IR2184S datasheet & application note | price

Simple IR2184 Power INVERTER with NE555 and IRF3205 Power MOSFET 12v to 220v DC AC

IR2184 Pinout Equivalent

1：Overview of the IR2184：

IR2184 is a high-performance 600V half-bridge gate driver chip launched by International Rectifier (IR, now acquired by Infineon). It adopts an 8-pin package. It can effectively drive power devices such as N-channel MOSFETs and IGBTs. It has a wide power supply voltage range (10V to 20V) and is compatible with 3.3V and 5V input logic, facilitating connection with different control circuits. IR2184 has a dual-channel undervoltage lockout protection function, which can timely close the output when the power supply voltage is abnormal to ensure circuit safety. Its high side adopts bootstrap technology to achieve high-end driving and has high anti-noise ability, enabling stable operation in a complex electromagnetic environment.

2：IR2184 Important pin function definition:

3：Рекомендация альтернативной модели

MIC4427：It has relatively high driving ability and fast switching speed. It adopts a dual-channel output design and can be used for driving half-bridge circuits, and has a relatively wide operating voltage range.

TC4427：The chip of Techwell company can provide a large peak drive current and can quickly drive MOSFET and IGBT. It has a wide operating temperature range and can adapt to different working environments.Compared to IR2184, its peripheral circuit design may be more complex and requires optimization based on specific applications.

LTC4440：The products of Linear Technology (now ADI) have low quiescent current and high driving efficiency. It adopts synchronous rectification technology, which can effectively improve power conversion efficiency and is suitable for applications with high power consumption requirements.

STGAP2S：ST’s half-bridge gate driver integrates isolation function, which can effectively improve the safety and anti-interference ability of the system. It supports a wide range of power supply voltages and can be flexibly applied to different circuit designs.