LairdTech
Why Laird? We set the standards for the electronic components industry, enabling and protecting smart systems from the start.
In a fast-paced world where people and systems are perpetually communicating, connected to multiple environments and systems, electromagnetic interference is an ever-present possibility. Our engineers have spent decades perfecting our material qualities and design capabilities to make compatibility between your mission-critical systems clean, simple, and cost-effective.
Our products are lighter and smaller than our competitors, each surpassing the rigorous industry standards of geometric structure and performance capability. Our ferrite core product line is comprised of a wide selection of materials that range from KHz to GHz, while our wireless charging products feature a minimum thickness of 0.8mm and our flexible ferrite sheets, an ultra-thin 0.05mm. Laird’s state-of-the art products will keep your systems on-task at all times, helping you:
- Inhibit interference at its source
- Remove noise between coupling paths
- Ensure proper component design and communication
We also have the first-ever SPICE model in the industry; a powerful, game-changing tool that has the capability of predicting with superior accuracy the real performance of a ferrite chip bead in operation, helping you predict product performance, solve problems quickly and cut overall design time and cost.
Why Laird? We set the standards for the electronic components industry, enabling and protecting smart systems from the start.
In a fast-paced world where people and systems are perpetually communicating, connected to multiple environments and systems, electromagnetic interference is an ever-present possibility. Our engineers have spent decades perfecting our material qualities and design capabilities to make compatibility between your mission-critical systems clean, simple, and cost-effective.
Our products are lighter and smaller than our competitors, each surpassing the rigorous industry standards of geometric structure and performance capability. Our ferrite core product line is comprised of a wide selection of materials that range from KHz to GHz, while our wireless charging products feature a minimum thickness of 0.8mm and our flexible ferrite sheets, an ultra-thin 0.05mm. Laird’s state-of-the art products will keep your systems on-task at all times, helping you:
- Inhibit interference at its source
- Remove noise between coupling paths
- Ensure proper component design and communication
We also have the first-ever SPICE model in the industry; a powerful, game-changing tool that has the capability of predicting with superior accuracy the real performance of a ferrite chip bead in operation, helping you predict product performance, solve problems quickly and cut overall design time and cost.
HZ1206E152R-10 - Chip Beads - High Frequency
Laird'sbroadband frequency response family provides significant levels of impedance from...
- Impedance
- 950
- DCR Ohm
- 0.3
- Dimensions
- 1.60 x 1.10 x 3.20 mm
CC1812C513R-10 - CAN-Bus Common Mode Chokes
Laird'ss current compensated surface mount chokes for controller area networks (CAN-Bus)...
- Impedance
- ( Z )"3500 W @40 MHz"
- Dimensions
- 3.50 x 3.55 x 5.00 mm
- DCR Ohm
- 0.5
CC2824B475R-10 - CAN-Bus Common Mode Chokes
Laird'ss current compensated surface mount chokes for controller area networks (CAN-Bus)...
- Impedance
- ( Z )"12300 W @2 MHz"
- Dimensions
- 5.50 x 4.90 x 7.50 mm
- DCR Ohm
- 0.55
CC2824D225R-10 - CAN-Bus Common Mode Chokes
Laird'ss current compensated surface mount chokes for controller area networks (CAN-Bus)...
- Impedance
- ( Z )"5300 W @5 MHz"
- Dimensions
- 5.50 x 4.90 x 7.50 mm
- DCR Ohm
- 0.4
CC2824E105R-10 - CAN-Bus Common Mode Chokes
Laird'ss current compensated surface mount chokes for controller area networks (CAN-Bus)...
- Dimensions
- 5.50 x 4.90 x 7.50 mm
- DCR Ohm
- 0.2
CC2824E113R-10 - CAN-Bus Common Mode Chokes
Laird'ss current compensated surface mount chokes for controller area networks (CAN-Bus)...
- Impedance
- ( Z )"800 W @200 MHz"
- Dimensions
- 5.50 x 4.90 x 7.50 mm
- DCR Ohm
- 0.12
CC2824E253R-10 - CAN-Bus Common Mode Chokes
Laird'ss current compensated surface mount chokes for controller area networks (CAN-Bus)...
- Impedance
- ( Z )"2000 W @100 MHz"
- Dimensions
- 5.50 x 4.90 x 7.50 mm
- DCR Ohm
- 0.13
CC2824E474R-10 - CAN-Bus Common Mode Chokes
Laird'ss current compensated surface mount chokes for controller area networks (CAN-Bus)...
- Impedance
- ( Z )"4250 W @7 MHz"
- Dimensions
- 5.50 x 4.90 x 7.50 mm
- DCR Ohm
- 0.2
CC2824E513R-10 - CAN-Bus Common Mode Chokes
Laird'ss current compensated surface mount chokes for controller area networks (CAN-Bus)...
- Impedance
- ( Z )"3800 W @50 MHz"
- Dimensions
- 5.50 x 4.90 x 7.50 mm
- DCR Ohm
- 0.16
CC2824J502R-10 - CAN-Bus Common Mode Chokes
Laird'ss current compensated surface mount chokes for controller area networks (CAN-Bus)...
- Impedance
- ( Z )"400 W @500 MHz"
- Dimensions
- 5.50 x 4.90 x 7.50 mm
- DCR Ohm
- 0.1
CM2021Y330R-10 - Common Mode Chokes
Laird'sultra high current CM chokes provide small form factor high performance and...
- Dimensions
- 5.60 x 3.80 x 5.00 mm
CM2545X171B-10 - Common Mode Chokes
Laird'sultra high current CM chokes provide small form factor high performance and...
- Dimensions
- 11.38 x 9.32 x 6.30 mm
CM2545X171R-10 - Common Mode Chokes
Laird'sultra high current CM chokes provide small form factor high performance and...
- Dimensions
- 11.38 x 9.32 x 6.30 mm
CM3032V121R-10 - Common Mode Chokes
Laird'sultra high current CM chokes provide small form factor high performance and...
- Dimensions
- 8.13 x 6.35 x 7.62 mm
CM3032V201R-10 - Common Mode Chokes
Laird'sultra high current CM chokes provide small form factor high performance and...
- Dimensions
- 8.13 x 10.08 x 7.62 mm