SLA-HV-5000 High Voltage Amplifier

SLA-HV-5000 is an ideal dual-channel high voltage amplifier for amplifying AC/DC signals. Maximum output 5kVp-p(±2.5kVp) high voltage, can drive high voltage load. The voltage gain can be adjusted, and the common Settings can be saved with one key, providing a convenient and simple choice of operation. It can be used with the mainstream signal generator to achieve perfect signal amplification.

Key Features

Signal channel

Maximum output voltage: 5kVp-p(±2.5kVp)

The maximum output current is 30mAp

Bandwidth (-3dB) : DC to 5kHz

Slew rate: ≥112V/μs

  • Ultrasonic Acoustics

    · Wide range, completely covering the ultrasonic frequency range.

    · The amplitude-frequency and phase-frequency characteristics are good, and various signal simulations are provided for ultrasonic experiments.

    · A variety of voltage and power options, widely support a variety of ultrasound equipment.

    · Multi-channel can be customized, which is convenient for users to build various test environments and complete complex experiments.

    · The output impedance matching is adjustable, which is convenient for matching with various ultrasonic probes.

    · Input impedance matching can be adjusted, supporting arbitrary waveform generators of mainstream domestic and foreign brands.

  • Material Testing

    · The supporting signal source realizes the amplification of the signal and realizes the improvement of the carrying capacity;

    · 1/1000 voltage detection port, which can monitor the output voltage of the power amplifier in real time and safely;

    · Precise numerical control gain, precise control of output voltage;

    · Ultra-high voltage output, testing various dielectric elastomer materials;

    · Save common settings with one key, providing convenient and concise operation options;

    · Perfect protection functions: overvoltage protection, overcurrent protection, overtemperature protection.

  • Dielectric Elastomer Testing

    · The device has flat and wide frequency characteristics, and can maintain a high stable output at the same time;

    · The input resistance can be switched between high and low levels, with strong matching ability and wide application range;

    · Precision numerical control gain, excellent amplitude-frequency and phase-frequency characteristics;

    · Multi-channel output, master-slave output, etc. can be customized to meet the needs of multi-channel applications;

    · The equipment has its own monitoring port, which can monitor the output voltage of the power amplifier in real time and safely;

    · Save frequently used settings with one key, providing convenient and concise operation options.

  • Semiconductor Testing

    · The device has flat and wide frequency characteristics and high output stability;

    · The output voltage range is wide and the voltage change rate is fast, which can meet the application requirements in various environments;

    · Two levels of output resistance can be switched. The input resistance can be switched between high and low levels, with strong matching ability and wide application range;

    · Precision numerical control gain, excellent amplitude-frequency and phase-frequency characteristics;

    · The equipment has its own monitoring port, which can monitor the output voltage of the power amplifier in real time and safely;

    · Save frequently used settings with one key, providing convenient and concise operation options.

Model

SLA-HV-5000

Channel

1

Form of output

Single output

Bandwidth(-3dB)

DC to 5kHz

Maximum output voltage

5kVp-p(±2.5kVp)

Maximum output current

15mAp(DC~50Hz)

30mAp(>50Hz)

Maximum output power

75Wp

Fuse

4A/250V

Upper limit of load RL

≥165.17kΩ(DC~50Hz)

≥81.8kΩ(>50Hz)

Slew rate

≥112V/μs

Output resistance

1.5kΩ

Supply voltage

AC220V±10%,50Hz

Main Machine

Module No. Item Description
SLA-HV-5000 High Voltage Amplifier Bandwidth: DC~5kHz; Maximum output voltage: 5kVp-p(±2.5kVp); Maximum output current: 30mAp; Slew rate: ≥112V/μs.

Leave A Message

    Saluki Technology