AD830
Analog Devices
The AD830 is a video-speed, active feedback amplifier that provides a much simpler solution
Application NoteAnalog
AN-299: Active Feedback Amplifier Applications
A technical guide for designing with the AD830 active feedback amplifier, focusing on video signal processing and high-speed differential signal handling.
Overview
This application note provides detailed circuit designs and implementation strategies for the AD830 Active Feedback Amplifier. It covers essential use cases such as high-speed differential line receivers, video line drivers, and precision signal summers. The document explains how the active feedback topology simplifies ground loop elimination and enhances common-mode rejection in demanding analog signal chains. It also discusses integration with high-speed operational amplifiers like the AD811, AD810, AD812, and AD813 for optimized performance in video and communications systems.
Use Cases
- Video signal distribution
- High-speed differential signaling
- Instrumentation amplifier circuits
- Precision signal summing
- Ground loop mitigation in analog systems
Topics
AD830
Active Feedback Amplifier
Video Line Driver
Differential Line Receiver
Common-Mode Rejection
Analog Devices
Ground Loop Elimination
High-Speed Op-Amps
Referenced Parts
AD810
Analog Devices
Alternatively, high-performance op amps such as the AD811, AD810, AD812, and AD813 can be used
AD811
Analog Devices
Alternatively, high-performance op amps such as the AD811, AD810, AD812, and AD813 can be used
AD812
Analog Devices
Alternatively, high-performance op amps such as the AD811, AD810, AD812, and AD813 can be used
AD813
Analog Devices
Alternatively, high-performance op amps such as the AD811, AD810, AD812, and AD813 can be used
| AD830 | Analog Devices | The AD830 is a video-speed, active feedback amplifier that provides a much simpler solution |
| AD810 | Analog Devices | Alternatively, high-performance op amps such as the AD811, AD810, AD812, and AD813 can be used |
| AD811 | Analog Devices | Alternatively, high-performance op amps such as the AD811, AD810, AD812, and AD813 can be used |
| AD812 | Analog Devices | Alternatively, high-performance op amps such as the AD811, AD810, AD812, and AD813 can be used |
| AD813 | Analog Devices | Alternatively, high-performance op amps such as the AD811, AD810, AD812, and AD813 can be used |