TMC00515K00FE02

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Chassis Mount Resistors are mainly used to limit the current load of circuits, preventing damages to electrical components due to overheating or short-circuiting. TMC00515K00FE02 is a widely used, chassis mount resistor that offers superior EMI shielding performance and long-term reliability. As a well-known and reliable brand, TMC00515K00FE02 has been applied in a wide range of manufacturing industries, including medical device, automotive, aerospace, and defense.

The full-size TMC00515K00FE02 has a full metal housing with a surface mount design. This makes it well suited for applications that require higher power density or vibration resistance. The chassis mount resistor also features a unique insulation system which prevents the parts from being affected by EMI/RFI. This ensures that the component remains functional even under extreme conditions.

The TMC00515K00FE02 chassis mount resistor operates at an operating temperature range of -55 to +125°C. It also has an undamped resistance tolerance of 5%, 5ppm/°C, and a 5 watt power rating. This resistor provides excellent EMI shielding performance and long-term reliability. With a wide operating range and high power density, the TMC00515K00FE02 is also suitable for high-temperature and temperature cycling applications.

The working principle of the TMC00515K00FE02 chassis mount resistor is simple. When current flow through the resistor, a small voltage drop occurs across the resistor. This voltage drop is proportional to the amount of current flowing through the resistor and is expressed in units of ohms. By choosing the right value for the initial resistance of the resistor, the design engineer can ensure that the desired current flows through the circuit, while avoiding any potential damage to the electrical components.

The TMC00515K00FE02 chassis mount resistor is widely used in a wide range of applications including medical device, automotive, aerospace, and defense. This type of resistor offers excellent EMI shielding performance and long-term reliability, making them the perfect choice for use in sensitive and critical operations. They are also suitable for high-temperature and temperature cycling applications and have a unique insulation system that prevents components from being affected by EMI/RFI.

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