High Power Chip Resistor is a type of resistor used in electric circuits to limit current flow, adjust signal levels and provide voltage division. It is designed to handle high power and can dissipate up to 5 watts of power. It is a reliable and cost-effective solution for various applications.
High power chip resistors are designed to provide high power dissipation within a small package, making them ideal for automotive applications. They offer increased power capability, improved thermal performance, and higher reliability than other resistor technologies. Additionally, they are cost-effective, easily integrated into circuit designs, and have a high degree of stability over time and temperature. The use of high power chip resistors can also help to reduce the size of the circuit board and reduce the system’s overall cost. Furthermore, they are highly resistant to vibration and shock, making them well-suited for use in automotive application
High power chip resistors are commonly used in aerospace and defense applications. They provide reliable performance in extreme temperatures and vibrations and have high power ratings and low resistance values. They are suitable for use in high-voltage circuits and can be used to provide protection from short circuits, shock, and voltage spikes. They are also used for current sensing circuits, and for filtering and signal conditioning. Their compact size and weight make them ideal for space-constrained applications.
Resistance tolerance: High power chip resistors must have a tight tolerance to ensure accurate resistance levels.
Power rating: The power rating of the resistor must be able to handle the current and voltage levels required by the application.
Temperature coefficient: The resistor must have a low temperature coefficient to ensure stability over a wide temperature range.
Size: The size of the resistor must be small enough to fit into the required application.
Operating temperature: High power chip resistors must be able to operate within the specified temperature range.
Cost: The cost of the resistor must be economically feasible for the application.
Reliability: The resistor must be reliable in order to ensure the desired performance over its lifetime.
Voltage rating: The resistor must be able to handle the voltage levels required by the application.
Dielectric strength: The resistor must have a high dielectric strength to ensure safety.