Part number:
AD829AQ
Manufacturer:
File Size:
435.78 KB
Description:
Low noise video op amp.
* High speed 120 MHz bandwidth, gain =
* 1 230 V/µs slew rate 90 ns settling time to 0.1% Ideal for video applications 0.02% differential gain 0.04° differential phase Low noise 1.7 nV/√Hz input voltage noise 1.5 pA/√Hz input current noise Excellent dc precision 1 mV maximum input offset voltag
AD829AQ
435.78 KB
Low noise video op amp.
📁 Related Datasheet
AD829AR - Low Noise Video Op Amp
(Analog Devices)
Data Sheet
FEATURES
High speed 120 MHz bandwidth, gain = −1 230 V/µs slew rate 90 ns settling time to 0.1%
Ideal for video applications 0.02% differen.
AD829 - Low Noise Video Op Amp
(Analog Devices)
Data Sheet
FEATURES
High speed 120 MHz bandwidth, gain = −1 230 V/µs slew rate 90 ns settling time to 0.1%
Ideal for video applications 0.02% differen.
AD8290 - CMOS Sensor Amplifier
(Analog Devices)
G = 50, CMOS Sensor Amplifier with Current Excitation AD8290
FEATURES
Supply voltage range: 2.6 V to 5.5 V Low power 1.2 mA + 2× excitation current 0..
AD8293G160 - Zero-Drift In-Amp
(Analog Devices)
Low Cost, Zero-Drift In-Amp with Filter and Fixed Gain AD8293G80/AD8293G160
FEATURES
Small package: 8-lead SOT-23 Reduced ponent count Incorporates.
AD8293G80 - Zero-Drift In-Amp
(Analog Devices)
Low Cost, Zero-Drift In-Amp with Filter and Fixed Gain AD8293G80/AD8293G160
FEATURES
Small package: 8-lead SOT-23 Reduced ponent count Incorporates.
AD8295 - Precision Instrumentation Amplifier
(Analog Devices)
Precision Instrumentation Amplifier with Signal Processing Amplifiers AD8295
FEATURES
Saves board space Includes precision in-amp, 2 op amps, and 2 ma.
AD829JR - Low Noise Video Op Amp
(Analog Devices)
Data Sheet
FEATURES
High speed 120 MHz bandwidth, gain = −1 230 V/µs slew rate 90 ns settling time to 0.1%
Ideal for video applications 0.02% differen.
AD820 - FET Input Op Amp
(Analog Devices)
FEATURES
True single-supply operation Output swings rail-to-rail Input voltage range extends below ground Single-supply capability from 5 V to 30 V Du.
