524 CGS74LCT2524 CGS74LCT2524M M08A lct252
Contextual Info: CGS74LCT2524 1 to 4 Minimum Skew 300 ps 3V Clock Driver General Description Features This minimum skew clock driver is a 3V option of the current CGS74CT2524 Minimum Skew Clock Driver and is designed for Clock Generation and Support (CGS) applications operating at low voltage, high frequencies. This device guarantees minimum output skew across the outputs of a given

CGS74CT2524

Abstract: CGS74LCT2524 CGS74LCT2524M M08A 011956
Contextual Info: CGS74LCT2524 1 to 4 Minimum Skew 300 ps 3V Clock Driver General Description Features This minimum skew clock driver is a 3V option of the current CGS74CT2524 Minimum Skew Clock Driver and is designed for Clock Generation and Support (CGS) applications operating at low voltage, high frequencies. This device guarantees minimum output skew across the outputs of a given