CMF652K0000BEEB

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Through Hole Resistors, made up of single resistors or networks of several resistors, are resistive components that are designed to power electronic equipment by limiting current flow. In the field of electronics, this method of reducing current is known as impedance. The term “through hole resistor” refers to the construction method used to create the component, which is typically inserted through a hole in the circuit board. The CMF652K0000BEEB is a ceramic, through-hole resistor designed to help regulate power supply current.

The CMF652K0000BEEB is a rectangular, ceramic component measuring about 17mm x 8.7mm, with a resistance of 6.5k Ohms and a tolerance rating of ±1%. The resistor is built to a MIL-PRF-39061 military specification. The resistor is rated for 200 volts of working voltage and is composed of extruded carbon and manganese fin. It has a cylindrical, non-magnetic core with plated metal end caps. The CMF652K0000BEEB is available with either an epoxy or silver-based solder coating.

The primary application of the CMF652K0000BEEB is in military or aerospace-based circuit boards. It is designed for use in applications where extreme shock and vibration may be encountered, and offers superior temperature stability and resistance to corrosive solutions. The CMF652K0000BEEB is also used in various audio and video applications, medical equipment, and telecommunications systems.

The working principle of the CMF652K0000BEEB is based on the Ohm’s Law equation. Ohm’s Law states that the current flowing through a resistor is related to the voltage applied and the resistance value. The equation is I=V/R, where I is the current, V is the voltage, and R is the resistance. The working principle of the CMF652K0000BEEB means that when a voltage is applied across the resistor, it will resist the current flowing through it according to its resistance value. This resistance will result in a decrease in electric current.

The CMF652K0000BEEB is a high-quality through-hole resistor designed for use in military and aerospace circuit boards. It is designed for applications where extreme shock and vibration may be encountered, and offers superior temperature stability and resistance to corrosive solutions. The working principle of the CMF652K0000BEEB is based on Ohm’s Law, which states that the current flowing through a resistor is related to the voltage applied and the resistance value.

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