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Automotive Products for Infotainment

Murata Automotive Products for Infotainment are ideal for In-Vehicle Infotainment (IVI), navigation, and Electronic Throttle Control (ETC). Murata supplies high-reliability electronic components that take advantage of the characteristics of ceramics, such as thermal resistance and vibration resistance. The use of high-frequency technology cultivated by the 3G/4G communication market contributes to the expansion of the Car Navigation and IVI markets and the achievement of the M2M (telematics) system. 

Chip Inductors

Murata Electronics Chip Inductors are optimally designed to make full use of multiple construction techniques, including multilayer, film, and wire wound. These high-performance inductors feature a small package. Murata Electronics Chip Inductors are suitable for applications ranging from power supplies to high frequency.

Automotive Products

Murata Electronics supports the automotive market by supplying precise sensing technologies and high-reliability electronic components that are essential to the smooth operation of a vehicle. The evolution of automotive technology has been facilitated by electronic components that monitor the vehicle inside and out and exchange information among the components. Whether an engineer seeks timing devices, circuit protection, noise suppression, or inductors and capacitors, Murata provides a wide selection of automotive-grade and AEC-Q200-qualified products.  Murata's technology and know-how help contribute to developing a "ubiquitous network society," preserving the global environment and creating a future with safer and more comfortable automobiles.

Murata LQG Series Multilayer Type Inductors

LQ Inductors

Murata LQ Inductors offer high performance in a compact size and a diverse lineup. Included in the LQ Inductors are the LQP, LQG, LQW, LQM, and LQH series. These inductors feature low DC resistance and outstanding high-frequency characteristics. Murata provides suitable inductors for any applications using various manufacturing processes and structures.

LQP03 High Frequency Film Chip Inductors

Murata LQP03T_02 Series 0201 High-Frequency Film Chip Inductors (SMD Chip Coil) are high-frequency film type and offer tight inductance E12 and E24 step values from 0.6nH to 120nH and an ultra-small size (EIA 0201, 0.6x0.3x0.3mm). This enables easy impedance matching at both RF and IF circuits within a compact high-frequency design. The LQP03T_02 Series offers a wide range of inductors with test frequencies at 500MHz and 300MHz, rated currents from 100mA to 850mA, and High Q value in the high-frequency range. The Murata LQP03T_02 Series 0201 High-Frequency Film Chip Inductors are ideal for high-frequency circuits of mobile phones (PA, ANT, VCO, GSM, CDMA, PDC), Bluetooth, W-LAN, and general high-frequency circuits.

LQP RF Film Type Inductors

Murata Electronics LQP RF Film Type Inductors are offered in a case size range from 01005 to 0603, supporting the trend toward miniaturized sizes. Because the micromachining of coil patterns is enabled by forming the electrodes using a photolithography technique, the LQP series features smaller sizes and high Q characteristics while offering a portfolio with inductance values that both deviate minimally and are finely graded. These inductors have a 100pH to 470nH inductance range in a compact package with SMD terminations. Murata LQP RF Film Type Inductors are ideal for use in the matching and resonance circuits of RF units that require smaller sizes as well as minimal tolerance in inductance and finely graded inductance levels. LQP inductors are also ideal for choke circuits that demand miniature sizes and low RDC. AEC-Q200 variants are available.

Automotive Inductors

Murata Automotive Chip Inductors are optimally designed to make full use of multiple construction techniques to produce small, high-performance inductors. These techniques include multilayer construction, film construction, and wire-wound construction. Murata offers an extensive lineup of inductors for power supplies to high frequency.