0.05KV

0.1KV

0.2KV

0.3KV

0.4KV

0.5KV

0.6KV

0.8KV

1KV

1.25KV

1.5KV

2KV

1W

2W

1.Output voltage±50v~±2kv
2.Through zero voltage programming & settling
3.Arbitrary wave amplifier

4.Fast reversing, slewing & settling
5.High stability, temp-co <10ppm/℃
6.Low ripple 5mV

7.Temperature coefficient 10ppm/℃

8. Voltage regulatioLoad regulation 0.001%

10. Arc & short circuit protection

11.OEMn 0.001%

9.  customization available

2KV

3W

1.Output voltage ±300V-±2KV

2. Reverse speed: 50V/us

3. In-phase proportional amplifier

4.four-quadrant output driving load

5.closed loop system, low noise, high precision

6. With short circuit protection

7.can be used as DC power supply

10KV

20W

1. Output voltage: 0 to ±10 kV DC or peak AC

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

3. Slew rate: > 35 V / μs

4. Large signal bandwidth: DC to more than 1.2khz (-3dB)

5. DC voltage gain: 1000 V/V

6. OEM customization available

7. Dynamic adjustment to optimize AC response for various load parameters

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

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

10. Take advantage of complete solid state design and maintenance-free design

11. Prevent overvoltage and overcurrent conditions generated by active load

12. Drive capacitive load through four quadrant output

0.7KV

80W

1. Output voltage: bipolar 0 to ±700V, unipolar 1.4kV DC or peak AC

2. Output current: bipolar 0 to ±100 mA, unipolar ±50 mA DC or peak AC

3. Slew rate: bipolar over 380 V/μs, unipolar over 370 V/μs,

4. Large signal bandwidth: DC to greater than 1.2kHz (-3dB)

5. DC voltage gain: 0-300 V/V adjustable

6. OEM cutomization available

7. Dynamic adjustment to optimize AC response for various load parameters

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

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

10. Take advantage of the complete solid-state design and maintenance-free design

11. Protection against over-voltage and over-current conditions generated by active loads

12. Drive capacitive loads with four-quadrant output

4KV

80W

1. Output voltage: 0 to ±4 kV DC or peak AC

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

3. Slew rate: > 35 V / μs

4. Large signal bandwidth: DC to more than 13khz (-3dB)

5. DC voltage gain: 1000 V/V

6. OEM customization available

7. Dynamic adjustment to optimize AC response for various load parameters

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

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

10. Take advantage of complete solid state design and maintenance-free design

11. Prevent overvoltage and overcurrent conditions generated by active load

12. Drive capacitive load through four quadrant output

5KV

100W

1.Output voltage: 0 to ±5 kV DC or peak AC
2. Output current: 0 to ±20mA DC peak AC
3. Slew rate: greater than 500 V / μs
4. Large signal bandwidth: DC greater than 15kHz (1% distortion)
5. DC voltage gain: 500 V / V
6. OEM customization available

7. Dynamically adjust to optimize AC response for various load parameters

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

9. Low output noise, closed-loop system guarantees high accuracy

10. Utilizes complete solid-state design and maintenance-free design

11. Prevents overvoltage and overcurrent conditions generated by active loads

12. Drives capacitive loads through four-quadrant output

10KV

100W

1. Output voltage: 0 to ±10kVDC or peak AC

2. Output current: 0 to ±10 mA DC or 40mA peak AC for 1 ms

3. Slew rate: greater than 150 V/μs

4. Large signal bandwidth: DC to greater than 15kHz (-3dB)

5. DC voltage gain: 500 V/V

6. OEM customization available

7. Dynamic adjustment to optimize AC response for various load parameters

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

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

10. Take advantage of the complete solid-state design and maintenance-free design

11. Protection against overvoltage and overcurrent conditions generated by active loads

12. Drive capacitive loads with four-quadrant output

2KV

400W

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

2. Output current: 0 to ±200 mA DC or ±400 mA peak AC

3. Slew rate: greater than 750 V / μs

4. Large signal bandwidth: DC to greater than 60kHz (-3dB)

5. DC voltage gain: 200 V / V

6. OEM cutomization available

7. Dynamically adjust to optimize AC response for various load parameters

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

9. Low output noise, closed-loop system guarantees high accuracy

10. Utilizes complete solid-state design and maintenance-free design

11. Prevents overvoltage and overcurrent conditions generated by active loads

12. Drives capacitive loads through four-quadrant output

5KV

400W

1. Output voltage: 0 to ±5 kV DC or peak AC

2. Output current: 0 to ±80 mA DC peak AC

3. Slew rate: greater than 1000 V / μs

4. Large signal bandwidth: DC to greater than60kHz (-3dB)

5. DC voltage gain: 500 V / V

6. OEM cutomization available

7. Dynamically adjust to optimize AC response for various load parameters

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

9. Low output noise, closed-loop system guarantees high accuracy

10. Utilizes complete solid-state design and maintenance-free design

11. Prevents overvoltage and overcurrent conditions generated by active loads

12. Drives capacitive loads through four-quadrant output

7.5KV

400W

1. Output voltage: 0 to ±7.5 kV DC or peak AC

2. Output current: 0 to ±50 mA DC or peak AC

3. Slew rate: > 1000 V / μs

4. Large signal bandwidth: DC to greater than 15kHz（-3dB）

5. DC voltage gain: 750 V / V

6. OEM customization available

7. Dynamically adjust to optimize AC response for various load parameters

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

9. Low output noise, closed-loop system guarantees high accuracy

10. Utilizes complete solid-state design and maintenance-free design

11. Prevents overvoltage and overcurrent conditions generated by active loads

12. Drives capacitive loads through four-quadrant output

10KV

400W

1.Output voltage: 0 to ±10 kV DC or peak AC
2. Output current: 0 to ±40 mA DC peak AC
3. Slew rate: greater than 900 V / μs
4. Large signal bandwidth: DC to greater than 23kHz (-3dB)
5. DC voltage gain: 1000 V / V
6. OEM cutomization available

