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The latest electronics news, featuring updates and announcements from leading companies in the electronic components industry. Stay informed on product releases, industry trends, and market insights.
Filtering by tag: "aerospace"
Clear tag filterQorvo Advances Solid-State Power with Compact Wideband SSPAs
Qorvo’s new wideband Spatium SSPAs deliver TWTA-level performance with up to 50% smaller footprint and higher reliability for radar, SATCOM, and EW systems.
Read MoreAlpha Data launches Versal RF-based platforms for integrated signal processing
Alpha Data introduces COTS platforms built around AMD Versal RF adaptive SoCs with 16 channel direct RF sampling and heterogeneous compute for rapid deployment.
Read MoreKYOCERA AVX Mini BME Stacked Capacitors for Aerospace
KYOCERA AVX’s DSCC 25007 Mini BME Stacks combine high-CV performance with weight and space savings for military, aerospace, and space systems.
Read MoreEPC Launches Radiation-Hardened GaN Motor Drive Evaluation Board for Space Applications
The EPC7C021 from EPC Space is a compact, radiation-hardened GaN motor drive board for use in space and aerospace environments.
Read MoreMicrochip Introduces GNSSDO Modules for Defence and Aerospace Timing
Microchip’s GNSSDO modules deliver precise timing, stability, and holdover for defense, SATCOM, drones, and LEO platforms in GNSS-denied environments.
Read MoreRohde & Schwarz Pushes Broadband Amplifiers to 18 GHz for Next-Gen EMC and Wireless Testing
Rohde & Schwarz expands its BBA300 amplifier family to 18 GHz, offering robust wideband coverage for EMC, wireless, radar, and aerospace testing.
Read MoreBittWare and Molex Open Early Access to 3U VPX Cards with AMD Ryzen Embedded and Versal SoCs
BittWare, a Molex company, opens early access to 3U VPX cards with AMD Ryzen Embedded and Versal SoCs, targeting aerospace and defence systems.
Read MoreChinese Nuclear Battery Provides 100 Years of Power
China has introduced a groundbreaking innovation in energy storage: a miniature nuclear battery, the BV100, capable of powering devices for up to 100 years without recharging. Developed by Betavoltaic, this tiny battery uses nickel-63 as a power source and utilizes beta decay to produce a steady stream of energy. While this technology is a significant leap forward for industries like healthcare, aerospace, and environmental sensing, it’s not poised to replace conventional batteries in everyday electronics. Despite its impressive longevity, the BV100’s limited power output makes it ideal for low-energy devices such as medical implants and space probes, not high-demand gadgets like smartphones. While promising, its use of radioactive materials also raises safety and disposal concerns.
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