HTC1005-1E-R10-T35-L5 Capacitors

Thin film capacitors are unique electrical components with thin film layers that can be used to form capacitors. The HTC1005-1E-R10-T35-L5 is a thin film capacitor built around a tantalum dielectric and metal-oxide electrodes. This thin film capacitor is designed for applications that require stable, predictable values and performance in periods of high humidity, temperature changes, and extreme vibration.

The HTC1005-1E-R10-T35-L5 capacitor is specifically designed for AC ripple current suppression applications. Its design promotes an improved thermal resistance compared to other thin film capcitors, and its size makes it ideal for use with high-rate pulse currents in rack-mounted power supplies, systems, and other equipment.

The HTC1005-1E-R10-T35-L5 capacitor’s working principle is based on the charge dynamics of a capacitor. Capacitors are designed to store electrical energy, and they consist of two conductive plates separated by a non-conductive material. When the capacitor is connected to a power source, a dielectric material (an insulating material) greatly increases the capacitors’ ability to store charge. The HTC1005-1E-R10-T35-L5 capacitor utilizes a tantalum dielectric material, which is well-suited for AC ripple current suppression applications.

The HTC1005-1E-R10-T35-L5 capacitor is optimized for use in high-rate pulse current applications such as rack-mounted power supplies, and its design allows for high ripple current suppression capabilities. It is also known for its reliability in high-temperature and vibration environments and for its low ESR. Additionally, its easy installation, small size, and light weight make it ideal for use in power electronic applications.

The HTC1005-1E-R10-T35-L5 capacitor is an example of a thin film capacitor designed to provide exceptional performance and stability in applications requiring low ESR and high ripple current ratings. Its design is optimized to provide a level of thermal resistance unlike any other thin film capacitor in its class. The capacitor is most often used in high-temperature and vibration environments, such as rack-mounted power supplies, systems, and other equipment.