HS25 47R F

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Chassis Mount Resistors, which are widely used in consumer electronics appliances, industrial control, medical and telecommunications equipment, are constructed with an insulated substrate or support structure that is mounted typically onto a heat sink, metal chassis or printed circuit board. The HS2547R F is a widely used type of Chassis Mount Resistor, and its application and working principle require further attention.

The HS2547RF is a power-voltage rated resistor designed for high-frequency and high-frequency circuits. It is commonly used on boards with a rated voltage of 10 to 500V, and its operating temperature ranges from -55 to +150 degrees Celsius. This Chassis Mount Resistor is made of a non-magnetic alloy, typically using Manganin or resistance wire or a metal tube. The resistor\'s construction provides heat dissipation capacity, helping to ensure its reliability and extend its life.

The HS2547RF is commonly used in applications such as electronic equipment, instrumentation, automotive electrical devices, power supply systems, and telecommunications. They are suitable for use in a variety of environments, including high-vibration conditions and where external temperatures are high and changing.

The HS2547RF works by transforming the amount of current flowing through the resistor in proportion to the applied voltage. These resistors have adequate insulation and can be mounted to increase their thermal dissipation. As heat can cause the resistance to change slightly, they should be operated within exact temperature ranges. Used within their specified limits, the HS2547RF has a high level of accuracy for its rated temperature and voltage.

The HS2547RF Class F Chassis Mount Resistor is an important type of resistor in many commercial and industrial applications. It has an impressive capacity to dissipate heat, a high precision tolerance value, and is available at a relatively low cost. Its range of applications, thermal dissipation ability and resistance accuracy are sufficient for most commercial and industrial requirements.

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