Home Amplifiers Operational amplifiers (op amps) High-speed op amps (GBW>=50MHz)

Amplifiers

High-speed op amps to accelerate your design 

Industry's broadest and highest-performance portfolio to meet any system need

We offer the highest performance high-speed operational amplifier portfolio in the industry with gain bandwidth product (GBW) ranging from 50 MHz to 8 GHz.  Our high-speed op amps feature best-in-class bandwidth to power consumption as well as specialized devices for high-voltage designs (>12 V).

Bipolar-input op amps

The industry's best performance-to-power ratio op amps

JFET/CMOS-input op amps

Op amps to meet all of your wide-bandwidth, high-input-impedance needs

Fully differential

Broadest portfolio of FDAs for driving single-ended or differential signals to ADCs

Low power (<5mA)

Find the right op amp or FDA when every milliwatt counts

Low noise (<5nV/√Hz)

Meet the most demanding SNR requirements with our low-noise op amps

Automotive qualified

High-speed op amps to meet rigorous AEC-Q100 qualification standards

Featured high-speed op amps

OPA855

The industry's fastest operational amplifier featuring 8 GHz of gain bandwidth and the industry's leading GBW to lq ratio for high-speed amplifiers

OPA818

The industry’s lowest noise, high-voltage, FET input, high-speed amplifier, enabling higher signal-to-noise performance in your signal chain

OPA607

The industry’s lowest offset drift, 50 MHz, high-speed operational amplifier for cost-optimized applications

Featured reference designs

Single-ended-to-differential interface for high-speed ADCs

Demonstrates how to design a high-performance active interface for high-speed ADCs

18-bit data acquisition system optimized for distortion and noise

Provides the low noise and distortion with total system power consumption of less than 50mW

Dual-channel data acquisition system for optical encoders

Demonstrates a simultaneously sampling, dual-channel data acquisition system for optical encoders in motor control applications 

Wideband optical front-end

With more than 120 MHz of bandwidth, this complete, modular reference design can meet the demanding needs of many optical systems, including OTDR, ToF, machine vision, LIDAR and defense applications

Sample & hold circuit

Provides a high-bandwidth, high-precision sample and hold circuit for industrial and test and measurement applications

50-Ω, 2-GHz oscilloscope front-end

Demonstrates a 50-Ω interface oscilloscope front-end with 2-GHz bandwidth

Technical resources

An introduction to industrial and automotive time-of-flight (ToF) light detection and ranging (LIDAR) solutions to serve next-generation autonomous systems.

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