BLM21BB331SN1D Filters

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Ferrite beads and chips are known for their ability to suppress electronic signals. The BLM21BB331SN1D is a ferrite bead chip designed to effectively reduce noise of different types, such as radiated and conducted ESD and EMC interference. It is also used to suppress the power line surge. This ferrite chip is made of ceramic coated ferrite material and coated with conductive silver. Its inductance ranges from 0.7 μH to 2 μH.

The BLM21BB331SN1D ferrite bead chip is primarily used in the electronics industry. Some typical applications include: car audio systems, medical equipment, industrial automation, communications and consumer electronics, LED lighting, GPS antenna interference, automotive ECU programming, power amplifiers, computers, etc. It has many advantages over other types of noise suppressors, such as being non-interfering, highly reliable, and cost-effective. Additionally, the BLM21BB331SN1D has a wide inductance range, which makes it suitable for a variety of applications.

The BLM21BB331SN1D ferrite chip is a common-mode noise filter. It works by blocking the interference signals from entering the unwanted circuits. It works by creating an electrostatic field that deflects and absorbs the radiated energy. The noise is then attenuated by the chip’s inductance, which reduces the unwanted signals. The ferrite chip also blocks any other EMI and ESD signals that may enter the system, making it highly reliable. It is also capable of reducing radiated and conducted EMC interference.

The BLM21BB331SN1D ferrite bead chip is a reliable and cost-effective way to reduce noise, making it ideal for many applications. Its wide inductance range, common-mode noise rejection, and non-interfering nature make it a popular choice for many applications in the electronics industry. It is also highly reliable and cost-effective, making it a great choice for reducing noise.

The specific data is subject to PDF, and the above content is for reference