WEET AH Gold Aluminium Housed Resistor 25W Box Bulk Packing For Crossover
Gold aluminum shell resistors are mainly used in power supplies, frequency converters, servo systems, and harsh environments with high requirements. They have long lifespan, high precision, low noise, good heat dissipation performance, and potential high power consumption capabilities. twelve
The characteristics of gold aluminum shell resistors include:
Wide power range: from 5W to 1000W, meeting the needs of different applications.
High resistance accuracy: Provides 6 resistance accuracy options, including 10%, 5%, 3%, 2%, 1%, and 0.5%, ensuring the accuracy and stability of resistance values.
Excellent heat dissipation performance: The shell is made of aluminum alloy and has heat dissipation grooves on the surface, which helps to maintain stable operation under high temperature or overload conditions.
Strong architecture and high stability: With strong architecture and high stability, suitable for situations that require long-term stable operation.
Multiple combination options: beneficial for mechanical protection and convenient installation and use, providing flexible solutions.
The application areas of gold aluminum shell resistors include but are not limited to:
Automotive electronics: such as car turn signals, audio frequency dividers, pre charging resistors for new energy vehicles, etc. Among them, pre charging resistors have higher requirements for voltage resistance.
Industrial control: For example, industrial control equipment, LED car taillights, car braking equipment, etc., are required to maintain high performance even in harsh environments.
In addition, the gold aluminum shell resistor also has the characteristics of high precision and low noise, making it excellent in situations where precise control of current and voltage is required. Its physical characteristics indicate that aluminum shell resistors work by converting electrical energy into thermal energy and are important voltage and current divider components in circuits, effectively passing through both AC and DC signals.
