Product description This EGS002 SPWM driver board is built to produce a sinusoidal AC output from a 5V DC supply. The module combines an EG8010 PWM controller with IR2113 driver stages and a 12MHz quartz oscillator to deliver stable timing and reliable control for low-voltage inverter applications. Key benefits Reliable sinusoidal AC generation: SPWM control from the EG8010 produces a low-distortion sinusoidal waveform versus simple square-wave drivers, improving compatibility with AC loads and testing equipment. Stable timing and frequency accuracy: the onboard 12MHz quartz oscillator provides a stable clock for the EG8010, reducing jitter and improving waveform consistency. Robust driver stage: the IR2113-based driver circuitry provides proven high/low-side gate drive capability for MOSFETs used in inverter power stages. Easy integration for prototyping and compact systems: the EGS002 board offers a ready-made SPWM/inverter driver solution, reducing development time when adding AC output capability to 5V DC systems. Focused functionality: the EGS002 driver board is the critical control element for a 5V DC to AC sinusoidal inverter and is essential to achieve the intended stable AC output. Key attributes Function: SPWM driver for generating sinusoidal AC from a 5V DC input using EG8010 control and IR2113 gate drivers. Core components: EG8010 PWM controller, IR2113 driver module, 12MHz quartz oscillator. Compatibility: intended for use with 5V logic power and standard MOSFET-based inverter power stages; suitable for integration into lab prototypes, small inverters, and embedded power systems. Form factor: driver board (EGS002) as the control/driver PCB module for inverter applications. Performance: optimized for stable, efficient AC output through SPWM control and precise oscillator timing. Typical applications Laboratory and development: generate clean sinusoidal AC for testing sensors, transformers, filters, or small AC circuits when only a 5V DC source is available. Prototyping small inverters or UPS front-ends: use the EGS002 as the control/driver stage to evaluate inverter topologies and MOSFET power stages. Education and field testing: practical tool for teaching power electronics concepts and demonstrating SPWM-driven sinusoidal outputs. Integration notes The EGS002 is a control/driver board; a suitable MOSFET power stage, power supply, and load connection are required to produce usable AC power. Follow component datasheets and safe wiring practices when connecting the EG8010/IR2113 driver outputs to MOSFET gates and when designing the power stage.