OP400 Search Results

OP400RP

Contextual Info: Preliminary SEi - Radiation-Hardened OP400RP Quad Low-Offset, Low-Power Operational Amplifier Features: •RAD-PAK technology-hardened against natural space radiation •Total dose hardness typical >100 krad Si ; dependent upon orbit •Package: - 14 pin RAD-PAK® flat package

OP400

Abstract: OP-400
Contextual Info: OP400 Quad Low-Offset, Low-Power Operational Amplifier v+ BIAS OUT VOLTAGE LIMITING NETWORK +IN -IN v- Logic Diagram DESCRIPTION: • RAD-PAK technology-hardened against natural space radiation • Total dose hardness: - > 100 krad Si , depending upon space mission

OP400

Contextual Info: OP400 Quad Low-Offset, Low-Power Operational Amplifier v+ BIAS OUT VOL TAGE LIMITING NETWORK +IN -IN v- Logic Diagram DESCRIPTION: • RAD-PAK technology-hardened against natural space • radiation • Total dose hardness: - > 100 krad Si , depending upon space mission

OP400

Abstract: HA4741 LM148 LT1014 OP07 RM4156
Contextual Info: Quad Low Offset, Low Power Operational Amplifier OP400 OUTA 1 16 OUT D 15 –IN D 14 +IN D 13 V– 12 +IN C 11 –IN C OUT B 7 10 OUT C NC 8 9 NC OUT A 1 14 OUT D –IN A 2 –IN A 2 13 –IN D +IN A 3 12 +IN D V+ 4 11 V– +IN B 5 10 +IN C –IN B 6 9 –IN C

Contextual Info: Preliminary OP4005 • • • Quartz SAW Stabilized and Filtered Fundamental-Mode Oscillation at 622.08 MHz Voltage Tunable for Phase Lock Loop Operations 622.08 MHz Optical Timing Clock The output of this device is generated and filtered by narrowband quartz SAW elements at 622.08 MHz. The

OP400

Abstract: ASD0012517
Contextual Info: Quad Low-Offset, Low-Power Operational Amplifier OP400 1.0 SCOPE This specification documents the detailed requirements for Analog Devices space qualified die including die qualification as described for Class K in MIL-PRF-38534, Appendix C, Table C-II except as modified herein.

Contextual Info: • • • • • OP4009B Quartz SAW Stabilized and Filtered “Diff Sine” Technology Fundamental-Mode Oscillation at 672.163 MHz Voltage Tunable for Phase Lock Loop Operations Optical Timing Reference for Forward Error Correction Applications Complies with Directive 2002/95/EC RoHS

OP4005B

Abstract: OP4008B
Contextual Info: Preliminary OP4008B • • • • Quartz SAW Stabilized and Filtered “Diff Sine” Technology Fundamental-Mode Oscillation at 669.327 MHz Voltage Tunable for Phase Lock Loop Operations Optical Timing Reference for Forward Error Correction Applications

OC768

Abstract: OP4005B
Contextual Info: OP4005B • • • • • Quartz SAW Stabilized Differential Output Technology Very Low Jitter Fundamental-Mode Operation at 622.08 MHz Voltage Tunable for Phase Locked Loop Applications Timing Reference for Optical Data Communications Systems Complies with Directive 2002/95/EC RoHS

OP4008B

Abstract: OP4005B
Contextual Info: OP4008B • • • • • Quartz SAW Stabilized and Filtered “Diff Sine” Technology Fundamental-Mode Oscillation at 669.327 MHz Voltage Tunable for Phase Lock Loop Operations Optical Timing Reference for Forward Error Correction Applications Complies with Directive 2002/95/EC RoHS

Contextual Info: OP4008B • • • • Quartz SAW Stabilized and Filtered “Diff Sine” Technology Fundamental-Mode Oscillation at 669.327 MHz Voltage Tunable for Phase Lock Loop Operations Optical Timing Reference for Forward Error Correction Applications 669.327 MHz

Contextual Info: Preliminary OP4005B • • • • Quartz SAW Stabilized Differential Output Technology Very Low Jitter Fundamental-Mode Operation at 622.08 MHz Voltage Tunable for Phase Locked Loop Applications Timing Reference for Optical Data Communications Systems

