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    SCHURTER TCS6F IP67 sealed SMD tactile switch with white silicone actuator on dark background

    SCHURTER Unveils IP67 Tactile Switch in 6.2 × 6.2 mm Package

    YAGEO SMD 0603 ST Pt1000 chip sensor shown in front of rooftop HVAC equipment

    YAGEO SMD 0603 ST Pt1000 Sensor with Standard SMD Termination

    Power line EMI filter on a copper ground-plane fixture connected to a vector network analyzer with a toroidal balun

    How to Measure Filter Performance: Insertion Loss, VNA Fixtures and CM/DM Separation

    Assorted EMI and RF filter components: common mode choke, ferrite beads, feedthrough filter, X2 capacitor, cavity filter, ceramic coaxial resonators, thin-film filter and SAW/BAW packages

    Passive Filter Technologies Compared: LC, Ferrite, Feedthrough, Ceramic, Cavity, Microstrip, SAW and BAW

    Illustration of a thin-film capacitor stack with TiN electrodes and an ultrathin hafnium zirconium oxide ferroelectric layer on silicon

    Sub-Volt Ferroelectric HZO Capacitor Pairs Speed and Endurance

    Cut-open lithium-ion capacitor pouch cell showing stacked carbon electrodes and separators, with vials of carbon powder

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    Schematic of a titanium nitride thin-film inductor within a CMOS poly-resistor stack beside its integrated resonator circuit.

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    Close-up of reddish-brown metallic rocks illustrating TTI MarketEYE’s connector raw material cost analysis

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    SCHURTER TCS6F IP67 sealed SMD tactile switch with white silicone actuator on dark background

    SCHURTER Unveils IP67 Tactile Switch in 6.2 × 6.2 mm Package

    YAGEO SMD 0603 ST Pt1000 chip sensor shown in front of rooftop HVAC equipment

    YAGEO SMD 0603 ST Pt1000 Sensor with Standard SMD Termination

    Power line EMI filter on a copper ground-plane fixture connected to a vector network analyzer with a toroidal balun

    How to Measure Filter Performance: Insertion Loss, VNA Fixtures and CM/DM Separation

    Assorted EMI and RF filter components: common mode choke, ferrite beads, feedthrough filter, X2 capacitor, cavity filter, ceramic coaxial resonators, thin-film filter and SAW/BAW packages

    Passive Filter Technologies Compared: LC, Ferrite, Feedthrough, Ceramic, Cavity, Microstrip, SAW and BAW

    Illustration of a thin-film capacitor stack with TiN electrodes and an ultrathin hafnium zirconium oxide ferroelectric layer on silicon

    Sub-Volt Ferroelectric HZO Capacitor Pairs Speed and Endurance

    Cut-open lithium-ion capacitor pouch cell showing stacked carbon electrodes and separators, with vials of carbon powder

    Lithium-Ion Capacitor Review Backs Hard Carbon//AC Pairing

    Rack power shelf in an AI data center with film DC-link capacitors, a supercapacitor bank and a converter board

    800 VDC AI Data Centers Reshape Capacitor Demand for 2027

    Schematic of a titanium nitride thin-film inductor within a CMOS poly-resistor stack beside its integrated resonator circuit.

    TiN Superinductors Bring Compact Cryogenic Inductance to CMOS

    Close-up of reddish-brown metallic rocks illustrating TTI MarketEYE’s connector raw material cost analysis

    Connector Raw Material Costs Rise 20.9% in Q2 2026

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Kyocera to Build its Largest Plant in Japan for Crystals and Semiconductor Packages

11.5.2022
Reading Time: 2 mins read
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Kyocera Corporation announced a plan to build the largest manufacturing facility it has ever operated in Japan, expanding production capacity for components including organic semiconductor packages and crystal device packages.

A signing ceremony held April 20, 2022 was attended by Kagoshima Governor Koichi Shiota, Satsumasendai City Mayor Ryoji Tanaka, and Kyocera officials. Construction is scheduled to begin next month at the company’s Sendai Plant Campus in Kagoshima. Three converging factors are creating strong demand for Kyocera’s organic semiconductor packages and crystal device packages.

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Smart vehicles are expanding the need for automotive cameras and high-performance processors used in Advanced Driver-Assistance Systems (ADAS) and autonomous driving. New communications infrastructures, including fifth-generation (5G) base stations and datacenters, are being deployed worldwide. In addition, the rising trend toward digitalization is expanding demand for electronic products ranging from personal computers and smartphones to consumer goods, industrial automation, and others.

Kyocera will open the new facility in October 2023 to serve these growing trends, aiming for a 4.5-fold increase in production capacity for organic packages at the Sendai Plant Campus, as well as a substantial increase in capacity for crystal device packages.

Kyocera will contribute to the community by stimulating economic development in Kagoshima, creating new employment opportunities through expanded production of semiconductor components in response to global demand.

Outline of New Facility

NamePlant No. 23 at Kyocera’s Kagoshima Sendai Campus 
Address2310-10 Taki-cho, Satsumasendai-shi, Kagoshima Prefecture, Japan
Total investmentApproximately 62.5 billion yen (approx. 488 million U.S. dollars)
Building footprint12,380 m² (133,257 f²), steel construction, 6stories
Total area65,530 m² (705,359 f²)
Construction planConstruction to begin May 2022
Facility to open October 2023
Production itemsOrganic packages, crystal device packages 
Expected production levelApproximately 33 billion yen (approx. 258 million U.S. dollars) per year (April 2024-March 2025)

Related

Source: Kyocera

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