High-Speed, Low-Noise Video Op Amp

GENERAL DESCRIPTION The AD829 is a low noise (1.7 nV/√Hz), high speed op amp with custom compensation that provides the user with gains of ±1 to ±20 while maintaining a bandwidth greater than 50 MHz. The AD829’s 0.04° differential phase and 0.02 differential gain performance at 3.58 MHz and 4.43

14-Bit, 1 MSPS, Differential, Programmable Input PulSAR ADC

GENERAL DESCRIPTION The AD7952 is a 14-bit, charge redistribution, successive approximation register (SAR) architecture analog-to-digital converter (ADC) fabricated on Analog Devices, Inc.’s iCMOS high voltage process. The device is configured through hardware or via a dedicated write-only serial

High Speed, Low Noise Video Op Amp

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% 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 maxi

High Speed, Low Noise Video Op Amp

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High Speed, Low Noise Video Op Amp

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高速、低噪声视频运算放大器

High Speed, Low Noise Video Op Amp

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% 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 maxi

Wide Supply Range, Rail-to-Rail Output Instrumentation Amplifier

GENERAL DESCRIPTION The AD8426 is a dual-channel, low cost, wide supply range instrumentation amplifier that requires only one external resistor to set any gain from 1 to 1000. The AD8426 is designed to work with a variety of signal voltages. A wide input range and rail-to-rail output allow the

G = 50, CMOS Sensor Amplifier with Current Excitation

GENERAL DESCRIPTION The AD8290 contains both an adjustable current source to drive a sensor and a difference amplifier to amplify the signal voltage. The amplifier is set for a fixed gain of 50. The AD8290 is an excellent solution for both the drive and the sensing aspects required for pressure,

Low Noise, Low Gain Drift, G = 2000 Instrumentation Amplifier

GENERAL DESCRIPTION The AD8428 is an ultralow noise instrumentation amplifier designed to accurately measure tiny, high speed signals. It delivers industry-leading gain accuracy, noise, and bandwidth. All gain setting resistors for the AD8428 are internal to the part and are precisely matched. C

G = 50, CMOS Sensor Amplifier with Current Excitation

GENERAL DESCRIPTION The AD8290 contains both an adjustable current source to drive a sensor and a difference amplifier to amplify the signal voltage. The amplifier is set for a fixed gain of 50. The AD8290 is an excellent solution for both the drive and the sensing aspects required for pressure,

G = 50, CMOS Sensor Amplifier with Current Excitation

GENERAL DESCRIPTION The AD8290 contains both an adjustable current source to drive a sensor and a difference amplifier to amplify the signal voltage. The amplifier is set for a fixed gain of 50. The AD8290 is an excellent solution for both the drive and the sensing aspects required for pressure,

G = 50, CMOS Sensor Amplifier with Current Excitation

GENERAL DESCRIPTION The AD8290 contains both an adjustable current source to drive a sensor and a difference amplifier to amplify the signal voltage. The amplifier is set for a fixed gain of 50. The AD8290 is an excellent solution for both the drive and the sensing aspects required for pressure,

Wide Supply Range, Rail-to-Rail Output Instrumentation Amplifier

GENERAL DESCRIPTION The AD8426 is a dual-channel, low cost, wide supply range instrumentation amplifier that requires only one external resistor to set any gain from 1 to 1000. The AD8426 is designed to work with a variety of signal voltages. A wide input range and rail-to-rail output allow the

Low Noise, Low Gain Drift, G = 2000 Instrumentation Amplifier

GENERAL DESCRIPTION The AD8428 is an ultralow noise instrumentation amplifier designed to accurately measure tiny, high speed signals. It delivers industry-leading gain accuracy, noise, and bandwidth. All gain setting resistors for the AD8428 are internal to the part and are precisely matched. C

Low Cost, Zero-Drift In-Amp with Filter and Fixed Gain

GENERAL DESCRIPTION The AD8293G80/AD8293G160 are small, low cost, precision instrumentation amplifiers that have low noise and rail-to-rail outputs. They are available in two fixed-gain models: 80 and 160. They incorporate the gain setting resistors and filter resistors, reducing the number of an