7. Dynamically adjust to optimize AC response for various load parameters

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

9. Low output noise, closed-loop system guarantees high accuracy

10. Utilizes complete solid-state design and maintenance-free design

11. Prevents overvoltage and overcurrent conditions generated by active loads

12. Drives capacitive loads through four-quadrant output

20KV

400W

1. Output voltage: 0 to ±20 kV DC or peak AC
2. Output current: 0 to ±20 mA DC or peak AC
3. Slew rate: greater than 450 V / μs
4. Large signal bandwidth:DC to >3.75kHz (1% distortion)

5. DC voltage gain: 2000 V / V
6. OEM customization available

7. Dynamically adjust to optimize AC response for various load parameters

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

9. Low output noise, closed-loop system guarantees high accuracy

10. Utilizes complete solid-state design and maintenance-free design

11. Prevents overvoltage and overcurrent conditions generated by active loads

12. Drives capacitive loads through four-quadrant output

10KV

600W

1.Output voltage: 0 ~±10kv DC or AC peak

2.Output current: 0 ~±60 mA DC or AC peak

3.Slew rate: greater than 1000 V/μs

4.Large signal bandwidth :DC to greater than 10khz(2% distortion)

5.Small signal bandwidth: DC to greater than 20kHz (-3dB)

6.Dc voltage gain: 1000V /V

7.0-10 kV settling time (to 1%) less than 200 μs

8. Dynamic adjustment to optimise AC response for various load parameters

9. Local and remote high voltage on/off function, short circuit protection

10. Low output noise, closed loop system to ensure high accuracy

11. Utilises complete solid state design and maintenance free design

12. Prevent over-voltage and over-current conditions generated by active loads

13. Drive capacitive loads through four-quadrant outputs

14. OEM customisation available

20KV

400W

1. Output voltage: 0 to ±20 kV DC or peak AC
2. Output current: 0 to ±20 mA DC or peak AC
3. Slew rate: greater than 800 V / μs
4. Large signal bandwidth: DC to greater than 23kHz (-3dB)
5. DC voltage gain: 2000 V / V
6. OEM customization available

0

30KV

600W

1. Output voltage: 0 to ±30 kV DC or peak AC

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

3. Conversion rate: greater than 550 V / μs

4. Large signal bandwidth: DC to greater than 2.5kHz (-3dB)

5. DC voltage gain: 3000 V / V

6. OEM customization

7.0-30 kV settling time (to 1%) is less than 200 μs

8. Dynamic adjustment to optimize AC response for various load parameters

9. Local and remote high voltage on/off function, short circuit protection

10. Low output noise, closed loop system to ensure high accuracy

11. Utilize complete solid-state design and maintenance-free design

12. Prevent over-voltage and over-current conditions generated by active loads

13. Drive capacitive load through four-quadrant output

40KV

600W

1. Output voltage: 0 to ±40 kV DC or peak AC

2. Output current: 0 to ±15 mA DC or peak AC

3. Conversion rate: greater than 350 V / μs

4. Large signal bandwidth: DC to greater than 2.5kHz (-3dB)

5. DC voltage gain: 4000 V / V

6. Customers can customize by OEM

7. Dynamic adjustment to optimize AC response for various load parameters

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

9. Low output noise, closed loop system to ensure high accuracy

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

11. Prevent over-voltage and over-current conditions generated by active loads

12. Drive capacitive load through four-quadrant output

50KV

600W

1. Output voltage: 0 to ±40 kV DC or peak AC

2. Output current: 0 to ±15 mA DC or peak AC

3. Conversion rate: greater than 350 V / μs

4. Large signal bandwidth: DC to greater than 2.5kHz (-3dB)

5. DC voltage gain: 4000 V / V

6. Customers can customize by OEM

7. Dynamic adjustment to optimize AC response for various load parameters

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

9. Low output noise, closed loop system to ensure high accuracy

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

11. Prevent over-voltage and over-current conditions generated by active loads

12. Drive capacitive load through four-quadrant output

60KV

600W

1. Output voltage: 0 to ±60 kV DC or peak AC

2. Output current: 0 to ±10 mA DC or peak AC

3. Conversion rate: greater than 350 V / μs

4. Large signal bandwidth: DC to greater than 1.2 kHz (2% distortion)

5. DC voltage gain: 6000 V / V  

6. OEM customization. 

7. Dynamic adjustment to optimize AC response for various load parameters

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

9. Low output noise, closed loop system to ensure high accuracy

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

11. Prevent over-voltage and over-current conditions generated by active loads

12. Drive capacitive load through four-quadrant output