23J225E

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Through hole resistors are one of the most foundational components of electronic devices. Taking 23J225E, for example, this type of through hole resistor can be used for a wide range of applications. It is mainly applied to the fields of complicated and precise electronic equipment, accurate instruments, and other proper fields. This article is an overview of the 23J225E application field and working principle.

Application Field of 23J225E

23J225E through hole resistors are perfect for applications including personal computers, telephones, business machines, electric watches, power supplies, home appliances, automotive and various applications involving acoustic control. It can even bear typical shock, vibration, dust, and temperature. Moreover, 23J225E conforms to the standards of these various application fields properly.

23J225E resistors are also commonly used for protection circuits and clinical environment and they are suitable for medical grade systems. Therefore, they are favoured by doctors without additional testing and examination. These resistors are widely applied in the medical field, such as medical instruments, medical sterilization, oxygen supply, syringes, medical imaging, infusion sets and other medical patient monitoring systems.

Working Principle of 23J225E

The core of the working principle of a through hole resistor is Ohm\'s Law, according to which the voltage that can be applied should be mediated concerning the current. Since the resistance of a resistor is fixed, and the voltage applied is constant, the current will then be changed correspondingly. 23J225E through hole resistors can actually help to keep the current constant in the system by limiting the flow of current.

The 23J225E through hole resistors are formed with two terminals of thin metal foil, and two terminals of lead wire which is insulated from the metal foil, and the lead wire passes through the resistor and the resistor body is insulated from them. The terminal has a layer of soldering material, designed for soldering onto the circuit substrate. When these resistors are working, the high-density carbon film deposited on the surface will provide higher resistivity for the current, so that the current in the circuit can be accurately stabilized, thereby achieving the desired effect.

Apart from providing resistance, these resistors can also safely dissipate residual heat energy from the circuit, which helps to keep the circuit temperature steady and the device safe from damage. The 23J225E is also made with a ceramic core material coated with an additional epoxy layer for better insulation. All of these are designed to ensure the long-term reliable and safe working performance.

Through the above description, we should have a understanding of the 23J225E application field and working principle. This type of through hole resistor can be used in many different fields due to its high reliability and stability. As long as the parameters are correctly selected, these resistors can provide reliable performance in order to ensure the accuracy and safety of the whole system.

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