Boost inverter circuit board designed for flexible inverter applications and compatible household use Key benefits Versatile inverter modes: functions as a pure sine, modified sine, or front boost inverter to match application needs. Broad compatibility: designed for use with single silicon hine and four silicon hine configurations. Practical household use: suitable for lamps, noninductive household appliances, and small rice cookers. Simple integration: the board can act as a direct inverter module or as a front boost stage depending on system design. What this product does Provides selectable output waveforms (pure sine and modified sine) for different load requirements. Serves as a front boost inverter stage when paired with single silicon hine or four silicon hine setups, enabling improved voltage conversion in multistage inverter systems. Supports common lowpower household loads that do not require inductive starting current. Specifications and attributes Function: pure sine output, modified sine output, and front boost inverter capability. Compatibility: for single silicon hine and four silicon hine configurations. Intended loads: lamps, noninductive household appliances, and small rice cookers. Form: circuit board intended for integration into inverter or appliance control systems. Typical use scenarios Home backup lighting: use the board in pure sine mode to power lamps during short power interruptions without changing the larger inverter topology. Front boost for inverter builds: install the board as a front boost inverter ahead of a main inverter stage using single silicon hine or four silicon hine to raise input voltage and improve overall conversion performance. Small kitchen appliance power: run a small rice cooker or other noninductive household appliances where modified sine output is acceptable. Notes for users Confirm appliance compatibility with noninductive loads before use. Select the output waveform mode appropriate for the connected equipment and installation design. Integrate the board according to standard electronic safety and wiring practices.