2200HT-8R2-V

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Inductors are essential components used in electronic circuits, usually found mainly in circuits involving the use of AC energy. Fixed inductors, as the name suggests, are inductors with stable inductance which cannot be changed. The 2200HT-8R2-V is a type of fixed inductor with several advantages.

The inductance of the 2200HT-8R2-V is 2.2µH (microhenries). This is a relatively high inductance, making the 2200HT-8R2-V a suitable component for high-frequency AC circuits. The high inductance is also durable over time, which means that it will retain its rated inductance for a long time even after the component has encountered many thermal cycles. Furthermore, the 2200HT-8R2-V is resistant to vibration and shock, delivering reliable performance in harsh conditions.

The 2200HT-8R2-V also has excellent temperature stability. It maintains its properties regardless of the temperature, which can range from -25°C to 125°C. This allows for use in extreme environment conditions, as well as power supply and automotive applications. The 2200HT-8R2-V is also rated for 500mW, meaning that it can handle higher levels of power than other inductors in its class.

The working principle of the 2200HT-8R2-V is based on the principle of magnetism. The inductor works by generating a magnetic field when current passes through its coils. The magnetic field induces a voltage into any nearby coils, which is then used to power the circuit. This process has been utilizes across a wide variety of electronic circuits.

The 2200HT-8R2-V is used in a variety of different application fields. It can be used in high-frequency switching power supplies, frequency multipliers, as well as common power supply applications. Additionally, the 2200HT-8R2-V is commonly used in automotive applications, such as fuel injectors, starter motors, and alternators.

In general, the 2200HT-8R2-V is an excellent choice for a wide variety of applications. With its high inductance, durable construction, and temperature stability, it can withstand extreme conditions and deliver reliable performance. Furthermore, its working principle, based on magnetism, allows it to be utilized in various types of circuits and applications. It is a great choice for any engineer looking for a high-performance fixed inductor.

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