Positive and negative 10kV high-voltage power amplifier

Positive and negative 10kV high-voltage power amplifier

Positive and negative 10kV high-voltage power amplifierIt is a DC stable, high-speed, and high-voltage power amplifier used for industrial and research applications. It adopts an all solid state design, which can achieve high conversion rate, high bandwidth, and low noise output. The four quadrant active output stage absorbs or provides current to reactive or capacitive loads throughout the entire output voltage range. This type of output is crucial for achieving precise output response and high conversion rate required for various loads, such as high capacitance or reactive loads. It is configured as an in-phase amplifier.

purpose

A high-voltage power amplifier used for industrial and scientific research purposes, adopting an all solid state design, can achieve high conversion rate, high bandwidth, and low noise output.

※ Electrostatic deflection

※ Electrophoresis

※ Electrorheological fluid

Electro optic modulation and material polarization

※ AC or DC bias

Ion beam deflection

※ Particle accelerator

※ Mass spectrometer

※ Material characterization testing

Ferroelectric material

※ Atmospheric pressure plasma

※ Dielectric breakdown

Product advantages

Four quadrant output used to drive capacitive loads.

High precision closed-loop system.

Short circuit protection, used for equipment protection.

DC stability, suitable for programmable power supply applications.

Low noise output, achieving precise output.

All solid state design, maintenance free operation.

Product Parameters

Model:HCAM-10KV

Output voltage:0~± 10 kV DC or peak AC

Output current:0 ~ ±40 mA

Input voltage range:0~± 10 V DC or peak AC

Input impedance:25 kΩ

DC voltage gain:1000 V/V

DC voltage gain accuracy: better than full-scale0.1%

DC offset voltage: less than ±2 V

Output noise: below 0.5 V rms

Pressure swing rate（10%~90%): greater than 900 V/μ s

Small signal bandwidth（-3 dB): DC to greater than 25 kHz (-3dB)

Large signal bandwidth（-3 dB): DC to greater than 3 kHz, typical value (-3dB); DC to greater than 9 kHz (1% distortion) (When reaching a larger bandwidth, the device will trip)

Stability: Drift over time: less than50 ppm/hr ， Non cumulative; Temperature drift: below 100 ppm/° C