Copyright Violation Instructions
Please note:
When you choose pictures that need to be customized, you must ensure not to violate any copyrighs. If, after the completion of the customization, any copyright infringement problems should occur, we cannot be held responsible for those. Please make sure you agree to our Terms and Conditions. If you do not have any further questions you can click OK to continue shopping. Thanks again for choosing to shop with us.
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Specifications
- Material:
- Other Material,
- Type:
- Sensor Switch, Power Supply,
- Connector Type:
- DC,
- Quantity (pcs):
- 1,
- Function:
- For Arduino,
- Listing Date:
- 08/06/2020,
Photos
Power: 150 w
File: DC12V
Output :0-110V-172V-200V-220V AC
Still current: around 0.05a
Output waveform: high frequency square wave
Output frequency: around 20khz
Protection: No protection at all
Note:
1. Circuit board is high frequency square wave output by ac, generally not inductance band, such as motor fan coil transformer, etc.
2. It is recommended that small loads connected to the output voltage (top-mounted DVD box chargers, led lights, etc.) be used as low gears: 172V, 110V or below is possible.
3. It is recommended that the load work for a long time ( 100W) to increase the radiator.
4. The power cannot be reversed. The current from the other source and the power cord should be large enough
5. Do not overload, do not short circuit output.
6. High frequency output load voltage multimeter measurement value (incorrect, not actual voltage)
Special note: The best electronics are at the outlet of our rope plate high frequency output rectifier diodes, because many rectifier dc switching power supplies are used to save cost with common rectifier devices, so fast heating connected to the "outlet AC high frequency" can destroy the power rectifier diodes, diode faults. The result is a burning plate.
The output voltage wiring is as follows: "For reference only"
V0 minus V2 is equal to 110V
V0 minus V3 is equal to 175V
V0 minus V4 is equal to 200 volts
V0 minus V5 is equal to 220V
V5 minus V4 20 is equal to V
V5 minus V3 45 is equal to V
V5 minus V2 is equal to 110V
V4 minus V3, 28 is equal to V
V4 minus V2 90 is equal to V
V3 minus V2 62 is equal to V
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