Low Cost, Zero-Drift In-Amp with Filter and Fixed Gain

GENERAL DESCRIPTION The AD8293G80/AD8293G160 are small, low cost, precision instrumentation amplifiers that have low noise and rail-to-rail outputs. They are available in two fixed-gain models: 80 and 160. They incorporate the gain setting resistors and filter resistors, reducing the number of an

Low Cost, Zero-Drift In-Amp with Filter and Fixed Gain

GENERAL DESCRIPTION The AD8293G80/AD8293G160 are small, low cost, precision instrumentation amplifiers that have low noise and rail-to-rail outputs. They are available in two fixed-gain models: 80 and 160. They incorporate the gain setting resistors and filter resistors, reducing the number of an

Low Cost, Zero-Drift In-Amp with Filter and Fixed Gain

GENERAL DESCRIPTION The AD8293G80/AD8293G160 are small, low cost, precision instrumentation amplifiers that have low noise and rail-to-rail outputs. They are available in two fixed-gain models: 80 and 160. They incorporate the gain setting resistors and filter resistors, reducing the number of an

Low Cost, Zero-Drift In-Amp with Filter and Fixed Gain

GENERAL DESCRIPTION The AD8293G80/AD8293G160 are small, low cost, precision instrumentation amplifiers that have low noise and rail-to-rail outputs. They are available in two fixed-gain models: 80 and 160. They incorporate the gain setting resistors and filter resistors, reducing the number of an

Low Cost, Zero-Drift In-Amp with Filter and Fixed Gain

GENERAL DESCRIPTION The AD8293G80/AD8293G160 are small, low cost, precision instrumentation amplifiers that have low noise and rail-to-rail outputs. They are available in two fixed-gain models: 80 and 160. They incorporate the gain setting resistors and filter resistors, reducing the number of an

Low Cost, Zero-Drift In-Amp with Filter and Fixed Gain

GENERAL DESCRIPTION The AD8293G80/AD8293G160 are small, low cost, precision instrumentation amplifiers that have low noise and rail-to-rail outputs. They are available in two fixed-gain models: 80 and 160. They incorporate the gain setting resistors and filter resistors, reducing the number of an

Low Cost, Zero-Drift In-Amp with Filter and Fixed Gain

GENERAL DESCRIPTION The AD8293G80/AD8293G160 are small, low cost, precision instrumentation amplifiers that have low noise and rail-to-rail outputs. They are available in two fixed-gain models: 80 and 160. They incorporate the gain setting resistors and filter resistors, reducing the number of an

Low Cost, Zero-Drift In-Amp with Filter and Fixed Gain

GENERAL DESCRIPTION The AD8293G80/AD8293G160 are small, low cost, precision instrumentation amplifiers that have low noise and rail-to-rail outputs. They are available in two fixed-gain models: 80 and 160. They incorporate the gain setting resistors and filter resistors, reducing the number of an

Low Cost, Zero-Drift In-Amp with Filter and Fixed Gain

GENERAL DESCRIPTION The AD8293G80/AD8293G160 are small, low cost, precision instrumentation amplifiers that have low noise and rail-to-rail outputs. They are available in two fixed-gain models: 80 and 160. They incorporate the gain setting resistors and filter resistors, reducing the number of an

Low Cost, Zero-Drift In-Amp with Filter and Fixed Gain

GENERAL DESCRIPTION The AD8293G80/AD8293G160 are small, low cost, precision instrumentation amplifiers that have low noise and rail-to-rail outputs. They are available in two fixed-gain models: 80 and 160. They incorporate the gain setting resistors and filter resistors, reducing the number of an

Low Cost, Zero-Drift In-Amp with Filter and Fixed Gain

GENERAL DESCRIPTION The AD8293G80/AD8293G160 are small, low cost, precision instrumentation amplifiers that have low noise and rail-to-rail outputs. They are available in two fixed-gain models: 80 and 160. They incorporate the gain setting resistors and filter resistors, reducing the number of an

