Sputter Coaters / Vacuum Coating Systems - DC Power Supplies for Magnetron Sputtering & Plasma Generators
DC Power Supplies for Magnetron Sputtering & Plasma Generators
DC Power Supplies for Magnetron Sputtering & Plasma Generators designed for magnetron sputtering and plasma generation offer reliable solutions for both industrial and laboratory applications, including dielectric heating and melting processes.
These high-voltage power supplies are available in a range of 800 to 120,000 volts, providing versatile options for various uses.
A key feature of these power supplies is the low energy storage in the output stage, combined with a compact design, making them efficient and space-saving.
These high-voltage power supplies are equipped with arc management, automatically disabling the device if an output short circuit occurs and resetting it to the set value after approximately 750 milliseconds.
With features like high stability, remote control capabilities, adjustable output current, arc management, multiple protection types, voltage and current display, and a user-friendly interface panel, these power supplies have become trusted solutions in industrial applications.
Larger power supply models are also available to meet a wider range of operational needs.
Accuracy and Stability
The system provides a highly stable and repeatable output, making this power supply ideal for sensitive applications that demand precision and consistency.
Fully Control and Monitoring
All parameters of this power supply can be fully controlled and monitored either through the front panel or remotely via an analog signal, offering flexibility for various operational setups.
Various operation modes
This device features three distinct operating modes: constant voltage, constant current, and constant power. Users can select the desired mode and adjust the output either via remote control or directly on the front panel, ensuring adaptability to a range of applications.
DC Plasma Power Supply
The DC power supply utilizes high-frequency switching technology to deliver a precisely regulated output voltage with exceptional accuracy and repeatability. Its advanced control and monitoring circuits ensure stable outputs across constant voltage, constant current, and constant power modes, even during demanding, heavy-duty cycles. This makes the DPxxxVT ideal for applications requiring high reliability and precision.
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Model |
DC82 |
DC86 |
DC810 |
DC154 |
DC204 |
DCX |
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Output voltage DC (v) |
0-800v |
0-1500v |
0-2000v |
Custom design |
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Output current DC (mA) |
0-200mA |
0-600mA |
0-1000mA |
0-400mA |
0-400mA |
Custom design |
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Max output power |
160w |
480w |
800w |
600w |
800w |
1000wMax |
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Line regulation |
Less than 0.25% |
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Load regulation |
Less than 0.25% |
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Main Power |
200-240VAC, 47 ~ 63Hzv (110v is also available) |
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Power factor |
95% at full load |
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Output connector |
Voltage regulation, Current regulation, power regulation (option). |
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Control Panel |
Voltage and Current adjust Knob, En/Dis and ON/Off key |
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Output stability |
About 15 minutes after adjusting the voltage and reaching the temperature stability, less than 0.5% per hour and after an hour, less than 0.5% per day. |
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Output ripple |
0.1% RMS (if the load resistance is stable and the momentary change doesn't exist) |
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Stored energy |
Less than 0.3 to 1 joule |
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Display and control panel |
Voltage (3 digits), Current (3 digits) |
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Protection |
Over temperature, short circuit and overvoltage protection and arc detection. |
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Remote control |
Standard analog control (0-10 V), Control: System on/off, Output En/Dis, Voltage and current adjustment. Monitoring: Voltage, Current. |
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Operating temperature range |
10 to 40°C |
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Cooling |
Air (fan) |
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Case material |
Aluminum |
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How Can We Help You?
Contact our sales team for a quotation.
