Stable performance under voltage conditions: a durable circuit board designed to maintain reliable operation when faced with voltage, ensuring consistent output and reduced risk of instability. efficiency boosting conversion: inputs 12V DC and converts efficiently to up to 20,000V DC, enabling devices that require voltage, frequency output without excessive energy loss. Wide range of applications: suitable for consumer electronics testing, scientific research experiments, and other voltage requirements across various fields, providing a versatile power option for development and testing tasks. Enhanced protections: includes multiple protection mechanisms that prevent overload and short circuits, improving safety and extending service life during use. Key specifications and features: input voltage is 12V DC; output voltage is up to 20,000V DC; optimized for frequency output applications; built for durability and stable performance in demanding conditions; protection circuits guard against overload and short circuits. Compatibility and integration: designed to work with standard 12V DC power sources and to integrate into HV test setups requiring compact, reliable HV boosting capabilities; recommended to ensure proper insulation and safe handling due to voltage levels. Use scenarios: 1) Laboratory experiments and detector testing that require a compact, reliable voltage supply with frequency characteristics. 2) Educational demonstrations of voltage concepts in classrooms or physics labs, enabling safe, bench HV experiments. 3) Prototype development and testing of voltage components (such as HV diodes, capacitors, or related circuitry) in electronics R&D environments. Performance and reliability note: the combination of a durable circuit board, efficient 12Vto20kV boost, and protective features supports stable operation, broad applicability, and safer usage in professional settings.