CMF201M0000GNEK

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The CMF201M0000GNEK is a through hole resistor manufactured by Corning Information Technology. It is specifically designed to provide a highly accurate resistive element for equipment involving constant voltage and current. This resistor is suitable for applications where a high level of accuracy and reliability is required such as in-car electronic systems and aerospace applications. It is also rugged enough to be used in vibration-sensitive systems.

Through hole resistors are basically designed to provide a resistive element to provide resistance against the flow of direct current (DC) or alternating current (AC) in circuits. They come in different shapes and sizes, and in different material and construction for different resistance values and application. Through hole resistors are also used to limit the amount of current that can pass through the circuit, protecting it from overload.

The CMF201M0000GNEK is a surface-mount through hole resistor. It consists of a durable nickel-plated ceramic material, plastic film, and metal electrode layers. For enhanced efficiency, it also contains a low-temperature-resistant, bilayer Ni-Pb soldering film. These separate layers are compounded into one resistive element, providing a high-precision resistive element with a very low temperature coefficient of resistance (TCR). This means that the accuracy of the resistor will remain relatively stable regardless of changes in temperature.

The working principle of a through hole resistor is pretty simple. When DC or AC current passes through it, its resistance causes loss of energy. This energy is then converted to heat, which is dissipated from the resistor. The amount of heat generated is related to the power rating and resistance of the resistor. The higher the power rating and resistance, the greater the heat generated. Thus, different power ratings and resistances are suited for different applications.

Generally, through hole resistors have four physical characteristics: resistance, tolerance, temperature coefficient, and power rating. The resistance of the resistor is its chief characteristic, expressed in ohms (Ω). This is determined by the type of material and construction used to manufacture it. The tolerance determines how close the resistor will be to its stated resistance, expressed as a percent. The temperature coefficient determines the stability of the resistor and is expressed in parts per million/°C. Finally, the power rating determines the amount of power the resistor can dissipate, typically expressed in watts.

The CMF201M0000GNEK is an ideal through hole resistor for a wide range of applications because of its high accuracy and long-term stability. Its alumina substrate is highly durable and provides a high thermal recovery. The nickel-plated ceramic body provides excellent shielding against electromagnetic interference (EMI). It also has a very low temperature coefficient of resistance which ensures accuracy even at high temperatures. Since it is a surface-mount component, it can be easily mounted to a substrate without the need for excess wire or manual soldering.

The CMF201M0000GNEK is best suited for applications that require a very accurate resistor in harsh conditions or environments. It provides a reliable and stable resistive element even in extreme conditions. Its other advantages include its low temperature coefficient, low cost, and its ability to be surface-mounted. Furthermore, its EMI shielding capability makes it ideal for use in automotive and aerospace applications. Overall, the CMF201M0000GNEK is a highly reliable and accurate resistor for various applications.

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