AHP50AJB-12R

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Chassis mounts resistors are commonly used in the field of electronics and electrical engineering to provide a resistance to current in circuits. The AHP50AJB-12R is a resistor designed for mounting to an enclosure or chassis. It has a number of features that make it suitable for a variety of applications.

The AHP50AJB-12R is an axial leaded resistor that is rated for 10W power and 100V voltage. It has a tolerance of +/− 1 % and resistance ranging from 100Ω to 5.6MΩ. The resistor is composed of a ceramic body and a metal alloy element, giving it a wide range of temperature qualities and chemical resistance.

The resistor is designed to provide protection from shorts and overcurrent due to its large wattage rating. It also provides over-temperature protection, which is beneficial in high power applications. The resistor has an operating temperature range of -40°C to +125°C, making it suitable for a wide range of electrical and environmental conditions.

The AHP50AJB-12R can be used in a variety of applications including power supplies, motor controls, analog and digital circuits, and automotive systems. It is designed for mounting directly onto a chassis or enclosure, usually via a threaded nut. This makes it suitable for use in situations where direct mounting is needed.

In terms of working principle, the AHP50AJB-12R resists electric current in direct proportion to its resistance. It works by having a constant output resistance regardless of changes in load. This type of resistor is known as a linear resistor, and is the most common type used in electronic circuits. The resistance of the AHP50AJB-12R is determined by the ratio of its component resistors, determined by Ohm\'s law.

The AHP50AJB-12R is a high-quality, reliable resistor that is suitable for a variety of circuit applications. Its ability to mount directly to a chassis or enclosure makes it ideal for use in a wide range of applications. The resistor has a wide operating temperature range and is capable of withstanding high currents and voltages. Its resistance to temperature changes and chemicals make it ideal for use in most electronic and electrical engineering applications.

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