CMF554K3700BHEB

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Through Hole Resistors are electronic components providing electrical resistance in a circuit, resisting the flow of current. The CMF554K3700BHEB noted in this article is a part of Vishay\'s CMF series of Through Hole Resistors with a leaded type moulded body. It is an SMD (surface-mounted device) resistor that can be used in industrial systems, solar power systems, and automotive applications.

Applications

The CMF554K3700BHEB is a 0.6W through hole resistor that can be employed for circuits designed for higher power applications in surveillance, medical, and automotive industries. Its insulated molded body provides excellent mechanical resilience in high vibration and dust prone environments, while the wide operating temperature range of -55˚C to 185˚C makes it suitable for use in extreme temperature environments. It is designed for reliable switching between power sources such as LEDs, relay signals, and motor drivers. Its compact size and light weight makes it space-saving and suitable for low profile applications.

The low thermal coefficient and high stability provide efficiency in reliability. The power dissipation is 0.6W and its recommended reflow peak temperature is 260˚C for optimum curing and bonding. The power rating is based on the resistor\'s environment i.e. temperature, humidity, and forced air temperature. The CMF554K3700BHEB resistor\'s exceptional resistance-at-temperature characteristics combined with its heat dissipating molded body, leads to the improved power dissipation.

Working Principle

The Vishay CMF554K3700BHEB through hole resistor is a discrete resistor featuring a base material of metal film. When connected to a voltage source, the resistor experiences an opposing electric force. This force impedes the flow of current through the resistor. The composition of this metal film\'s comprises of low temperature coefficient materials and provides excellent resistance stability against environmental changes and mechanical stress.

The resistor\'s resistance depends upon its size and composition. By varying its length, width, and thickness, it is possible to achieve resistors with different ratings. The metal film and the body are segregated by a special insulating material that reduces noise, crosstalk, and other disturbances. This feature makes the CMF554K3700BHEB suitable for high frequency applications as it mitigates the effect of inductance encountered in conventional resistor technology.

The Vishay CMF554K3700BHEB through hole resistor is highly reliable and robust. Its physics-based design along with its accurate resistor tracking ensures stability over a large temperature range which makes this device suitable for designs of the utmost accuracy. The resistor\'s fast pulse response combined with its extremely low energy consumption allows for a long service life. Its high-frequency performance and precise tolerance provide the ability to accurately control the circuit\'s current.

Conclusion

The CMF554K3700BHEB through hole resistor is a reliable and precise device for applications in industrial systems, solar power systems, and automotive uses. Its molded body decreases noise, crosstalk, and disturbances making it suitable for high frequency circuits. The Vishay CMF554K3700BHEB through hole resistor provides exceptional electrical performance, reliable switching between power sources, low thermal coefficient, temperature resistance, precise circuit control, and long-term stability.

The specific data is subject to PDF, and the above content is for reference