AHP50AJB-13R

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Chassis Mount Resistors

AHP50AJB-13R is one of the most common types of chassis mount resistors available on the market. It is designed for industrial, military and aerospace applications. It has a wide range of applications from temperature control to power management, and from RF to power supplies. The resistance values of these resistors are very accurate and dependable.

The AHP50AJB-13R is a low-profile resistor with a minimum resistance of 5 ohms and a maximum resistance of 25 ohms. It is capable of handling up to 500 volts. It is constructed from high temperature and flame retardant nylon material. The resistance value is printed directly on the side of the resistor, and it can be easily read. It is also designed with a robust housing to protect the internal components from various environmental conditions.

The working principle of the AHP50AJB-13R chassis mount resistor is quite simple. It works by using a resistor to limit the current flowing through the circuit. This helps to protect components from over-current conditions, and also helps to keep the overall circuit current draw within the required range. The resistor used in this device has a very low resistance value, which makes it ideal for controlling a wide range of currents.

The AHP50AJB-13R is a great choice for any application that requires accurate resistances that are reliable and durable. It is used in a variety of industries such as automotive, aerospace, biotechnology, and industrial automation. The device has a rugged construction and can withstand extreme temperatures and environmental conditions. It is also easily installed and is extremely efficient.

In conclusion, the AHP50AJB-13R is a chassis mount resistor that is suitable for all types of applications. Its robust housing and low-profile design make it ideal for temperature control applications. It is also quite reliable and durable, and is able to withstand various environmental conditions. The resistance value is accurately read and is printed directly on the side of the resistor. Its working principle is quite simple and helps protect components from over-current conditions, and keeps the overall circuit current draw within the required range.

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