Inductive Components - EMC Components and Ferrite Cores

Open bottom case construction with small size, accurate current matching capabilities over a broad range of inductance values.

Open bottom case construction with small size, accurate current matching capabilities over a broad range of inductance values. .High Current capabilty up to 1.2 A.

Multilayer type and small size with a wide frequency range, can be applied on high-speed differential signal interfaces such as HDMI, USB3.0 and DisplayPort.

Small Size, Multilayer type chokes with a wide frequency range and can be applied on high-speed differential signal interfaces such as HDMI, USB3.0 and DisplayPort.

Wire Wound Type Broadband common mode filter for Gbps-level high-speed differential signal interfaces (cut off frequency up to 6GHz) such as HDMI, USB3.0.

Wire Wound type with excellent common mode filter characteristics. Impedance for common mode noise can clear 600 Ohm [100MHz]. Our chokes exhibit good EMC suppression.

Wire Wound type with excellent common mode filter characteristics. Impedance for common mode noise can clear 600 Ohm (100MHz). Our chokes exhibit good EMC suppression.

Wire Wound SMT construction allows performance at a high temperature range. The chokes feature high reliability and performance and meet automotive application requirements.

Wire Wound SMT construction allows performing at high temperature range. High reliability , performance and meet Automotive application requirements.

Wire Wound SMT construction allows performance at a high temperature range. The chokes feature high reliability and performance and meet automotive application requirements.

Open bottom case construction, with small size, broadband noise filtering from 100 KHz to 100 MHz along with excellent EMI suppression results..

Wire Wound SMT construction allows performance at a high temperature range. They feature reliability and performance and meet automotive application requirements.

Wire Wound SMT construction allows performance at a high temperature range. They feature high reliability and performance and meet automotive application requirements.

Wire Wound SMT structure allows high rated current. Low DCR within a small package. Stable performance under load bias. Excellent impedance vs frequency features.

Wire Wound SMT and through hole structure with excellent impedance characteristics at high frequency making the chokes great for suppressing common mode noise.

Wire Wound through hole structure with excellent impedance characteristics at high frequency, making the chokes great for suppressing common mode noise.

Open bottom case construction, with small size, broadband noise filtering from 100 KHz to 100 MHz along with excellent EMI suppression results.

Wire Wound through hole structure with excellent impedance characteristics at high frequency, making the chokes great for suppressing common mode noise.

Wire Wound SMT structure allows high rated current. Low DCR with small package. Stable performance under load bias. Excellent impedance vs frequency features.

Wire Wound SMT and through hole structure allow high rated current and stable performance. Low DCR within a small package. Excellent impedance vs frequency features.

Wire Wound through hole structure with excellent impedance characteristics at high frequency, making the chokes great for suppressing common mode noise.

Wire Wound through hole structure allows high rated current and stable performance. Low DCR and excellent impedance vs frequency features.

Wire Wound SMT and through hole structure with excellent impedance characteristics at high frequency, making the chokes great for suppressing common mode noise.

Wire Wound through hole structure with excellent impedance characteristics at high frequency, making the chokes great for suppressing common mode noise.

Wire Wound through hole structure with excellent impedance characteristics at high frequency, making the chokes great for suppressing common mode noise.

Wire Wound SMT and through hole structure allow rated current up to 60A. Low DCR and high performance. Excellent impedance vs frequency features.

Wire Wound SMT and Through Hole structure allow high rated current and stable performance. Low DCR and Excellent impedance vs frequency features

Wire Wound through hole structure with excellent impedance characteristics at high frequency, making the chokes great for suppressing common mode noise.

Broadband frequency power line common mode chokes withstand severe operating environments, with substantial normal mode noise suppression capability.

Wire Wound through hole structure allows extra high rated current and stable performance. Low DCR and excellent impedance vs frequency features.

Laird™ CMA0805 series automotive common mode chokes have low profiles and a compact design which improves performance and reliability while reducing total EMC cost.

Superior chokes offering a high current rating up to 50A, stable performance and high suppression of asymmetric interference at both low and high frequencies.

Superior chokes offer a high current rating up to 62A, stable performance and high suppression of asymmetric interference at both low and high frequencies.

Wire wound Thru hole structure with differential molde EMI filter function. Low DCR and high currennt with excellent EMI noise suppression.

Wire Wound Surface mount structure with very low DCR and high current. Excellent EMI Noise Suppression at Broadband Frequency Range .

Wire wound Thru hole structure with differential molde EMI filter function. Low DCR and high currennt with excellent EMI noise suppression.

Wire Wound Surface mount structure with very low DCR and high current. Excellent EMI Noise Suppression at Broadband Frequency Range .

Monolithic construction, small footprint and high reliability, excellent retention under bias. For power line, low frequency and high frequency signal lines

Monolithic construction, small footprint and high reliability, excellent retention under bias. For power line, low frequency and high frequency signal lines

Monolithic construction, small footprint and high reliability, excellent retention under bias. For power line, low frequency and high frequency signal lines

Monolithic construction, small footprint and high reliability, excellent retention under bias. For power line, low frequency and high frequency signal lines

Monolithic construction with high currrent, low DCR and high reliability, excellent retention under bias. Mainly for power line noise filtering.

Monolithic construction with high current, low DCR and high reliability, excellent retention under bias. Mainly for power lines noise filtering.

Monolithic construction with high current, low DCR and high reliability, excellent retention under bias. For both power line and signal lines

Monolithic construction with high currrent, low DCR and high reliability, excellent retention under bias. For both power line and signal lines

Monolithic construction with small footprint and high reliability, excellent retention under bias. Mainly for power lines noise filtering.

Monolithic construction with high currrent, low DCR and high reliability, excellent retention under bias. Mainly for power lines noise filtering.

Wire Wound SMT and through hole structure with Excellent impedance characteristics at high frequency, making it great for suppressing differential mode noise.

Low profile ferrite components used for connector assemblies and board connector leads to suppress EMI Noise.

Act as an effective shielding material to concentrate and direct magnetic flux between the transmitter and receiver devices.

Suppresion of radiated and inductively-coupled electronmagnetic interference. Also a material to concentrate and direct magnetic flux between the TX and RX.

Suppresion of radiated and inductively-coupled electronmagnetic interference. Also a material to concentrate and direct magnetic flux between the TX and RX.

A Simple solution which can be installed directly on the source of EMI for suppresion of radiated and inductively-coupled electronmagnetic interference.

Suppresion of radiated and inductively-coupled electronmagnetic interference. Also a material to concentrate and direct magnetic flux between the TX and RX.

Standard 28 material optimized for superior EMI suppression. Open magnetic structure of the core can bear large DC bias before saturate.

Flexible magnetic sheets managing magnetic flux improves the overall energy and data transfer in NFC, RFID, and Wireless Power systems,

Flexible magnetic sheets managing magnetic flux improves the overall energy and data transfer in NFC, RFID, and Wireless Power systems,

Flexible magnetic sheets managing magnetic flux improves the overall energy and data transfer in NFC, RFID, and Wireless Power systems,

Two-hole balun cores used for single and dual broadband transformer cores. Also for common-mode and differential-mode EMI suppression.

For wound and used as cores for transformers inductors or chokes. Various materials and sizes allow good performance at different frequency ranges.

High permeability, thin and flexible Nanocrystalline sheets suppressing EMI in electronic system and improving energy transfer in wireless power system,