Latest wire wound chip common mode choke coils exhibit wideband impedance capabilities

INDUCTORS Latest wire wound chip common mode choke coils exhibit wideband impedance capabilities

21.04.2023 From Murata (Press release) Reading Time: 1 min

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Murata has announced the introduction of the DLW32PH122XK2 wire wound chip common mode choke coil. AEC-Q200-qualified, this 1210 inch size (3.2×2.5mm) component is targeted at suppressing wideband common mode noise in modern automotive designs.

Murata Manufacturing Co., Ltd. is a global specialist in the design, manufacture and sale of ceramic-based passive electronic components & solutions, communication modules and power supply modules.
(Source: Murata Manufacturing Co., Ltd.)

The DLW32PH122XK2 is of particular value when addressing the power supply line noise issues now occurring as advanced driver assistance system (ADAS) hardware connects with wide frequency band sensors and imaging equipment (such as radar, LiDAR, etc.). There are a multitude of opportunities for this coil to suppress noise in industrial and consumer devices too.

The DLW32PH122XK2 draws on Murata’s proprietary winding technology and the company’s in-depth understanding of materials science, as well as its ability to transition innovative design concepts into volume manufactured products. At 100MHz, this component exhibit 1200Ω (typical) impedance levels, and it maintains 900Ω (typical) even when 1GHz frequencies are applied. Any competing chokes operating over such an extensive range of frequencies would be substantially bigger, making them impractical in space-constrained environments.

What are inductors, how are they constructed, and what are the different types? (Source: gemeinfrei)

Murata’s DLW32PH122XK2 is 60VDC rated and supports currents up to 1.2A at 105°C. It is the world's first 1210 inch size high-frequency, high-current common mode choke coil for power supply lines to handle such currents and simultaneously have effective impedances at GHz frequencies. A low DC resistance, of 0.05Ω (typical), mitigates power losses and curbs unwanted heat generation.

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