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XH-M652 Tesla High Voltage Discharge ZVS Driver Circuit for Tesla Coil Jacob's Ladder Marx Generator
Description:
It is a ZVS flyback driver circuit used to drive line output transformer. Because of its high power, low heat generation, simple use and reliable performance, it is widely used to drive devices, including SGTC, Jacob's ladder, and Marx generator. High-quality components ensures its high reliability and powerful power. Input 12~24V/10A DC and it outputs high voltage direct current. The he output voltage is about 600 times the input voltage.
Parameters:
- Product name: Tesla high voltage discharge
- Arc length: 1~5cm/0.4-2" (related to supply voltage and current)
- Power: 60~300W
- Power supply: DC12~24V; current ≥10A
- Working frequency: 30~50KHz
- Secondary parameters: 5T + 5T (number of coils on line output transformer)
- Product size: 148 x 74 x 80mm/5.8 x 2.9 x 3.1"
- Net weight: 380G/0.8LB
Package Included:
- 1 x ZVS Driver
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Power Supply:
Voltage is 12~24V, and current is 5~10A (not increase the current too much). The arc length is proportional to the voltage and current, but cannot exceed the recommended voltage and current, because the life of the line output transformer will decrease sharply when it works under overload conditions for a long time. Line output transformers are consumables and get several transformers ready for spare use.
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Induction Heating Coil:
The coil should be wound so that it can be bisected from the middle. The middle coil is connected to the C terminal, and the AB terminal can be connected arbitrarily. When the temperature requirements are high, heat dissipation treatment is required, and the coil is wound with a gap.
Attention:
The limit input of the driver board is DC 24V 10A. It is not recommend to use it with the limit value! Please not run the driver board for a long time under the condition of over-voltage and over-current. The board is not suitable for induction heating. If it is used for induction heating, it is recommended that the input voltage is below 15V. For induction heating or high-power long-term use, a fan must be added to dissipate heat. If the heat dissipation is poor, the temperature of the MOSFET will be too high, which will accelerate its aging or even burn out. In addition, when winding the induction coil, double-numbered coils must be wound on both sides.
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