High Voltage Boost Step-Up Power Module, DC 3V to 6V Input to 400kV Output for Science Projects, 24x22x63mm
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0.20 kg
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USA
- Specifications: Input Voltage: DC 3 V to 6 V Input Current: 2 A - 5 A High Pressure Type: The type of pulse current Output Voltage: 400000V(please pay attention to safety) High Pressure Discharge Distance Between: Approx.10 ~ 20mm / 0.4 ~ 0.8in The Output High Voltage Wire Length: Approx. 100mm / 3.9in Input Power Cord Length: Approx. 100mm / 3.9in (the red line is positive) Wiring: Red and green power connection red line:"+" green line "-" output: the other side ,same color cable Size: Approx. 24 x 22 x 63mm / 0.9 x 0.9 x 2.5in Please Notice: The high-voltage module should avoid the use of electricity in high voltage no-load . (Power must be adjusted to a suitable distance to the high-voltage output line , battery capacity is proportional to the distance and the use of the high-pressure arc ( not a voltage as high as possible , you must provide enough current ) . Experimental test of the arc distance from short to long , Do not exceed the maximum arc distance electricity, energy can not be released due to high pressure , can easily damage the module. ) Work: intermittent , continuous work does not allow more than 1 minute and the output side does not allow shorting . Improper voltage and long working hours easily damaged module Package included: 1 X High Voltage Transformer
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High Voltage Generator for Experiments: This boost step-up transformer provides 400kV output from 3V-6V DC input. Ideal for high school physics labs, electronic instruments, and DIY high-voltage scientific projects. High Voltage Pulse Generator Function: Generates high-temperature pulse arc for ignition demonstrations. Easily ignites paper or cigarettes to visualize electrical discharge effects in classroom or hobbyist settings. Clear Wiring & Compact Size: Red wire positive, green wire negative. Module dimensions: 24 x 22 x 63mm. Output high-voltage wire length: 100mm. Simple integration into experimental breadboards and small devices. Critical Usage Guidelines: Operate intermittently only. Do not exceed 1 minute continuous work. Avoid high-voltage no-load operation. Maintain proper arc distance (max 20mm). Insufficient load may damage module. Application Scenario: Perfect for student science fairs, electrical engineering education, and high-voltage principle demonstrations. Provides visible arc discharge for learning electrostatic and pulse current concepts.