ILHB1812ER132V Filters

Ferrite Beads and Chips are components designed to suppress high frequency electrical noise. The ILHB1812ER132V is a chip bead that comes with a non-standard resistance, impedance, and power dissipation ratings and is used in suppressing EMI/RFI noise on consumer electronic signal paths.The ILHB1812ER132V uses a ferrite core made from a proprietary blend of oxide materials that is filled with magnetic nickel-zinc particles. This blend of magnetic filling material provides great stability, low frequency response, and low power dissipation. The ILHB1812ER132V is designed to be C-rated, meaning it can handle up to ~2.7A of current without heating up. This makes it ideal for use with consumer electronics, laptops, smartphones, and other electronic devices.

The ILHB1812ER132V also comes with an excellent temperature range, making it suitable for use in a variety of environments. Its wide frequency range and low temperature operating range makes it suitable for suppressing noise in a range of frequencies. The ILHB1812ER132V has a wide operating temperature range, from -10°C to +85°C, meaning it can keep suppressing noise even in extremely hot or cold climates.

The operating principle of the ILHB1812ER132V is fairly simple. By implementing a magnetic field generated by the nickel-zinc blend, the ILHB1812ER132V “absorbs” the high frequency electrical noise on the consumer electronic signal path. This magnetic field generated by the ferrite core acts like a shield and forces the electrical noise to follow its field lines instead of continuing through the circuit. This reduces and suppresses the amount of noise reaching the consumer electronic device or other load.

The ILHB1812ER132V is an ideal choice for suppressing electrical noise in consumer electronics. Its C-rated resistive design ensures efficient operation and power dissipation while its wide Frequency and Temperature range makes it suitable for use in a variety of environments. The ILHB1812ER132V is perfect for those looking to protect their consumer electronics from the harmful effects of EMI/RFI.