Microsecond Pulse Low-Temperature Plasma Experimental Power Supply (CTP-2000KM)
Product Detail
Product Composition
- Main Machine – 2000KM
- TDGC2-1 Contact Voltage Regulator
Rated input voltage: 220v | Rated capacity: 1kVA | Frequency: 50Hz | Output voltage range: (0-250) V
Rated output current: 4A | Number of phases: 1 | Weight: 6.5kg | Insulation heat class: F
Photo of Modulated Pulse Low-temperature Plasma Experimental Power Supply
Photo of Voltage Regulator
Product Features
- Used to drive Dielectric Barrier Discharge (DBD) devices of various sizes of discharge gaps under various atmospheres (Air, oxygen, nitrogen and other inert gases)
- Suitable for use under varying pressure
- Lower heat energy of the reactor
- Adjustable power over a wide range
- Includes interfaces for input power measurement, high-voltage output voltage, current detection and synchronization
- The efficiency of the power supply can reach above 90%
Product Specifications
|
Product Name |
Microsecond Pulse Low-Temperature Plasma Experimental Power Supply |
|
Model |
CTP-2000KM |
|
Output voltage (KV) |
~20 |
|
Center frequency (KHz) |
~10 |
|
Adjustable Frequency Range (KHz) |
7~15 |
|
DBD discharge gap |
Within 8mm |
|
Rise Time (µs) |
~4 |
|
Pulse Width (µs) |
~10 |
|
Monitoring and Detection |
Output voltage detection (internal 1000:1 capacitive divider), instantaneous current detection, integral current detection |
|
Waveform Parameter |
Pulse (Selectable Pulse Polarity) |
|
Power (W) |
0-500 |
|
Unit Dimensions W × D × H (mm) |
250×250×360 (H) |
|
Weight (kg) |
9 |
|
Equipment Composition |
1.Main Machine |
Applications
- Surface modification treatment of organic and inorganic materials
- Enhance compatibility of different polymer surfaces
- Enhance suitability of biological surfaces
- Clad nanomaterials
- Preparation of organic or inorganic nanoparticles
- Cleaning and sterilization
Application Examples:
Photo of Plasma Discharge
(a) DBD Strong Discharge (b) DBD Medium Intensity Discharge (c) DBD Weak Discharge
(d) Vacuum Argon Discharge (e) Vacuum Air Discharge
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