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High Voltage Amplifiers

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    Contact Us
    Address:Rm. 2-20901, Tsinghua Science Park, Technology Road 65, High-tech District, Xi'an, Shaanxi Province, China, 710075
    Tel:86-029-8844 4525
    86-029-8868 8901
    Fax:86-029-8868 8683
    E-mail:Sales@wismanhv.com

    AMB Series ±2KV HV Amplifier

    Power(W):40
    Maximum output voltage(KV):0.5,1,2

    introduction:

    1. Output voltage: 0 to ±2 kV DC or peak AC 

    2. Output current: 0 to ±20 mA DC or peak AC 

    3. Conversion rate: greater than 100 V / μs 

    4. High-signal bandwidth: From DC to over 7.5kHz (-3dB) 

    5. DC voltage gain: 200 V/V 

    6. Customers can request OEM customization. 

    7. Dynamically adjust to optimize the AC response based on various load parameters 

    8. Local and remote high-voltage on/off functions, short-circuit protection 

    9. Low output noise, closed-loop system ensures high precision 

    10. Utilize the complete solid-state design and maintenance-free design 

    11. Prevent overvoltage and overcurrent situations caused by active loads 

    12. Drive capacitive loads through the four-quadrant output

Product introduction

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The AMB model launched by Wisman High Voltage Power Supply is a high-voltage power amplifier, also known as a high-voltage amplifier. It is used in industrial and research applications. It features a fully solid-state high-voltage insulation design, enabling high conversion rate, wide bandwidth and low noise operation. The four-quadrant active output absorbs or outputs current to inductive or resistive loads within the entire output voltage range. This type of high-voltage amplifier output is crucial for achieving accurate output response and the high conversion rate required for various loads (such as high capacitive or inductive loads). This amplifier is a non-inverting amplifier. It has overcurrent protection and the overcurrent size can be set.

Application:

Dielectric elastomer, soft robots, HASEL actuators (artificial muscles), electroactive polymers (EAP), ionic conductive polymer gel membranes (ICPF), pneumatic artificial muscles (PAM), electroviscous fluids (ER fluids), magnetorheological fluids (MR fluids), ferroelectric testers, piezoelectric drive and control, laser modulation, semiconductor research, electrostatic deflection, current-changing fluids, AC or DC bias, particle accelerator, mass spectrometer, material characterization, ferroelectrics, atmospheric plasma, dielectric barrier discharge, dielectric barrier discharge (DBD) plasma actuators, atmospheric plasma, corona discharge, electrostatic levitation furnace (ELF), electrostatic tactile display, water tree, dielectric breakdown testing, ion beam deflection, electron beam deflection, electrophoresis, dielectric electrophoresis (DEP), flash sintering, material polarization, ion engine, particle accelerator, material characterization, electrostatic actuator, electrospinning, electrocoating, electroplating, solar cell panel (photovoltaic cell) testing, Langmuir probe, electro-optic modulation, electrography, corona generator, Scorotron grid consumables, main charging roller (PCR), developing roller, corona charging supplies, photoconductive drum charging, electrostatic suction cup, charged particle beam deflection, 3D printing (application of electro-hydrodynamic (EHD) technology), etc.

Product Features:

1. Four-quadrant output, used for driving capacitive loads 

2. The closed-loop system achieves high precision. 

3. Short-circuit protection, for equipment protection 

4. All-solid-state design, maintenance-free operation 

5. DC stable programmable power supply application 

6. Low output noise, providing high-precision output

Feature Description: 

Input voltage: 220AC ± 10% 

Input current: 1A 

Output voltage: 0 to ±2kV DC or AC peak value 

Output current: 0 to ±20 milliamps (DC or AC peak) 

Input impedance: 25kΩ at the in-phase terminal 

DC voltage gain: 200V/V 

DC voltage gain accuracy: Better than 0.1% of the full scale 

Output noise: Less than: 50 mV rms 

Conversion rate: greater than 100V / μs (typically ranging from 10% to 90%) 

High-signal bandwidth 

DC is greater than 7.5 KHz (with 1% distortion) 

Small signal bandwidth (3 dB) 

DC is greater than 50 kHz 

Stability: Less than 50 ppm per hour, non-cumulative 

Temperature coefficient: less than 25 ppm / °C 

Working temperature: Temperature range from 0°C to 40°C (32°F to 104°F) 

Working humidity: Relative humidity 85%, no condensation 

Highest altitude: 2000 meters (6561.68 feet) 

Overall dimensions: 85 mm (H) x 205 mm (W) x 325 mm (D) (3.3" H x 3.1" W x 12.8" D) 

Weight: 2kg


Voltage display 

Display ratio: 200:1 

The DC accuracy is better than 0.1% of the full range. 

The direct loss of the voltage is less than ±2mV. 

Output noise is less than 2 mV root mean square. 

Output impedance: 47Ω 

Current display 

Display ratio: 1 V / 0.8 mA 

The DC accuracy is greater than 0.5% of the full scale. 

The voltage imbalance is less than ±5 mV. 

Output noise is less than 10 mV. 

2205

2210

2220


For information about Wisman and its other high-pressure products, please call 086-029-88444525 or visit its website: www.wismanhv.com


Wisman High Voltage Power Supply Co., Ltd. is a manufacturer of micro high voltage power modules, high voltage power modules, X-ray tube high voltage power supplies, chassis high voltage power supplies, customized high voltage power supplies, high voltage accessories, and other high voltage power products. The company designs and manufactures customized and standard high voltage power products, with power ranging from 100mW to 200kW and voltage ranging from 60V to 500kV. Wisman products are applied in fields such as communication, medical care, industry, and scientific research. You can purchase multiple varieties and specifications of high voltage power supplies from Wisman in one place.

Wisman High Voltage Power Supply Co., Ltd. has a team dedicated to the research and development of high-voltage power supplies, as well as software for power supply research and testing. The high-voltage insulation technology and zero-current resonance technology enable Wisman high-voltage power supplies to maintain high stability, low ripple, low electromagnetic interference, small size, low loss, high efficiency, and long lifespan. The prices of Wisman high-voltage power supplies are competitive and make them an ideal choice for OEM applications.


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