EXH2E126HRPT

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Film capacitors are increasingly being used in sophisticated electronic products in recent years, since they provide high reliability, low impedance, wide temperature range and consistent performance. EXH2E126HRPT, a polyimide film/polyamideimide double-layer capacitor, is one of these specialized film capacitors.

The EXH2E126HRPT is designed for a wide range of applications. It can be used for pulse operation and low-impedance circuits, such as computer CPUs and microprocessors, counter circuits, surge suppression, and LCD power regulators. In addition, this type of capacitor can be used in satellite communication systems, pulse motors and remote control circuits, peripheral equipment of computers, haptic actuators, and other mid-size electrical equipment.

The working principle of the EXH2E126HRPT is based on a thin polyimide dielectric film combined with an etched polyamideimide etching layer. This dielectric material-film is able to provide a low insulating resistance, high volumetric efficiency, and a steady self-healing capability. The etched polyamideimide layer itself provides a reliable, low dissipation and high capacitance value.

The EXH2E126HRPT provides a wide range of capacitance values, from 0.25 µF to 100 µF, with voltage ratings from 5V to 510V. Typical capacitance tolerances are within ±10%, while dielectric strength is typically up to 1000V. It has an operating temperature range from -55°C to +125°C, a maximum ripple current capacity of 1A, and a soldering temperature of 260°C for 10 seconds. Its low impedance and sheer size make it a suitable choice for smaller and higher-frequency applications.

As a reliable, high-performance capacitor, the EXH2E126HRPT has a wide variety of applications. With its thin dielectric film and etched polyamideimide etching layer, it is able to provide both good efficiency and low leakage. Furthermore, it has a wide range of capacitance values, making it suitable for a large variety of signal buffering, switching power supply and other high-frequency electronic circuits.

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