9200A Dual Amplifier

9200A Dual Amplifier

The 9200A Dual Amplifier from Tabor Electronics is a high-voltage, dual-channel amplifier engineered for precision signal amplification. With compact design and advanced safety features, it supports versatile applications from laboratory testing to MEMS actuator control. Built to maintain signal fidelity across wide bandwidths, the 9200A offers reliable, low-distortion amplification for critical high-voltage applications.

Key Features

  • Dual independent channels with precise amplification
  • High voltage output: 400Vp-p (±200V) per channel
  • Output current: up to 100 mA per channel
  • Full power bandwidth: DC to >500 kHz
  • High slew rate: 400 V/µs for fast signal transitions
  • Rear-panel monitor outputs for each channel
  • Compatible with all Tabor waveform generators
  • Special unipolar mode for MEMS engine drivers
  • Compact, stackable 2U chassis for bench-top or rack mounting
  • Advanced safety latch and front panel high voltage switch

 

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Description

9200A Dual Amplifier

The 9200A Dual Amplifier is a versatile, high-performance dual-channel amplifier from Tabor Electronics, designed for applications requiring high-voltage, wide-bandwidth signal amplification. Compact yet powerful, the 9200A delivers up to 400Vp-p per channel and continuous current of 100mA, ensuring precise signal integrity across laboratory, industrial, and MEMS testing applications.

Dual-Channel Precision Amplification

Each independent channel provides bipolar amplification with a fixed gain of x50, ideal for driving signals from waveform, function, or pulse generators. The rear-panel monitor outputs divide the main output by 100, allowing safe low-voltage monitoring without compromising signal quality.

Unipolar Mode for Specialized Applications

A unique feature of the 9200A is its unipolar mode, designed specifically for MEMS engine actuators or other applications requiring conversion from bipolar to unipolar signals. In this mode, a single input can be split into two precise output channels, enabling accurate control of up/down and left/right actuators.

Wide Bandwidth and Slew Rate

With full power bandwidth from DC to over 500 kHz and a high slew rate of 400V/µs, the 9200A ensures rapid, low-distortion signal amplification even with capacitive loads up to 1nF. This makes it ideal for high-speed signal testing and precision laboratory experiments.

Safety and Compact Design

Safety is prioritized in the 9200A with a front panel mechanical switch and protective latch preventing accidental high-voltage application. The amplifier only activates after the safety latch is lifted and the high-voltage switch is turned on. Its compact 2U chassis allows bench-top placement or standard 19″ rack mounting, saving valuable space while maintaining durability.

Applications

The 9200A Dual Amplifier is suitable for high-voltage waveform amplification, MEMS actuator testing, multi-tone signal generation, and any laboratory or industrial scenario requiring clean, reliable, dual-channel amplification. Its combination of compact size, precision, and safety makes it a top choice for demanding high-voltage applications.

Technical Specifications

Specification Details
Model 9200A-50
Type Dual-Channel Signal Amplifier
Voltage Output 400Vp-p (±200V) per channel
Output Current 100 mA per channel
Full Power Bandwidth DC to >500 kHz
Slew Rate 400 V/µs
Gain Fixed x50 (custom gain available)
Signal Modes Bipolar, Unipolar (MEMS)
Monitor Outputs Rear-panel, divided by 100
Size 2U, half-rack, bench-top compatible
Mounting Options S-Rack, D-Rack, Professional Case Kit
Target Applications High-voltage waveform amplification, MEMS actuator control
Key Benefits Dual-channel, high-voltage, wide bandwidth, low distortion, safety features, compact design

 

 

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Additional information

Weight 15.6 lbs
Dimensions 395 × 315 × 102 mm
Download Data Sheet
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