95J2K7E

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Through Hole Resistors are utilized as a conductor of electricity and current in many household or industry products. This is done through the 95J2K7E application field and working principle of a resistor.

A resistor is a device that in some capacity resists current flow and is represented on a circuit board as a letter R or a squiggly line symbol with arrows pointing in the positive (+) and negative (-) direction. The purpose of a resistor is to add stability to an electrical system by hindering the current flow from passing too rapidly. This can be done through implementing a resistor in parallel with other components or by using a series resistor to limit current.

The 95J2K7E is a through hole resistor that uses two terminals to provide a way to control the amount of current that passes through it. The 95J2K7E resistor has two metal pins that are bent at right angles and inserted into the board with holes. This provides a secure contact with the circuit board and ensures that the current will not leak out when the 95J2K7E is in use.

The application field of the 95J2K7E includes a variety of industries where electrical current may need to be limited. This includes electronics, instrumentation, medical devices, automation, and other areas where current has to be regulated and stabilized. The 95J2K7E resistor is specifically designed for through hole mounting and resists a high voltage of up to 3000VDC, as well as a maximum temperature of up to +125°C.

The working principle of the 95J2K7E is quite simple yet effective. The metal pins are inserted into the circuit boards through holes so that more resistive material such as carbon, metal oxide, or even a combination of both is placed between the pins. This creates resistance to the current, meaning that the current will travel slower and more efficiently throughout the components in the electrical system.

The 95J2K7E resistor’s resistance is related to the length and diameter of the metal pins used. The longer and thinner the pins, the lower the resistance value; while the shorter the pins, the higher the resistance value. This feature allows for the resistance of the 95J2K7E resistor to be easily adjusted for the needs of the circuit board.

In summary, the 95J2K7E application field and working principle is a great way to control the current in a variety of electrical systems. This through hole resistor is efficient and highly capable of resist high voltage, as well as tolerate a wide temperature range. Overall, the 95J2K7E resistor is a useful way to regulate the current in different electrical systems, providing stability and helping protect the other components used in the electrical system from damage due to over-current flow.

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