AN501 SILICONIX Search Results

Z80 PROCESSOR

Abstract: MC14504 cd7407 datasheet z80 ultrasound block diagram k 536 s16 transistor s4 vishay CD4051 AN501
Contextual Info: AN501 Vishay Siliconix The DG535/536 Wideband Multiplexers Suit a Wide Variety of Applications S PCM routing networks Introduction S ATE systems Analog switch IC’s traditionally have found limited use in applications involving high-frequency analog or digital signals.

MC14504

Abstract: cd7407 CD4051 pin diagram AN501 DG506A DG508A DG526 DG535 DG536 AN501 siliconix
Contextual Info: AN501 Siliconix The DG535/536 Wideband Multiplexers Suit a Wide Variety of Applications Gareth Powell Introduction Analog switch IC's traditionally have found limited use in applications involving highĆfrequency analog or digital signals. Degradation of switch performance and

MC14504

Abstract: cd7407 Z80 PROCESSOR AN501 DG506A DG508A DG526 DG535 DG536 SD5000
Contextual Info: AN501 Vishay Siliconix The DG535/536 Wideband Multiplexers Suit a Wide Variety of Applications S PCM routing networks Introduction S ATE systems Analog switch IC’s traditionally have found limited use in applications involving high-frequency analog or digital signals.

MC14504

Abstract: cd7407 si582 cd40109 AN501 DG506A DG508A DG526 DG535 DG536
Contextual Info: AN501 The DG535/536 Wideband Multiplexers Suit a Wide Variety of Applications Introduction V+ Analog switch IC’s traditionally have found limited use in applications involving high-frequency analog or digital signals. Degradation of switch performance and intolerable

cd7407

Abstract: digital phase shifters MC14504 Si581 thermoelectric generator datasheet z80 layout diagram of microprocessor s16 transistor ultrasound transducer circuit driver AN501
Contextual Info: AN501 The DG535/536 Wideband Multiplexers Suit a Wide Variety of Applications Gareth Powell Introduction V+ Analog switch IC’s traditionally have found limited use in applications involving high-frequency analog or digital signals. Degradation of switch performance and intolerable

Analog Multiplexers

Abstract: DG4xx
Contextual Info: VISHAY - Vishay Siliconix About Analog Multiplexers Differential vs. Single-Ended Multiplexing When is it better to select a differential multiplexer versus a single-ended configuration? Figures 1 and 2 demonstrate

Contextual Info: Tem ic Semiconductors About Analog Multiplexers Analog multiplexers represent a higher level of integration than analog switches. They have many 4,8,16, or more inputs with only one or two common outputs. Multiplexers are used where it is necessary to transfer

Contextual Info: Tem ic DG535/536 Siliconix 16-Channel Wideband Video Multiplexers Features Benefits • Crosstalk: —100 dB @ 5 MHz • 300 MHz Bandwidth • Low Input and Output Capacitance • Low Power: 75 u W • Low rDS on : 50 Q • On-Board Address Latches • Disable Output

DG536DN

Contextual Info: DG535/536 Vishay Siliconix 16-Channel Wideband Video Multiplexers FEATURES BENEFITS • • • • • • • • High Video Quality • Reduced Insertion Loss • Reduced Input Buffer Requirements • Minimizes Power Consumption • Simplifies Bus Interface

27S32

Abstract: AN501 DG535 DG535AP DG535DJ DG536 DG536DN MC14504B
Contextual Info: DG535/536 Siliconix 16ĆChannel Wideband Video Multiplexers Features D D D D D D D Benefits Crosstalk: -100 dB @ 5 MHz 300 MHz Bandwidth Low Input and Output Capacitance Low Power: 75 mW Low rDS on : 50 W OnĆBoard Address Latches Disable Output Applications

PT 2102 ic

Contextual Info: Siliconix DG535/536 A M ember of the TBMIC Group 16-Channel Wideband Video Multiplexers Features Benefits Applications • • • • • • • • • • • • • • • • • • Crosstalk: -1 0 0 dB @ 5 MHz 300 MHz Bandwidth Low Input and O utput Capacitance

DG536DN

Abstract: AN501 DG535 DG535AP DG535DJ DG536
Contextual Info: DG535/536 Vishay Siliconix 16-Channel Wideband Video Multiplexers FEATURES BENEFITS D D D D D D D D High Video Quality D Reduced Insertion Loss D Reduced Input Buffer Requirements D Minimizes Power Consumption D Simplifies Bus Interface Crosstalk: –100 dB @ 5 MHz

