NISSEI AMZ Polyester Capacitor 100 pF 100V AC 100V DC Through Hole 2 Pins AMZB0100J10100000000

NISSEI AMZB0100J10100000000 polyester capacitor is a precision film capacitor designed for general purpose and industrial applications requiring stable capacitance and compact design. Rated at 100 pF capacitance, it features a 100V AC and DC voltage rating, supporting reliable operation in various electrical circuits.

This capacitor employs polyester film construction, delivering robust dielectric properties and thermal endurance up to 85°C. Its very small height dimension of 7.5mm offers space-saving advantages on printed circuit boards.

The through hole mount type with 2 pins spaced at a 3.5mm pitch and 0.5mm lead diameter allows for automated insertion, enhancing assembly efficiency. Dimensions are 5.7mm length, 3.7mm width, and 7.5mm height, enabling compact electronic device designs.

Applications include general electronic circuits, snubber circuits to suppress voltage spikes, and industrial controls requiring small, reliable film capacitors. The component is fully RoHS compliant, ensuring it meets environmental and safety standards.

Constructed from low-loss polyester film for consistent electrical performance. Rated at 100 pF capacitance, suitable for precision filtering and timing circuits. High pulse resistance and low dielectric absorption for quality signal stability.

Rated up to 100V AC and 100V DC, suitable for medium voltage applications. Compact through hole design facilitates easy PCB integration and automated assembly. Operating temperature rating up to 85°C ensures durability under thermal stress.

Manufactured in Japan with high quality standards ensuring reliability. RoHS compliant and environmentally safe materials used.

These capacitors are widely used in industrial, commercial, and electronic equipment applications, offering an efficient and durable solution for various passive component needs. For exploring more around Film Capacitors and similar components, use EnvMart’s extensive category collections for electronics components.