CW010125R0KE123

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Introduction

CW010125R0KE123 application field and working principle is a Through Hole Resistor. A through hole resistor is an electronic component that provides electrical resistance or electrical impedance in an electric circuit. It can also be used to adjust the voltage or current levels in a circuit, or to provide isolation between two circuits. The name “through hole” refers to the fact that the electrical connection of the resistor is made via a spring-loaded contact point. This contact point is connected to an internal capacitor, which provides higher resistance than the contact point itself.

Features

The CW010125R0KE123 Through Hole Resistor provides a wide variety of features and advantages, making it one of the most reliable and cost-effective resistors available. Some of these features include:

• Temperature compensation: the resistor\'s design ensures that resistance does not change significantly with changes in temperature.
• Low operating current: it allows for the use of low power levels which can reduce energy consumption and operating costs.
• High-grade materials: its construction utilizes superior-grade of materials to ensure superior performance and reliability.
• Excellent pulse performance: it offers superior performance and compatibility with signal performance.
• High accuracy: it offers high accuracy, ensuring that the resistor can provide the desired resistance value.
• High stability: it has a high stability, enabling it to maintain its resistance value over time.

Working Principle

The CW010125R0KE123 Through Hole Resistor works by creating a specific and stable electrical resistance within a circuit, by providing a low electrical impedance in the form of an electrical current or voltage between two points of a circuit. When current passes through the resistor, it will experience a specific and measurable resistance. This resistance causes a decrease in current, which controls the voltage level within the circuit. The resistors are rated using ohms (Ω). The higher the ohm, the lower the current. So, a 1000 ohm resistor will provide a lower resistance than a 100 ohm resistor, which in turn will provide a lower current than a 10 ohm resistor.

When choosing a resistor for a project, you must ensure that the resistor you select has the necessary resistance and wattage rating for the application. It is also important to consider the voltage rating and temperature coefficient of the resistor. Voltage rating is the maximum voltage that the resistor can handle and temperature coefficient refers to the amount of current that the resistor can pass before it begins to overheat.

Applications

Through Hole Resistors have a wide range of applications. Common uses include regulating current levels, providing protection against overloads, controlling circuit voltage, and providing impedance matching. The resistors can also be used in a variety of electronic circuits, such as AC and DC motors, lighting systems, audio amplifiers, and various devices. Through hole resistors are typically used in compact electronic devices. Due to their size and construction, they are ideal for use in smaller applications, where the resistance needs to be precise and uniform.

Conclusion

The CW010125R0KE123 Through Hole Resistor is an ideal electronic component for various applications including voltage regulation, current regulation, and impedance matching. Its features and advantages make it one of the most reliable and cost-effective resistors available. It is constructed with superior materials and offers superior pulse performance and high accuracy. The through hole resistor is widely used in a variety of electronic circuits including motors, audio amplifiers, lighting systems, and various devices. By providing a specific and measurable resistance, it can help to reduce operating costs and energy consumption.

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