CMF656K3400FKEA

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Through Hole Resistors or THRs are electrical components composed of two metal electrodes which have a resistance to current flow between them. Generally, they’re constructed to provide a consistent resistance level to a particular circuit or load. The CMF656K3400FKEA is a unique series of Through Hole Resistors manufactured by Kingtronics which is designed for specific applications.

The CMF656K3400FKEA series of Through Hole Resistors features an ultra-stable precision tolerance of 5% and an operating temperature range of -30 to +85°C. This makes them suitable for use in a wide range of applications, such as industrial, aerospace, medical, and consumer electronics. Additionally, their 6.5kΩ resistance value and high-temperature stability make them ideal for high-power and power-switching applications, as well as in temperature control systems.

The working principle behind Through Hole Resistors is based on Ohm’s Law, which states that the voltage and current flowing through a resistor is directly proportional to its resistance value. This is because the resistor adds an additional impedance, or current-limiting factor, in the circuit. As a result, it limits the amount of current that can pass through it, thus protecting the other components in the circuit.

The CMF656K3400FKEA series of Through Hole Resistors feature a traditional vertical design which makes them easy to insert and remove from circuit boards. This is because the vertical design enables the resistor to be stacked on top of each other without having to employ a separate bonding agent. In addition, theThrough Hole Resistors are fully RoHS compliant and UL certified for safety and quality.

The CMF656K3400FKEA series of Through Hole Resistors offer a high level of accuracy and reliability at an affordable price. Therefore, they are ideal for applications ranging from industrial, medical, aerospace, and consumer electronics which require precision and stability. Furthermore, their 6.5kΩ resistance value and high-temperature stability make them suitable for high-power and power-switching applications as well as temperature control systems.

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