AIUR-02H-271K

Fixed inductors refer to inductors with permanent parameters that do not change. Generally, the inductors used in the electrical industry have a certain inductance value. This value will not change much with current and time, and this property is called a fixed inductor. This is why the AIUR-02H-271K deposit is classified as a fixed inductor.

The AIUR-02H-271K sample is an epoxy-filled, molded inductor with 3/4-inch body size. Its inductance is 271 KOhm, and the DC resistance is 2.4 Ohm. It is a multi-layer winded type inductor constructed with high-grade magnet wire and has an operating temperature range of -22°F to 221°F. The AIUR-02H-271K is commonly used in high-precision electronic circuits, precision sensors, oscilloscope measuring circuits, and other related applications.

The AIUR-02H-271K fixed inductor\'s working principle is based on the Faraday law of electromagnetic induction. Simply put, when an electric current passes through a coil, a magnetic field is generated around the coil which then induces a voltage in the coil. This voltage is proportional to the number of turns in the coil, and is referred to as the self-induction coefficient. In the case of the AIUR-02H-271K, the winding of the coil will induce a voltage within the same coil, thus regulating the current flow. This is the principle of operation of a fixed inductor, and is applicable to all inductor types.

Fixed inductors such as the AIUR-02H-271K can be used for a variety of applications, such as high-precision measurements, communication circuits, control systems, and power supplies. In particular, fixed inductors are ideal for high-frequency systems due to their low signal loss and noise. Furthermore, due to their fixed inductance characteristics, fixed inductors also are used for filter circuits, especially low-pass and bandpass filters. Due to the abundance of possible applications, it is difficult to pinpoint the exact scope of the AIUR-02H-271K, however its fixed inductance characteristics make it ideal for many applications.

In conclusion, the AIUR-02H-271K fixed inductor is ideal for various electronic applications due to its fixed inductance characteristics. It has advantageous properties such as low signal loss and noise, and is most commonly used for precision measurements, communication circuits, control systems, power supplies, and filter circuits. Its working principle is based on the Faraday law of electromagnetic induction, that when an electric current runs through a coil, it induces a voltage in the same coil. Due to these properties, fixed inductors like the AIUR-02H-271K are ideal for many electrical applications.