TEGAM 2350S-020-2K High Voltage Amplifier, TEGAM 2350S-020-2K Dual-Channel Precision High Voltage Amplifier

     Signal bandwidth DC-2MHz.
     Maximum peak-to-peak 400Vp-p.
    Gain can be customized at the factory; 50 ohm or 2K ohm impedance matching, customized at the factory.
     Low distortion specification, 0.1% @ 100KHz and 300Vp-p output.
    Input and output connectors are BNC, standard configuration includes coaxial cable capable of withstanding high voltage. Can be directly connected to and used with signal sources from mainstream companies.
    No additional operation, only a power switch button, fixed gain (no selection needed), avoiding various mode selection errors, such as misoperation of high gain, which can easily burn out the DUT. Only need to adjust the output of the signal source.
    Output current limited to 40mA, avoiding damage to devices/chips.
    Developed in collaboration with the MEMs laboratory at Sandia National Lab, USA.

TEGAM 2350S-020-2K High Voltage Amplifier, TEGAM 2350S-020-2K Dual-Channel Precision High Voltage Amplifier Product Introduction:
The TEGAM 2350S-020-2K High Voltage Amplifier is designed for high voltage amplification applications where the voltage exceeds the standard voltage limits of most waveform, function, or pulse generators.The TEGAM 2350S-020-2K High Voltage Amplifier has a maximum output voltage of 400 Vp-p. It comes standard with a fixed gain of 50x, and gains from 10 to 100 can also be customized according to specific requirements.

The rated continuous current output of each channel is 40 mA, and the output impedance is 0.2Ω. Each channel has an independent, buffered voltage monitor output to represent the low-amplitude output signal. For a 50 Ω input, the buffer produces a 200:1 attenuation, and for a 1 MΩ or higher input, it produces a 100:1 attenuation.The TEGAM 2350S-020-2K High Voltage Amplifier is specifically designed for low distortion and precise signal amplification, with high cost-effectiveness. It is particularly suitable for working together with signal sources such as function signal generators, data acquisition board analog outputs, and pulse signal generators.