Low Cost, Zero-Drift In-Amp with Filter and Fixed Gain

GENERAL DESCRIPTION The AD8293G80/AD8293G160 are small, low cost, precision instrumentation amplifiers that have low noise and rail-to-rail outputs. They are available in two fixed-gain models: 80 and 160. They incorporate the gain setting resistors and filter resistors, reducing the number of an

Low Cost, Zero-Drift In-Amp with Filter and Fixed Gain

GENERAL DESCRIPTION The AD8293G80/AD8293G160 are small, low cost, precision instrumentation amplifiers that have low noise and rail-to-rail outputs. They are available in two fixed-gain models: 80 and 160. They incorporate the gain setting resistors and filter resistors, reducing the number of an

Precision Instrumentation Amplifier with Signal Processing Amplifiers

GENERAL DESCRIPTION The AD8295 contains all the components necessary for a precision instrumentation amplifier front end in one small 4 mm × 4 mm package. It contains a high performance instrumentation amplifier, two general-purpose operational amplifiers, and two precisely matched 20 kΩ resistor

Wide Supply Range, Rail-to-Rail Output Instrumentation Amplifier

GENERAL DESCRIPTION The AD8426 is a dual-channel, low cost, wide supply range instrumentation amplifier that requires only one external resistor to set any gain from 1 to 1000. The AD8426 is designed to work with a variety of signal voltages. A wide input range and rail-to-rail output allow the

Low Noise, Low Gain Drift, G = 2000 Instrumentation Amplifier

GENERAL DESCRIPTION The AD8428 is an ultralow noise instrumentation amplifier designed to accurately measure tiny, high speed signals. It delivers industry-leading gain accuracy, noise, and bandwidth. All gain setting resistors for the AD8428 are internal to the part and are precisely matched. C

Precision Instrumentation Amplifier with Signal Processing Amplifiers

GENERAL DESCRIPTION The AD8295 contains all the components necessary for a precision instrumentation amplifier front end in one small 4 mm × 4 mm package. It contains a high performance instrumentation amplifier, two general-purpose operational amplifiers, and two precisely matched 20 kΩ resistor

Precision Instrumentation Amplifier with Signal Processing Amplifiers

GENERAL DESCRIPTION The AD8295 contains all the components necessary for a precision instrumentation amplifier front end in one small 4 mm × 4 mm package. It contains a high performance instrumentation amplifier, two general-purpose operational amplifiers, and two precisely matched 20 kΩ resistor

Precision Instrumentation Amplifier with Signal Processing Amplifiers

GENERAL DESCRIPTION The AD8295 contains all the components necessary for a precision instrumentation amplifier front end in one small 4 mm × 4 mm package. It contains a high performance instrumentation amplifier, two general-purpose operational amplifiers, and two precisely matched 20 kΩ resistor

Precision Instrumentation Amplifier with Signal Processing Amplifiers

GENERAL DESCRIPTION The AD8295 contains all the components necessary for a precision instrumentation amplifier front end in one small 4 mm × 4 mm package. It contains a high performance instrumentation amplifier, two general-purpose operational amplifiers, and two precisely matched 20 kΩ resistor

Precision Instrumentation Amplifier with Signal Processing Amplifiers

GENERAL DESCRIPTION The AD8295 contains all the components necessary for a precision instrumentation amplifier front end in one small 4 mm × 4 mm package. It contains a high performance instrumentation amplifier, two general-purpose operational amplifiers, and two precisely matched 20 kΩ resistor

Precision Instrumentation Amplifier with Signal Processing Amplifiers

GENERAL DESCRIPTION The AD8295 contains all the components necessary for a precision instrumentation amplifier front end in one small 4 mm × 4 mm package. It contains a high performance instrumentation amplifier, two general-purpose operational amplifiers, and two precisely matched 20 kΩ resistor

High-Speed, Low-Noise Video Op Amp

GENERAL DESCRIPTION The AD829 is a low noise (1.7 nV/√Hz), high speed op amp with custom compensation that provides the user with gains of ±1 to ±20 while maintaining a bandwidth greater than 50 MHz. The AD829’s 0.04° differential phase and 0.02 differential gain performance at 3.58 MHz and 4.43

