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    Würth Elektronik WE-LHMI and WE-HCI power inductor comparison slide showing current ratings and maximum operating temperatures

    Power Inductor Selection: Ferrite vs Powder Core Trade-Offs, Würth Elektronik Webinar

    Bourns PWR163 DPAK-style surface-mount power resistor with moulded housing, metal backplate and terminals

    Bourns Releases Power Resistor Adds Reverse-Pin Configuration

    Conceptual polypropylene DC-link film capacitor module with parallel cells and copper interconnections

    DC-Link Film Capacitor Modules: Inductance and Thermal Design, Jianghai-Europe Tech Memo

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    Wk 44 Electronics Supply Chain Digest

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Murata Introduces World’s Smallest Ferrite Chip Beads for Automotive Power Supply Applications

9.6.2020
Reading Time: 3 mins read
A A

Murata Manufacturing Co., Ltd. has introduced the BLM18SP_SH1 series of the world’s smallest*1 chip ferrite beads (for noise suppression) for use in automotive power supply applications. The company has started shipping samples, and volume production is scheduled to begin in June 2020.

*1The world’s smallest products with impedance values of 30Ω to 1kΩ and rated current values of 6A to 1.2A. (Based on internal study, as of 8 June, 2020)

In recent years, in keeping with the progress of automobile electrification, cars have been equipped with an increasing number of electronic components such as cameras, radar, LiDAR*2 and ECUs*3 in order to support ADAS*4 and autonomous driving. To ensure that the numerous in-vehicle components function properly and that a high degree of safety is maintained, it is essential to employ countermeasures against noise in power supply circuits and to ensure a stable power supply to each component. As the number of in-vehicle components increases, needs are growing for improved noise suppression capabilities as well as for miniaturization.

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*2Light Detection and Ranging: A system that emits laser light in order to detect obstacles around a vehicle
*3Electronic Control Unit
*4Advanced Driving Assistance System

With a new structural design that utilizes internal electrode fabrication technology, the new series realizes improved impedance acquisition efficiency along with lower resistance, which leads to a large current. In addition, commercialized in 0603(1608) inch (mm) size (1.6mm × 0.8mm) package, this series has a 50% smaller base area compared to conventional products which are typically packaged in 0805(2012) inch (mm) size (2.0mm × 1.25mm). This provides manufacturers with more flexibility when designing automotive power supply circuits and helps to support more sophisticated autonomous driving with smaller in-vehicle components.

In addition to this series for automotive power supply applications, Murata has two other series in 0603 inch size—the BLM18SP_SZ1 series for in-vehicle infotainment and the BLM18SP_SN1 series for consumer devices. Going forward, we will continue to develop products which meets the needs of the market and contribute to enhancing automotive performance and functionality.

Highlights of products

  • Achieved approx. 50% smaller base area compared to the conventional BLM21PG series
  • Complied with AEC-Q200*5
  • Two times the rated current and three times the impedance of Murata’s conventional product (BLM18PG221SH1)
  • Supports up to 6A rated current or 1kΩ impedance (in the BLM18SP_SH1 series)
  • A world’s smallest product delivering 600Ω impedance and 1500mA rated current (BLM18SP601SH1)
*5AEC-Q200:AEC-Q200: One of the specifications defined by the Automotive Electronics Council (AEC)

BLM18SP_SH1 series

Product numberImpedance (Ω) (at 100MHz)Rated current (mA)
ImpedanceToleranceAt ambient temperature 85°CAt ambient temperature 125°C
BLM18SP300SH130±10Ω60004000
BLM18SP101SH1100±25%37002500
BLM18SP221SH1220±25%28001900
BLM18SP601SH1600±25%15001000
BLM18SP102SH11000±25%1200800

Reference: Conventional products
BLM18PG_SH1 series

Product numberImpedance (Ω) (at 100MHz)Rated current (mA)
ImpedanceToleranceAt ambient temperature 85°CAt ambient temperature 125°C
BLM18PG221SH1220±25%14001000

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Source: Murata

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