CC2824E513R-10

Description
Common Mode Chokes Dual 51uH 3.8KOhm 100KHz 800mA SMD T/R
Mount
Surface Mount
Case/Package
SMD/SMT
Max Operating Temperature
125°C
DC Resistance (DCR)
300mΩ
Datasheet
Product Image
Quantity
Need this part?
Let us do the sourcing. Even if it's not available now, our team can track it down and tailor a solution just for you.
Fusion-Tested. Quality Guaranteed.
  • Inductance of 51µH for effective noise filtering
  • Impedance rating of 3.8kO for enhanced signal integrity
  • Compact dimensions with a height of 4.9022mm and width of 5.5118mm
  • Lead-Free & RoHS Compliant
  • Surface mount design for easy integration into PCBs

The Laird Common Mode Chokes are designed to provide effective noise suppression in electronic circuits, making them ideal for applications requiring high performance and reliability. With a dual configuration and a compact surface mount design, these chokes are suitable for various electronic devices. They operate efficiently at a frequency of 100kHz and can handle a maximum current of 800mA, ensuring optimal performance in demanding environments.

Common mode chokes are used to suppress electromagnetic interference (EMI) in electronic circuits, particularly in communication and power applications. With a dual induction of 51µH, they effectively filter noise from differential signals while allowing desired signals to pass through. These components are widely utilized by engineers in various industries, including telecommunications and automotive, to enhance circuit performance and reliability.

Fusion’s in-house quality hubs and Prosemi testing facility are fully certified to meet critical industry standards for electronic component inspection and testing.

AS6081
AS9120B
ISO 9001
QMS STD 9090
Quantity
Need this part?
Let us do the sourcing. Even if it's not available now, our team can track it down and tailor a solution just for you.
Fusion-Tested. Quality Guaranteed.
See something worth saving? Create an account to track this part and get alerts on price and availability updates.
The Latest Insights
The Latest Insights