B59850C0130A070

PTC Resettable Fuses are the most commonly used class of overcurrent protection devices for a wide range of applications. They are an especially important component of circuit protection devices for the automotive, military, aerospace, medical, industrial, power control, communications, and consumer electronics markets. The B59850C0130A070 is a PTC Resettable Fuse with a wide range of applications.

The B59850C0130A070 is a fast acting, high performance, and secure PTC Resettable Fuse. It features low thermal impedance, low inductance, and high temperature capability for applications requiring higher current interrupt ratings. The B59850C0130A070 has a temperature coefficient of less than 0.1%/°C, resulting in lower thermal resistance than other fuses. Additionally, it offers an operating temperature range of -55°C to +150°C, making it suitable for harsh environments.

In addition to its wide operating temperature range, the B59850C0130A070 also provides superior protection against overcurrents and faults. It utilizes a patented electroplated PTC (Polymer-Thin-Film-Capacitor) circuit that is designed to withstand high transient current events such as motor starts and short circuits. The PTC circuit works by rapidly increasing the internal resistance of the fuse in the event of an overcurrent or transient event, resulting in a safe shutdown of the circuit.

The B59850C0130A070 is suitable for a wide range of applications, including AC/DC motor controllers, uninterruptible power supplies, small servers, gaming consoles, portable battery powered devices, and automotive electronic systems. It is also suitable for automotive, medical, and industrial circuit protection devices, as well as for a variety of other applications.

The B59850C0130A070 is a reliable and cost-effective solution for overcurrent protection. Its features and performance make it suitable for many applications requiring higher current protection, while its wide operating temperature range and patented PTC circuit ensure a secure system shutdown in the event of an overcurrent or fault.