B9C130

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A B9C130 micro-fuse is a compact silica-fuse made with two pin-shaped terminals lying parallel on a thin, flexible substrate and connected at one end by a resistive element. They are most often used in cell phone-based short circuit protection, where it is necessary to provide a very precise interruption of electric current when an overload occurs. This fuse is also used in AC/DC adapters, power supply units, and other similar appliances.

The B9C130 fuse is designed with a pair of nickel-plated copper plates separated by a very finely oxidized fuse element. This element is designed to have a very low conduction resistance when measuring the electric current passing through the fuse. The resistance will instantly increase when an overload current is detected, thereby causing an interruption of the electric current and providing protection for the electronic circuit in question. This type of circuit protection, also known as over-current protection, is what makes the B9C130 fuse so popular.

The B9C130 fuse is designed with a pair of nickel-plated copper plates separated by an oxidation layer. This layer acts as an insulator between the two plates, allowing the current to flow uninterrupted until the overload current is detected. In this case, the oxidation layer melts and the two plates come into direct contact with each other, creating a short circuit.

The B9C130 fuse is ideal for microelectronic circuits because of its small size, low voltage requirement, and the quick response of the fuse element. The fuse is extremely reliable and consistent in its performance, making it an ideal choice for all kinds of microelectronic components and circuits. The fuse can also be used in high-end audio applications, as it is designed to filter out audio noise and other unwanted signals.

The B9C130 fuse is designed to work in an environment of low and high voltage fluctuations, so it can be used with other types of miniature electronic components. It is also designed to be highly resistant to shock, vibration and overheating. Due to its small size, the B9C130 fuse is often used in environments with limited space. The fuse is also preferred because it is easier to mount and does not require additional space for cooling.

In spite of its small size, the B9C130 fuse has an impressive efficiency and reliability. The voltage-dependent characteristics of the fuse element allow it to work in a wide range of voltage levels. This fuse is also resistant to temperature variations, making it suitable for use in various types of military and industrial applications, as well as in consumer electronic products.

The advantages of the B9C130 micro-fuse provide a host of benefits for use in microelectronic circuits. Its low resistance, small size, fast response, and shock and vibration resistance make it the ideal solution for many of today’s small scale electronic devices. This fuse is an essential component of any microelectronic circuit, ensuring that a current overload is swiftly detected and the appropriate protection is provided.

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