Home Tabor Electronics Tabor Electronics 9100A High-Voltage Signal Amplifier 400Vp-p

Tabor Electronics 9100A High-Voltage Signal Amplifier 400Vp-p

Availability: In stock


Product Code:
66742
Manufacturer: Tabor Electronics
£4,140.00 £4,968.00

The Tabor Model 9100A was designed as a general purpose, wide band and high voltage amplifier however, with specific applications in mind. It is built in a small case size to save space and cost but without compromising bandwidth and signal integrity.

Power amplifiers are used in applications requiring both complex signals as well as high voltage throughput. The Tabor line of wideband amplifiers was designed to operate in conjunction with both the Tabor range and other brands of waveform generators providing the ultimate solution for high-voltage, wideband applications.

  • Single channel
  • High voltage output to 400Vp-p (±200V)
  • Output current to 125 mA
  • Full power bandwidth from DC to >500kHz
  • Slew rate to 400V/µs
  • Monitor Output
  • Precise signal amplification for multiple applications
  • Compatible with any of the Tabor waveform generators

Model 9100 Model 9100A Model 9200 Model 9200A  Model 9400

More info and finance questions

Tabor Electronics offer five high voltage amplifiers to suit your individual needs.

Model Description    Frequency   Gain      Max Current Lambda Part No.
Model 9100 300Vp-p Single-Channel Signal Amplifier DC-500KHz X15 150mA 66741
Model 9100A 400Vp-p Single-Channel Signal Amplifier DC-500KHz X50 200mA 66742
Model 9200 300Vp-p Dual-Channel Signal Amplifier DC-500KHz X15 100mA  66743
Model 9200A 400Vp-p Dual-Channel Signal Amplifier  DC-500KHz X50 100mA 66744
Model 9400 400Vp-p Four-Channel Signal Amplifier DC-500KHz X50 100mA 66747

Model 9100/9200 is a single/dual Channel can output signals from -150V to +150V with continuous currents up to 150mA per channel signals from DC to over 500kHz. The unit has a fixed gain of x15 however the same amplifier is available with custom gain and no signal purity or performance degradation whatsoever.

Model 9100A/9200A is a single/dual Channel can output signals from -200V to +200V with continuous currents up to 100mA per channel. The output is driven from a 0.1Ω source and, with some degradation of its bandwidth, can drive capacitive loads up to 1nF, while maintaining its full amplitude range. Model 9200A has a rear-panel monitor output that divides the main output signal by 100 for applications that require monitoring of the output signal with low voltage sensors.

Model 9400 is a four channel with output signals from -200V to +200V with continuous currents up to 100mA per channel was designed as a general purpose, wide band and high voltage amplifier however, with specific applications in mind. It has four channels built in a small case size to save space and cost but without compromising bandwidth and signal integrity.

Modes of Operation
Most models have two modes of operation. The first is normal mode where each channel amplifies and outputs bipolar signals with a gain of x50. In this mode, the input signal is amplified and delivered to the output terminals without modification of its original properties, except its amplitude level. Using this mode of operation, each channel can be used separately to amplify a unique signal. The second mode of operation is the unipolar mode where the signal is applied to one input, rectified, amplified and output through two separate outputs. Using this mode, the amplifier is converted to a one-input, two-output system, specifically designed to operate the up/down and right/left actuators of a typical MEMS micro engine, as well as for other applications requiring the precise conversion of bipolar to unipolar signals.

Target Applications
The amplifier case was designed to stack on top or below other Tabor products. It can also be mounted alongside a Tabor generator in a standard 19" rack. The waveform-amplifier combo is an ideal solution for virtually any high-voltage, wide bandwidth application.

Safety
Safety played a major role during the design of the Model 9100A, 9200A and 9400. The high voltage path to the amplifier circuit is blocked by a front panel mechanical switch and accidental application of high power to the UUT is prevented by a safety latch. The units will output high voltage signals only after the safety latch has been lifted and the high voltage switch flipped to ON position. In emergency situations, one can hit the protective latch to immediately remove the high voltage power from the output terminals. As an additional visual safety feature, a red light glows on the front panel to indicate the high voltage is turned on.



Write Your Own Review
You're reviewing:Tabor Electronics 9100A High-Voltage Signal Amplifier 400Vp-p
Your Rating
PhotoProduct SKU
Tabor Lucid Benchtop Series - 3, 6 & 12GHz in 1, 2 or 4 ch with 5Tabor Lucid Benchtop Series - 3, 6 & 12GHz in 1, 2 or 4 ch with 5" Touch Display- >
Tabor Proteus 9GHz Arbitrary Waveform Transceiver Benchtop SeriesTabor Proteus 9GHz Arbitrary Waveform Transceiver Benchtop Series- >
Tabor Proteus 9GHz Arbitrary Waveform Transceiver, PXIe (Gen 3) SeriesTabor Proteus 9GHz Arbitrary Waveform Transceiver, PXIe (Gen 3) Series- >
Tabor Proteus 9GS/s Arbitrary Waveform Generator Desktop SeriesTabor Proteus 9GS/s Arbitrary Waveform Generator Desktop Series- >
Tabor Model A10200 20GHz 30dBm RF Signal AmplifierTabor Model A10200 20GHz 30dBm RF Signal Amplifier- >
Tabor Lucid Portable RF Signal Generator - 3, 6 & 12 GHz Single Channel Tabor Lucid Portable RF Signal Generator - 3, 6 & 12 GHz Single Channel - >
Tabor Lucid Rackmount Series - 3, 6 & 12GHz up to 16 ChannelsTabor Lucid Rackmount Series - 3, 6 & 12GHz up to 16 Channels- >
Tabor Electronics Quantum Physics Starter Pack. 1, 2 & 4 QubitsTabor Electronics Quantum Physics Starter Pack. 1, 2 & 4 Qubits- >
Tabor Lucid LS3081D 3 GHz Desktop RF Analog Signal GeneratorTabor Lucid LS3081D 3 GHz Desktop RF Analog Signal Generator- >
Tabor Lucid LS6081D 6 GHz Desktop RF Analog Signal GeneratorTabor Lucid LS6081D 6 GHz Desktop RF Analog Signal Generator- >
Tabor Lucid LSX4091D 40GHz Single Channel Microwave Signal GeneratorTabor Lucid LSX4091D 40GHz Single Channel Microwave Signal Generator- >
Tabor Proteus Model PXE6410 6 Slot PXIe Based Chassis with Embedded ControllerTabor Proteus Model PXE6410 6 Slot PXIe Based Chassis with Embedded Controller- >
Tabor Lucid LSX2091D 20GHz Single Channel Microwave Signal GeneratorTabor Lucid LSX2091D 20GHz Single Channel Microwave Signal Generator- >
Tabor Lucid X-Series of RF/uWave Signal GeneratorsTabor Lucid X-Series of RF/uWave Signal Generators- >
Tabor Lucid LS1291B 12 GHz Benchtop RF Analog Signal GeneratorTabor Lucid LS1291B 12 GHz Benchtop RF Analog Signal Generator- >
Tabor Lucid LS6081B 6 GHz Benchtop RF Analog Signal GeneratorTabor Lucid LS6081B 6 GHz Benchtop RF Analog Signal Generator- >
Tabor Lucid LS1291D 12 GHz Desktop RF Analog Signal GeneratorTabor Lucid LS1291D 12 GHz Desktop RF Analog Signal Generator- >
Tabor Lucid LS3081B 3 GHz Desktop RF Analog Signal Generator Tabor Lucid LS3081B 3 GHz Desktop RF Analog Signal Generator - >