Mechanical Chokes

Common Mode Chokes target automotive networks.
Fixed Inductors

Common Mode Chokes target automotive networks.

Providing EMC/EMI protection for automotive electronics, HOT ROD AE20xx I-Bar Chokes meet Broadcom® Corporation's BroadR-Reach® Automotive Ethernet technology for mode conversion up to 400 MHz. Devices are used for noise suppression on Ethernet-based networks transmitting data, video, and voice over single unshielded twisted pair within vehicle. Measuring 4.5 x 3.2 x 2.8 mm, chokes...

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High Current Output Chokes feature planar technology.
Mechanical Chokes

High Current Output Chokes feature planar technology.

With performance exceeding 95% at 100-150 kHz frequencies and operating range extendable to 250 kHz, fully AEC-Q200 certified HPC series suits DC/DC converter applications for electric traction and high density power electronics. H thermal class materials allow operating temperatures to 180°C, and flat wire coil technology enables components to drive high power density and high current (200...

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Automotive Power Inductor is based on PQ20 format.
Mechanical Chokes

Automotive Power Inductor is based on PQ20 format.

Measuring 23 x 25 x 19 mm, PQ20 power inductor features 1.5-33 Â-µH inductance range, up to 62 A current capability, and -40 to 125ºC operating temperature range. Meeting AECQ-200C standard, choke uses flat wire in winding to ensure maximum power management with less than 1.6 mW dc resistance. Placed in plastic base, it is suited for use in battery control unit, dc/dc converter and...

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Dies & Stamping Services with Over 25 Years of Experience
Sponsored

Dies & Stamping Services with Over 25 Years of Experience

PDS is an established leader in progressive die stamping, with a reputation for providing precision and value that dates back more than half a century. Through extensive capabilities and a staff of seasoned professionals, we set the standard for quality, delivering flexible services that can meet the needs of the most challenging requirements. See our video to learn more.

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