Introducing the EGS002 Pure Sinewave Inverter Controller - a specialized driver board designed for single-phase sinusoid inverters. This controller utilizes the ASIC EG8010 as the control chip and IR2110S as the driver chip, ensuring efficient and reliable performance.

The EGS002 driver board is packed with useful features, including voltage, current, and temperature protection, as well as LED warning indication and fan control. By configuring jumpers, users can easily set the AC output frequency to either 50Hz or 60Hz, choose the soft start mode, and adjust the dead time.

This improved version of the EGS001 is fully compatible with EGS001's original interfaces, making it a convenient and seamless upgrade for existing setups.

Enhanced with cross-conduction prevention logic, the EGS002 demonstrates excellent anti-interference capabilities, ensuring stable and interference-free operation. Additionally, it offers LCD display interfaces, making it more user-friendly and enabling easy access to the chip's built-in display function.

The EG8010, a digital pure sine wave inverter ASIC, serves as the heart of this controller. It excels in generating accurate 50/60Hz pure sine waves with low harmonics and distortion, thanks to its external 12MHz crystal oscillator.

The EG8010 CMOS IC integrates multiple features, such as an SPWM sinusoid generator, dead-time control circuit, range divider, soft start circuit, circuit protection, RS232 serial communication, and 12832 serial LCD unit. This comprehensive integration ensures smooth and precise operation, making it suitable for various applications, including DC-DC-AC two-stage power converter systems or DC-AC single-stage low power frequency transformer systems for boosting.

Experience the power and reliability of the EGS002 Pure Sinewave Inverter Controller, offering high-quality pure sine wave output and advanced features for a wide range of inverter applications. With its user-friendly interfaces and comprehensive functionality, it is an excellent choice for your inverter projects.