MK2101FE-R52

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Through Hole Resistors are a basic electronic component used to control the current in a circuit. They vary in size, power rating, and resistance value, and serve to reduce the amount of current flowing through the component that connects them in a circuit. The MK2101FE-R52 resistor is a through-hole model designed for applications in which high temperatures are encountered. This model, featuring a proprietary metal oxide film design, is designed to withstand temperatures up to 190°C (374°F).

The MK2101FE-R52 is a ceramic-coated resistor with a power dissipation rating of 1W. This resistor is designed for both safety and thermal applications, including circuits that handle hazardous current, such as those containing switching relays. The operating temperature range is from -50°C to +190°C, and the insulation resistance is rated at 10,000 megohms. This resistor also features a three-layer coating which greatly increases its resistance to moisture and environmental stresses.

The MK2101FE-R52 resistor is typically used in high-power applications such as industrial and automotive applications, in order to control current flow and also to protect components and circuitry from the heat generated by the circuit. The resistor is also used in telecommunications applications such as switches, surge protection devices, and cellular radios. Additionally, the resistor is often used in power supplies for medical devices such as pacemakers and defibrillators.

The MK2101FE-R52 resistor’s working principle involves the application of a voltage across the resistor’s two terminals. This voltage causes electrical energy to be dissipated in the form of heat. The resistor’s physical structure is designed to have very low resistance to reduce the amount of heat generated. The amount of current that passes through the resistor is determined by the voltage applied to the terminals and the resistor’s resistance value.

In order to function as designed, the validity of the resistor colour code must be verified. The colour code system identifies the resistor’s rated power and resistance value. This is accomplished by determining the first two digits in the code, then comparing them to a table to determine the power rating. The last three digits of the code determine the resistance value. The resistance value is determined by multiplying the first two digits by the last three digits. Once this has been determined, a measurement can be taken using a multimeter to verify the stated resistance value.

The MK2101FE-R52 resistor is a high-reliability through-hole resistor with a temperature rated up to 190°C. The resistor is used in many applications where heat dissipation is critical, including industrial, automotive, and medical equipment. Its working principle involves the application of a voltage across its terminals which generates energy in the form of heat. The colour code provides the rated power and resistance value, which must be verified by measuring the value with a multimeter.

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