How to choose a high-voltage power supply

High voltage power supplies are widely used, such as new energy vehicles, DC motors, sewage treatment, and electrolytic capacitors. Special electroplating, solar photovoltaics, and so on.And they can be produced according to specific customer requirements, with a maximum voltage of 50000 volts and a power of up to 6000 K. The ultra-high voltage and current are continuously adjustable, providing no pressure for long-term full load continuous stable operation.

How to choose a high-voltage power supply

1. It is necessary to determine the maximum output voltage of the required high-voltage power supply. Our products are continuously adjustable from the lowest voltage to the highest voltage, so just determine the highest voltage of the high-voltage power supply you need. For example, if you actually need 35KV, we recommend that you choose 40KV, which is sufficient and does not require selecting too high a voltage. Choosing too high may not necessarily be good.

2. You need to determine the maximum output current of the high-voltage power supply you require. You can choose products based on your actual current needs, without reserving too much capacity. Because some devices do not work better with higher current during operation, such as complex working conditions such as electrospinning, withstand voltage testing, capacitor charging and discharging, which require special protection from the high-voltage power supply. If we simply rely on increasing current and power, it may not be able to complete the work better, but rather increase costs, which is not worth the loss. So you just need to choose a similar current based on your actual needs for the current.

3. Determine the maximum output power of the high-voltage power supply you need. We all know the general situation: power=voltage * current, but in some special high-voltage power supplies, such as X-ray tube high-voltage power supplies, power, voltage, and current can be proposed according to your needs. As long as the power requirements are not exceeded, there can be multiple combinations of voltage and current. So when choosing a high-voltage power supply, it is also necessary to consider the maximum output power.

4. Choose the volume according to your needs and cost budget. Generally speaking, the larger the voltage, current, and power, the larger the volume. However, under the same voltage, current, and power conditions, reducing the volume will result in higher costs.

5. Stability, choose the appropriate stability based on your own needs and conditions. Of course, the higher the stability, the higher the cost.

6. Temperature drift: refers to the change in output voltage for every 1 degree Celsius change in temperature during the operation of a high-voltage power supply. The smaller the temperature drift, the more expensive the high-voltage power supply.

7. Ripple: Refers to the total sum of switching noise and AC ripple in a high-voltage power supply. Choose the appropriate ripple according to your needs and acceptance. The smaller the ripple, the higher the cost price.

8. Interface form: Our product has different interface modes to choose from, and you can choose according to your needs.

9. High voltage cable: Choose the appropriate high-voltage cable according to your needs.

10. Other requirements: Based on your specific needs, we will customize and meet your high-voltage power supply according to your requirements.

IPS-ATAJ10kV-100mA-40kHz ①　Input Voltage : AC 220V±10% 50/60Hz Mains Electricity ②　Peak Voltage : 0-10kVAC ③　Peak Current : 0-100mA ④　Peak Power: 1000W ⑤　Frequency :40kHz ⑥　Waveform : Sine Wave ⑦　Case Material : Aluminum ⑧　Power Supply Case Size : W443*D503*H133(MM) ⑨　Weight : 16.55 KG

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