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Diodes’ 20Gbps 2x2 switch enables fast multitasking/switching between automotive media and driver assistance systems
2023-03-25
Diodes Corporation (Diodes) has launched a new DIODES PI3DBS16222Q to meet the demand for improved automotive computing capabilities and high-speed interface connectivity. This 4-channel differential exchange switch provides a highly efficient multitasking solution for automotive infotainment, telematics, SATA 3.0, SAS 3.0, and ADAS systems.
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TDK Launches Compact High Current Choke
2023-03-18
TDK Co., Ltd. introduces the new B82559A * A033 series shielded EPCOS ERU33 high current choke. The new series of components are installed through holes and have an ultra-high saturation current of 32 A to 83 A at 100 ° C. There are six models available, covering 3.2 μ H to 10 μ The range of inductance values for H, with a DC resistance as low as 0.85 m Ω or 1.2 m Ω, depends on the model. The choke coil uses a flat wire winding and is very compact in size, only 33 x 33 x 15 mm. By thermally connecting the flat wire winding and the magnetic core, a large area of ferrite surface can be coupled and connected to the heat sink, greatly improving the heat dissipation performance.
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Italy France Semiconductor has launched multiple antenna matching RF integrated passive devices to comprehensively improve the RF performance of STM32
2023-03-09
Italy France Semiconductor released nine radio frequency integrated passive devices (RF IPDs) optimized for STM32WL wireless microcontroller (MCU). The new product is a monolithic integrated antenna impedance matching, balun and harmonic filter circuit.
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Semtech HotSwitch protection IC is sold in Maoze to provide efficient security protection for various electronic systems
2023-03-06
Mao Ze Electronics will prepare the HotSwitch of Semtech Corporation from now on ® Protect IC. HotSwitch platform includes integrated load switch and electric fuse, with excellent advanced protection function set, which can protect the electronic system from the impact of typical circuit transient and steady-state fault conditions.
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