This tapless mini ZVS-ready PCB is delivered as a finished board without a high-voltage pack, cooling fan, or other components. It is designed to be used with an external 12 V high-voltage supply and a suitable cooling setup. Key benefits and specifications - High current induction capability: Maximum power up to 120 W when used with a 12 V induction heating setup. - Specific primary winding configuration: The primary winding is arranged as 5 + 5 turns. When the 12 V high-voltage pack is engaged, it can deliver around 30 W in this configuration. - Ready-to-use ZVS platform: A compact, tapless mini PCB that is prepared for ZVS operation, simplifying integration into your projects. - No HV pack or cooling fan included: The board ships without the high-voltage pack, fan, or other large peripherals, reducing upfront cost and allowing you to supply your own required parts. - Skill requirements: This kit requires a certain level of practical electronics skills and relevant knowledge to assemble, operate, and safely use the board. Core attributes - Function: ZVS-based control board for induction heating applications. - Compatibility: Designed for use with a 12 V high-voltage supply; external HV pack required to enable operation. - Size and form: Tapless mini PCB with a compact footprint suitable for hobbyist and prototype projects. - Material and construction: PCB-based finished board (no HV pack, fan, etc. included). - Performance: Up to 120 W max output at 12 V for induction heating; primary winding supports about 30 W when the 12 V HV pack is engaged. 2-3 practical use scenarios - Scenario 1: Prototyping a compact induction heater for small metal components. Use this board with your own 12 V HV pack to explore heating of small parts or fast preheating for soldering and assembly. - Scenario 2: Educational and experimentation projects. This board provides a hands-on platform to study ZVS topology and induction heating concepts without a full turnkey solution. - Scenario 3: Coil design testing and optimization. Use the tapless mini PCB to test different coil configurations and control strategies in a low-profile, readily adjustable setup. Notes - This board requires practical electronics skills and appropriate safety measures due to the use of high-voltage components. - The 12 V high-voltage pack and any cooling solutions must be supplied separately.