Contextual Info: Preliminary OP4008B • • • • Quartz SAW Stabilized and Filtered “Diff Sine” Technology Fundamental-Mode Oscillation at 669.327 MHz Voltage Tunable for Phase Lock Loop Operations Optical Timing Reference for Forward Error Correction Applications

Contextual Info: OP4009B • • • • Quartz SAW Stabilized and Filtered “Diff Sine” Technology Fundamental-Mode Oscillation at 672.163 MHz Voltage Tunable for Phase Lock Loop Operations Optical Timing Reference for Forward Error Correction Applications 672.163 MHz

OP4005B

Abstract: OP4009B
Contextual Info: • • • • • OP4009B Quartz SAW Stabilized and Filtered “Diff Sine” Technology Fundamental-Mode Oscillation at 672.163 MHz Voltage Tunable for Phase Lock Loop Operations Optical Timing Reference for Forward Error Correction Applications Complies with Directive 2002/95/EC RoHS

Contextual Info: Preliminary OP4005B • • • Quartz SAW Stabilized and Filtered “Diff Sine” Technology Fundamental-Mode Oscillation at 622.08 MHz Voltage Tunable for Phase Lock Loop Operations 622.08 MHz Optical Timing Clock The output of this device is generated and filtered by narrowband quartz SAW elements at 622.08 MHz. The

Contextual Info: Preliminary OP4005B • • • • Quartz SAW Stabilized Differential Output Technology Very Low Jitter Fundamental-Mode Operation at 622.08 MHz Voltage Tunable for Phase Locked Loop Applications Timing Reference for Optical Data Communications Systems

Contextual Info: OP4006B1 • • • • Quartz SAW Stabilized Differential Output Technology Very Low Jitter Fundamental-Mode Operation at 666.51 MHz Voltage Tunable for Phase Locked Loop Applications Optical Timing Reference for Forward Error Correction Applications The OP4006B1 is a voltage-controlled SAW clock VCSC designed for phase-locked loop (PLL) applications

Precision Monolithics

Abstract: Precision Monolithics ref 01 OP4005B OC-768
Contextual Info: OP4005B • • • • Quartz SAW Stabilized Differential Output Technology Very Low Jitter Fundamental-Mode Operation at 622.08 MHz Voltage Tunable for Phase Locked Loop Applications Timing Reference for Optical Data Communications Systems The OP4005B is a voltage-controlled SAW clock VCSC designed for phase-locked loop (PLL) applications

High Speed Amplifiers

Abstract: OP275GP SSM2018P AD708JN OP275GS AD829JN OP262GS AD830AN AD822BN op221az
Contextual Info: Analog Devices Amplifiers Amplifiers Continued Precision Amplifiers (Continued) Mfr.Õs Type Vos Max. (µV) VOS TC Max. (µV/ÁC) Noise µVp-p 0.1-10 Hz Typ. GBW Typ. (MHz) Slew Rate (V/µs Typ.) Ib nA Max. CMRR dB f=1 kHz Typ. Single Dual Quad AD708JN OP400AY

Contextual Info: OP400A Quad Low-Offset, Low-Power Operational Amplifier v+ BIAS OUT VOLTAGE LIMITING NETWORK +IN -IN v- Logic Diagram One Amplifier DESCRIPTION: • RAD-PAK technology-hardened against natural space • radiation • Total dose hardness: - > 100 krad (Si), depending upon space mission

Contextual Info: Preliminary OP4008B • • • • Quartz SAW Stabilized and Filtered “Diff Sine” Technology Fundamental-Mode Oscillation at 669.327 MHz Voltage Tunable for Phase Lock Loop Operations Optical Timing Reference for Forward Error Correction Applications

Contextual Info: Preliminary OP4008B • • • • Quartz SAW Stabilized and Filtered “Diff Sine” Technology Fundamental-Mode Oscillation at 669.327 MHz Voltage Tunable for Phase Lock Loop Operations Optical Timing Reference for Forward Error Correction Applications

Contextual Info: Optical Timing Products • • • OP4005 Quartz SA W Stabilized and Filtered Fundamental-Mode Oscillation at 622.08 MHz Voltage Tunable for Phase Lock Loop Operations 622.08 MHz Sonet SAW Clock The output of this device is generated and filtered by narrowband quartz SAW elements at