OD224KE

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Through Hole Resistors are a must-have in the field of electronics, and the OD224KE are no exception. As a non-inductive, high-stability resistor, the OD224KE has a broad range of applications and a simple working principle.

First, the OD224KE is designed for use in high-frequency applications, where inductance and resistance are both important. It is a tubular resistor with a small ceramic body, and on the inside, two metal foils are arranged in opposite directions. The OD224KE is designed to resist signal frequencies up to 400 kHz, and its small size and low inductance make it ideal for use in precision circuit designs, including remote control and telecoms circuits.

Another great feature of the OD224KE is its excellent thermal stability. Exposing it to extreme temperatures will not reduce its performance, which is a great advantage in systems that are subject to high temperatures. This is very important for applications such as industrial systems, medical devices, and transportation systems.

The working principle of the OD224KE is simple. When in use, it will change the resistance of the circuit, depending on the voltage and current that is applied to it. The resistor will dissipate the excess energy, which helps to keep the system running at an appropriate voltage level.

The OD224KE is also designed to be able to handle voltages up to 300 volts and current up to 200mA, making it appropriate for a wide range of applications. Its non-inductive design is also ideal for use in audio circuits, as it will not cause any interference.

In summary, the OD224KE is an excellent choice for use in any high-frequency applications, as it is low-cost and features excellent thermal stability. Its non-inductive design also makes it an ideal choice for use in audio circuits. Its simple working principle means it is easy to understand and use, and its compatibility with a wide range of voltages and currents make it suitable for a wide range of applications.

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