2512-102G

Fixed Inductors are used widely in various electronic circuits to offer protection against over voltages and surges, reduce noise, and increase electrical isolation. The 2512-102G is one such example which is a surface mount, through-hole inductor which offers superior performance in a variety of applications.

The 2512-102G is commonly used in automotive, medical, and industrial electrical system protection circuits, as well as in audio applications. It is rated for a maximum operational temperature of 125°C and can withstand a maximum voltage of 10v. The inductor has an inductance value of 10µH and a saturation current of 0.3A. It operates on a frequency of up to 10 MHz and has a self resonant frequency (SRF) of 250MHz. The 2512-102G has a very low profile that allows for use under densely populated boards.

The 2512-102G works by passing electrical current through the inductor, which causes a magnetic field to be generated. This magnetic field then links to the inductor’s core, creating an electrical field in the core. This field acts to oppose any change in current flow through the inductor, thus limiting or preventing any sudden increases in voltage. This helps to protect against over voltage and surge damage in electronic circuits.

The 2512-102G’s low profile and ability to withstand high temperature operation make it ideal for use in automotive, medical, and industrial electrical systems. Its extremely low self inductance makes it suitable for use in audio applications, such as speaker crossover designs. The inductor’s high resonance frequency also makes it ideal for use in high frequency applications. The 2512-102G’s critical parameters can be adjusted via two external pins which makes for very easy setup.

In conclusion, the 2512-102G is a highly reliable and versatile fixed inductor. It has a high temperature rating and low profile, making it suitable for use in a range of applications. Its excellent performance makes it popular among many engineers, particularly those using in audio applications and high frequency auto-identification systems.