
Placa de acionamento zvs tesla 250w, dc 12-30v 15a, módulo de driver flyback, placa de alimentação de bobina de ignição inclui pacote de alta tensão
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Specifications
- Brand Name
- diymore
- Origin
- Mainland China
- High-concerned chemical
- None
- Condition
- New
- Type
- Module
- Supply Voltage
- 12V
- Dissipation Power
- Low Power Consumption
- is_customized
- Yes
- Quantity
- 1
- Operating Temperature
- Details Page
- Application
- Computer
- Package
- TQFP
- Input voltage
- DC 12V-30V
- Operating frequency
- 30kHz-50kHz adaptive
- Secondary parameters
- 5T+5T
- Choice
- yes
Product Description
Product Features:
1. Constructed using military-grade 1.6mm double-sided fibreglass boards
2. Incorporates factory-customised high-capacity inductors with consistent parameters for enhanced stability
3. All resistors utilise five-band precision resistors (five-band precision resistors feature minimal tolerance and superior operational stability)
4. All high-current areas on the PCB underside are fully tinned
5. Wide range of applications
Product Overview:
This Zero Voltage Switching (ZVS) driver circuit is commonly referred to as the ‘ZVS circuit’ by enthusiasts in China. Renowned for its high power handling, low heat generation, simplicity, and reliability, it is widely employed to drive Spark Gap Tesla Coils (SGTC), Jacob's Ladders, Marx Generators, and similar devices. Operates on 12-24V DC input. At 12V, the power supply must provide no less than 4A; at 24V, no less than 8A. Can be powered by switching power supplies, batteries, or lithium battery packs. Alternatively, use a high-power transformer with self-rectification and filtering, employing a filter capacitor of no less than 10000uF.
Regarding the high-voltage pack: Standard high-voltage packs from black-and-white or colour televisions are generally suitable, regardless of model. Higher power ratings are preferable. Employing ZVS drive on the high-voltage pack already subjects it to overload conditions. Consequently, breakdown damage constitutes a normal occurrence and does not indicate a quality defect in the high-voltage pack. Avoid prolonged operation at high power levels whenever possible! (High-voltage packs are consumable components; select high-quality, high-power units.)
Primary winding for the high-voltage pack: Employ 1.5mm² wire for the primary winding, with 5 turns + 5 turns (i.e., 10 turns with a centre tap), wound in the same direction. (Wires should be sourced independently or purchased as domestic electrical wiring from hardware stores).
Regarding discharge arc length: At input voltage 12V/5A, the high-voltage discharge arc spans approximately 1-2 centimetres. Higher input voltage and current yield greater output power and longer discharge arcs, reaching over 5 centimetres at maximum input 30V/10A. Should the arc prove excessively short, verify whether sufficient input power is being supplied.
Regarding power: Circuit output power depends entirely on your input power. If your power supply only delivers 30W, constructing a 200W ZVS circuit will not achieve 100W or 200W output. Therefore, ensure your input power supply is sufficiently rated. Power = Voltage × Current!
Product Specifications:
Dimensions: 80mm × 110mm
Input Voltage: DC 12V–30V
Power Requirements:
<12V: ≥5A
≥15V: ≥15A
Operating Frequency: 30kHz–50kHz (self-adaptive)
Secondary Parameters: 5T + 5T
Voltage:
Input Voltage/Current High-Voltage Pack Output Voltage Maximum Power
12V/5A Approx. 10000V 60W
24V/10A Approx. 20000V 200W
Important Notes:
1. After installation, meticulously cross-reference the schematic and conduct multiple checks to confirm all components are correctly soldered.
2. Note the polarity markings on the driver board's input terminals. Verify correct polarity before powering up to prevent board damage from reverse connection.
3. For initial testing, use a low-power 12V supply to mitigate risks of board failure due to faults or wiring errors.
4. The driver board's maximum input is 30V DC at 10A. Operating at these limits is not recommended; avoid prolonged use under overvoltage or overcurrent conditions. The driver board is unsuitable for induction heating applications. If used for induction heating, the input voltage should be kept below 15V. For induction heating or high-power, prolonged operation, a cooling fan must be added. Inadequate heat dissipation may cause excessive temperatures in MOSFETs, capacitors, and other components, accelerating ageing or even causing burnout.
Packing List:
1 x ZVS Tesla Coil Flyback Driver
1 x Ignition Coil
Pros & Cons
Pros
- Placa de fibra de vidro de qualidade militar, garantindo alta durabilidade
- Indutores customizados de alta capacidade, com parâmetros consistentes para maior estabilidade
- Resistores de precisão de cinco faixas, melhorando a precisão do funcionamento
- Faixa ampla de tensão de entrada, adaptável a diferentes fontes de alimentação DC
Cons
- Requer conhecimento avançado em eletrônica para montagem e configuração, não sendo plug and play
- Não vem com instruções em português, dificultando o uso para quem não domina o inglês
- Gera calor elevado em operação, necessitando de dissipador de calor para evitar danos
- O pacote de alta tensão requer cuidados extras durante o manuseio por risco de choque elétrico
Common Questions
Qual a compatibilidade desse módulo de driver?
Ele é indicado para projetos de bobina Tesla, placa de alimentação de bobina de ignição e outras aplicações de eletrônica DIY.
Qual o material e construção desse módulo?
É construído com placa de fibra de vidro de dupla face de 1,6mm de qualidade militar, com resistores de precisão de cinco faixas.
Qual a faixa de tensão e potência desse módulo?
A faixa de tensão de entrada é de DC 12V a 30V, com corrente de até 15A e potência máxima de 250W.
Para que serve esse módulo de driver?
Ele serve como módulo de driver flyback para projetos de eletrônica, garantindo estabilidade no funcionamento.
Qual a política de frete para esse produto?
A informação detalhada de frete não está disponível na descrição, mas o produto é enviado da China continental.
Product information last updated on March 12, 2026
