Cuộn cảm RF mới
Bourns ACxSQ Air Coil RF Inductors feature an inductance range from 5.5nH to 82nH and a Q value of up to 230. These air coil inductors include tight tolerance values of 2% and 5%, DC resistance (DCR) values ranging from 3.4mΩ to 12mΩ maximum, and rated current values from 2.7A to 5.6A. The flat top and bottom provide mechanical stability, suitable for pick-and-place processes in surface mount designs. These Bourns air-coil inductors offer an operating temperature range of -25°C to +125°C and are ideal for high-frequency TV and radio receivers, radio transmitters, RF amplifiers, and tuning applications.
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Bourns ACxSQ Air Coil RF InductorsFeatures an inductance range from 5.5nH to 82nH and a Q value of up to 230.1/29/2026
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Murata LQP02HQ_Z2 Automotive RF InductorsAEC-Q200 qualification and small 01005 (0402) size designed for in-vehicle communication devices.6/16/2025 -
Bourns AC6830R Air Coil InductorsFeature a 4A maximum IRMS, 150MHz test frequency, and up to 43nH inductance.4/10/2025 -
Bourns AC4013R Air Coil InductorsFeature a 100 minimum Q value, 800MHz test frequency, and 1.6A maximum IRMS.4/10/2025 -
Bourns AC3630R Air Coil InductorsIdeal for applications such as tuning, RF amplifiers, and radio transmitters.4/10/2025 -
Bourns AC2213R Air Coil InductorsFeature a 100 minimum Q value, 1.6A maximum IRMS, self-resonant frequency, and tight tolerance.4/10/2025 -
Bourns AC1060R Air Coil InductorsFeature a high Q value, self-resonant frequency, and tight tolerance.4/10/2025 -
Bourns CW2012A Automotive-Grade Wirewound Chip InductorsWirewound construction on a ceramic core for high Q and self-resonant frequency in a miniature size.4/4/2025 -
Murata LQW32FT_8H Chip InductorsAEC-Q200 qualified inductors with 8000V (DC) to <12,000V (AD) maximum withstand voltage.2/4/2025 -
Abracon AIMC-02UHQ High Q Multilayer RF InductorsEngineered to meet growing demands for miniaturization & higher selectivity in portable electronics.1/13/2025 -
Fastron Cuộn cảm Chip gốm quấn dây 0603AQCĐược thiết kế cho các ứng dụng tần số vô tuyến (RF) yêu cầu Q tối ưu trên mạch tần số cao.1/25/2024 -
Abracon High Q Ceramic Wire-wound RF InductorsOffer an excellent DCR and current carrying characteristics and are AEC-Q200 qualified.12/26/2023 -
Abracon AISC AEC-Q200 Ceramic Wirewound RF InductorsMade on TS16949-certified production lines, AEC-Q200 qualified (grade 1), PPAP ready and supported.12/26/2023 -
Bourns Cuộn cảm lõi rỗng AC4842RCó tần số kiểm tra 150MHz, dung sai ±10% và khoảng độ tự cảm từ 22nH đến 120nH.12/12/2023 -
Abracon AIMC-Q0201HQ/Q0402/Q0603 InductorsAutomotive multilayer RF ceramic inductors feature ceramic bases with high self-resonant frequency.12/4/2023 -
TDK MHQ1005075HA High Frequency InductorsIdeal for smartphones, high-frequency modules, BLUETOOTH®, and other circuit applications.7/26/2023 -
Fastron Cuộn cảm cắm 07HCPLPCó khoảng tự cảm rộng từ 1µH đến 150.000µH và chiều cao lõi thấp hơn 8mm.7/12/2023 -
Fastron 14HVP & 14HVP/T Pluggable InductorsAEC-Q200 qualified pin-coil type inductors that offer higher voltages and higher performance.7/12/2023 -
Fastron 0603FLP Semi-Shielded Wire-Wound Chip InductorsAEC-Q200 compliant in a smaller size (1.7mm x 1.0mm x 0.8mm) than standard 0603 chip inductors.7/12/2023 -
Pulse Electronics Open Type Wire Wound InductorsSupport higher SRF, lower DCR, and superior Q values than other ferrite chip inductors.7/11/2023 -
Pulse Electronics AEC-Q200 RF Chip InductorsFeature high Q value and high-self resonant frequency.7/6/2023 -
Abracon AISC-xx02F 0.5mm Power InductorsHigh-power density inductors with semi-shielded magnetics in an extremely low profile of 0.5mm.6/7/2023 -
Laird Technologies IWC SMD Wirewound Ceramic Chip InductorsFeature high resonance frequencies and narrow inductance tolerances (±2% or ±5%).9/26/2022 -
Pulse Electronics High Q RF Chip InductorsOffers a minimum Q rating of 20, 0.6nH to 22nH inductance range, and 1.1A maximum rated current.9/14/2022 -
TDK MLJ-G Series Fixed InductorsCompact components designed for use in automotive Power over Coax (PoC) implementations.8/30/2022