AHA500FB-127R

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Chassis Mount Resistors include all kinds of components for applications that require passive electrical solutions such as fixed, variable, and adjustable, special purpose, nichrome power, wirewound, and high power low inductance resistor packages. AHA500FB-127R is a resistor specifically designed to provide a reliable resistance in applications that require operation in extreme temperatures or shock and vibration resistance.

The AHA500FB-127R is a chassis mount resistor made from a flameproof composition and consists of a cylindrical metal core with two radiating fins molded with a flame-retardant epoxy. The resistor is designed for appliations such as medical electronics, instrumentation, and communication products. It is also suitable for automotive and aerospace applications.

The AHA500FB-127R works by effecting a resistance between two points in the circuit. It does this by using the properties of materials such as resistance and capacitance to create a potential difference that can be measured. When current flows through the resistor, voltage is generated across its terminals. This voltage is proportional to the current, and the resistance of the resistor is determined by the ratio of voltage across the terminals.

The AHA500FB-127R is designed to handle high power levels and pulse loads, and it also has an operating temperature range of -55C to +155C. The resistor is rated for a power dissipation of 1 Watt and has an insulation resistance of >1000Mohm. The resistor has a resistance tolerance of +/- 0.1%. The AHA500FB-127R also features a low self-heating design to reduce noise and power consumption.

The AHA500FB-127R is designed for applications requiring excellent reliability in extreme environments such as high temperatures, shock, and vibration. Its high insulation resistance and flameproof composition make it ideal for medical, instrumentation, and communication applications. Its low power dissipation and resistance tolerance make it an excellent choice for automotive and aerospace applications.

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