DG536DN

Abstract: AN501 DG535 DG535AP DG535DJ DG536 V552
Contextual Info: DG535/536 Vishay Siliconix 16-Channel Wideband Video Multiplexers FEATURES BENEFITS D D D D D D D D High Video Quality D Reduced Insertion Loss D Reduced Input Buffer Requirements D Minimizes Power Consumption D Simplifies Bus Interface Crosstalk: –100 dB @ 5 MHz

74574

Abstract: 2574 dis739 74574 download AN501 DG535 DG535AP DG535DJ DG536 DG536DN
Contextual Info: DG535/536 Siliconix 16ĆChannel Wideband Video Multiplexers Features Benefits D Crosstalk: -100 dB @ 5 MHz D 300 MHz Bandwidth D Low Input and Output Capacitance D Low Power: 75 mW D Low rDS on : 50 W D OnĆBoard Address Latches D Disable Output Applications

DG536DN

Abstract: AN501 DG535 DG535DJ DG536 MC14504B
Contextual Info: DG535/536 Vishay Siliconix 16-Channel Wideband Video Multiplexers DESCRIPTION FEATURES The DG535/536 are 16-channel multiplexers designed for routing one of 16 wideband analog or digital input signals to a single output. They feature low input and output capacitance, low on-resistance, and n-channel DMOS “T”

AN501

Abstract: DG535 DG535AP DG535DJ DG536 DG536DN
Contextual Info: DG535/536 Vishay Siliconix 16-Channel Wideband Video Multiplexers FEATURES BENEFITS D D D D D D D D High Video Quality D Reduced Insertion Loss D Reduced Input Buffer Requirements D Minimizes Power Consumption D Simplifies Bus Interface Crosstalk: –100 dB @ 5 MHz

Contextual Info: DG535/536 Vishay Siliconix 16-Channel Wideband Video Multiplexers FEATURES BENEFITS D D D D D D D D High Video Quality D Reduced Insertion Loss D Reduced Input Buffer Requirements D Minimizes Power Consumption D Simplifies Bus Interface Crosstalk: –100 dB @ 5 MHz

Contextual Info: DG535/536 Vishay Siliconix 16-Channel Wideband Video Multiplexers FEATURES BENEFITS D D D D D D D D High Video Quality D Reduced Insertion Loss D Reduced Input Buffer Requirements D Minimizes Power Consumption D Simplifies Bus Interface Crosstalk: –100 dB @ 5 MHz

DG536DN

Abstract: MC14504B s4 vishay AN501 DG535 DG535AP DG535DJ DG536
Contextual Info: DG535/536 Vishay Siliconix 16-Channel Wideband Video Multiplexers FEATURES BENEFITS D D D D D D D D High Video Quality D Reduced Insertion Loss D Reduced Input Buffer Requirements D Minimizes Power Consumption D Simplifies Bus Interface Crosstalk: –100 dB @ 5 MHz

Contextual Info: DG535/536 Vishay Siliconix 16-Channel Wideband Video Multiplexers DESCRIPTION FEATURES The DG535/536 are 16-channel multiplexers designed for routing one of 16 wideband analog or digital input signals to a single output. They feature low input and output capacitance, low on-resistance, and n-channel DMOS “T”

DG536DN

Abstract: AN501 DG535 DG535DJ DG536 MC14504B
Contextual Info: DG535/536 Vishay Siliconix 16-Channel Wideband Video Multiplexers DESCRIPTION FEATURES The DG535/536 are 16-channel multiplexers designed for routing one of 16 wideband analog or digital input signals to a single output. They feature low input and output capacitance, low on-resistance, and n-channel DMOS “T”

8085 microprocessor

Abstract: Si581 RSGB SILICONIX AUDIO POWER AMPLIFIER measurement of voltage using 8085 TF2910 jvc tv AN504 DG884DN Si582
Contextual Info: AN504 Siliconix Video Crosspoint Switch Simplifies Large Matrix Designs Andy Fewster The DG884 is a digitally selectable eightĆinput to fourĆoutput monolithic bidirectional crosspoint IC suitable for wideband analog and digital signal routing. Wideband here is used to define signals with bandwidths in the range

8085 microprocessor

Abstract: measurement of voltage using 8085 1N4148 AN504 CLC111 CLC410 DG884 DG884DN HP4195A RSGB
Contextual Info: AN504 Vishay Siliconix Video Crosspoint Switch Simplifies Large Matrix Designs The Signal Path The DG884 is a digitally selectable eight-input to four-output monolithic bidirectional crosspoint IC suitable for wideband analog and digital signal routing. Wideband here is used to

Contextual Info: Tem ic DG535/536 Semiconductors 16-Channel Wideband Video Multiplexers Features • • • • • • • Crosstalk: -100 dB @ 5 MHz 300 MHz Bandwidth Low Input and Output Capacitance Low Power: 75 fiW Low r DS on : 50 Q On-Board Address Latches Disable Output