High Speed, Low Noise Video Op Amp

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% 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 maxi

High Speed, Low Noise Video Op Amp

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% 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 maxi

High-Speed, Low-Noise Video Op Amp

GENERAL DESCRIPTION The AD829 is a low noise (1.7 nV/√Hz), high speed op amp with custom compensation that provides the user with gains of ±1 to ±20 while maintaining a bandwidth greater than 50 MHz. The AD829’s 0.04° differential phase and 0.02 differential gain performance at 3.58 MHz and 4.43

High Speed, Low Noise Video Op Amp

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% 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 maxi

High Speed, Low Noise Video Op Amp

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% 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 maxi

High-Speed, Low-Noise Video Op Amp

GENERAL DESCRIPTION The AD829 is a low noise (1.7 nV/√Hz), high speed op amp with custom compensation that provides the user with gains of ±1 to ±20 while maintaining a bandwidth greater than 50 MHz. The AD829’s 0.04° differential phase and 0.02 differential gain performance at 3.58 MHz and 4.43

High-Speed, Low-Noise Video Op Amp

GENERAL DESCRIPTION The AD829 is a low noise (1.7 nV/√Hz), high speed op amp with custom compensation that provides the user with gains of ±1 to ±20 while maintaining a bandwidth greater than 50 MHz. The AD829’s 0.04° differential phase and 0.02 differential gain performance at 3.58 MHz and 4.43

High Speed, Low Noise Video Op Amp

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% 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 maxi

High Speed, Low Noise Video Op Amp

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% 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 maxi

High Speed, Low Noise Video Op Amp

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% 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 maxi

High Speed, Low Noise Video Op Amp

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% 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 maxi

High-Speed, Low-Noise Video Op Amp

GENERAL DESCRIPTION The AD829 is a low noise (1.7 nV/√Hz), high speed op amp with custom compensation that provides the user with gains of ±1 to ±20 while maintaining a bandwidth greater than 50 MHz. The AD829’s 0.04° differential phase and 0.02 differential gain performance at 3.58 MHz and 4.43

High Speed, Low Noise Video Op Amp

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% 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 maxi

High Speed, Low Noise Video Op Amp

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% 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 maxi

High-Speed, Low-Noise Video Op Amp

GENERAL DESCRIPTION The AD829 is a low noise (1.7 nV/√Hz), high speed op amp with custom compensation that provides the user with gains of ±1 to ±20 while maintaining a bandwidth greater than 50 MHz. The AD829’s 0.04° differential phase and 0.02 differential gain performance at 3.58 MHz and 4.43

High Speed, Low Noise Video Op Amp

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% 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 maxi

High Speed, Low Noise Video Op Amp

GENERAL DESCRIPTION The AD829 is a low noise (1.7 nV/√Hz), high speed op amp with custom compensation that provides the user with gains of 1 to 20 while maintaining a bandwidth >50 MHz. Its 0.04° differential phase and 0.02 differential gain performance at 3.58 MHz and 4.43 MHz, driving reverse-t

High Speed, Low Noise Video Op Amp

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% 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 maxi

High-Speed, Low-Noise Video Op Amp

GENERAL DESCRIPTION The AD829 is a low noise (1.7 nV/√Hz), high speed op amp with custom compensation that provides the user with gains of ±1 to ±20 while maintaining a bandwidth greater than 50 MHz. The AD829’s 0.04° differential phase and 0.02 differential gain performance at 3.58 MHz and 4.43

High-Speed, Low-Noise Video Op Amp

GENERAL DESCRIPTION The AD829 is a low noise (1.7 nV/√Hz), high speed op amp with custom compensation that provides the user with gains of ±1 to ±20 while maintaining a bandwidth greater than 50 MHz. The AD829’s 0.04° differential phase and 0.02 differential gain performance at 3.58 MHz and 4.43

High Speed, Low Noise Video Op Amp

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% 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 maxi