Infineon CoolSiC™ MOSFET 離散元件 1,400 V G2 採用 TO-247PLUS-4 迴流焊接封裝,提供卓越的熱管理、更高的功率密度、增強的可靠性。
Infineon Technologies TLE9018DQK IC 旨在監測並平衡多達 18 個通道的鋰離子電池組。
Infineon Technologies XSENSIV™ TLE4971 磁性電流感測器可在高電壓應用中提供準確可靠的電流量測。
This video discusses the AURIX™ TC4Dx 32-bit TriCore™ Microcontrollers from Infineon, including the TC4D7XP20MF500MCABKXUMA1 and TC4D9XP20MF500CCA.
Infineon EVAL-PS-DP-MAIN-M5 旨在協助使用者研究 SiC MOSFET 或 IGBT 及其對應閘極驅動器的切換行為。
OPTIGA Authenticate NBT 開發套件可協助使用者將簡便、安全且超高速的 NFC 連接功能導入 IoT 設計中。
This video discusses the Infineon PSOC Edge MCUs, designed to deliver powerful compute, AI acceleration, and strong security for edge devices.
Infineon XENSIV™ PAS CO2 5 V CSK 具有即時感測器數據評估功能和專用的雲端展示平台。
Tomorrow Lab collaborates with Infineon to create a product using the PSOC 4000T Multi-Sense. The PSOC 4000T Multi-Sense is a platform that combines inductive sensing, capacitive sensing, and liquid level sensing in a single programmable chipset.
Welcome to the Product Training Module for the Infineon CoolSiC 1200 volt G2 MOSFETs, enabling improvements in efficiency, reliability, and total cost of ownership in high-power automotive and industrial applications.
Infineon Technologies PSOC™ Edge E84 套件是硬體評估平台,可用於快速開發基於 PSOC Edge MCU 系列的應用原型。
This video discusses the PROFETTM 24V/48V smart high-side switches from Infineon, discussing their automotive-grade features. These switches offer reliable power distribution with advanced protection and diagnostic capabilities.
探索 Infineon 的 PSOC™ Edge MCU,配備 Arm® Cortex®-M55、Helium™ DSP 和 Ethos™-U55。適用於物聯網、視覺、音訊和 HMI 應用的硬體 ML 加速功能。
Infineon AURIX TC4Dx MCU 提供增強的效能、記憶體大小、連接能力和可擴展性,以滿足汽車產業不斷變化的需求。
Infineon EasyPACK CoolSiC™ MOSFET 具有 NTC 溫度感測器、預塗熱介面材料 2.0 和大電流 PressFIT 觸點技術等特點。
The XENSIV™ PAS CO2 5 V mini-board and the XENSIV™ PAS CO2 5 V Sensor2Go kit are two innovative solutions designed to enable precise CO₂ measurements.
Infineon's XENSIV™ PAS CO2 5 V is a real CO₂ sensor based on photoacoustic spectroscopy (PAS) technology.
Infineon Technologies PSOC Control C3 MCU 實現馬達和電源轉換系統的即時控制,以便對事件進行即時反應,並將延遲降至最低。

