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| Join Microchip’s experts to learn about innovative solutions for your current and future automotive development. Beginning in October 2020, Microchip will host Innovate Your Design, a series of technology events focusing on optimizing your design, reducing your design time, cost, and risk while growing your revenue.
Sign up to this free virtual event here! |
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| Historically, liquid cooling has utilised metal quick disconnects, but today’s thermal engineers also have the option of choosing connectors of high-performance thermoplastics. In many cases, the performance of PPSU fittings rivals or surpasses that of metal. Read our whitepaper to understand key considerations you should make when determining which connector is right for your application. |
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| Microwave/millimeter wave cable assemblies up to 70 GHz and interconnects up to 110 GHz. Designed to meet the toughest RF challenges. |
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| Safe and reliable communication – TE Connectivity's (TE) M8/M12 Connector System for machine industrial automation and control applications provides a solution for the increasing needs of sensor connections that safely and reliably ensures the communication in industrial environments. TE’s solution includes an extensive connector range of PCB headers, cable assemblies and I/O boxes, and supports higher bandwidth needs. |
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| Glenair has developed a Micro-D solution — intermountable in existing Micro-D panel cutouts —that brings high-speed datalink performance to mission-critical platforms. The high-speed Micro-D is a 1A pre-wired cable and PCB solution with 10+ Gb/sec. performance per differential pair. Auxiliary EMC ground springs on plug and integral contact separation architecture ensures data integrity and low attenuation performance. |
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| Vicor power modules support a component based power delivery network design for powering actuators, motors and demanding CPUs. Each power module is optimised for high efficiency, power density and overall performance. Vicor modules are also lightweight compared to competitive solutions, enabling further performance gains for battery powered robots. Watch and learn our new robotics video! |
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| Electric motors are used to drive a wide variety of loads - fans used in air conditioning systems, pumps providing fresh water, and the motors to drive manufacturing equipment in factories are just a few examples. |
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| A focused laser beam can generate a significant amount of heat. High-power industrial lasers can generate in excess of 10,000 Watts during operation of thick metals. Temperature control of the sensitive optics inside the laser needs to be maintained to achieve peak performance. Changes in temperature can distort the laser wavelength as it passes thru the optics, causing inefficiencies that can result in poor welds or sputtering. Compressor-based refrigeration systems have long been used to cool laser systems while thermoelectric-based chillers or coolers offer spot cooling for low power lasers and optical components. This application note will focus on how thermoelectric coolers can be used for spot cooling of industrial laser optics. To download a copy of this application note complete the brief form to the right. |
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| Advancements in vehicle electrification, Advanced Driver Assistance Systems (ADAS) and connectivity are driving design engineers to reimagine system architectures in vehicles. Until recently, automotive systems primarily used distributed ECUs - all throughout the vehicle - to control discrete functions. Today, an explosion of data captured inside and outside of the vehicle and the much larger role software plays because of how it uses data to develop new features or system capabilities has made distributed ECU models inadequate. |
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| This technology-lead webinar with Anritsu will study the key technology changes and market trends that will enhance future connected vehicles. This will include use cases and the role of cellular networks with the evolution 5G networks including MEC and Network Slicing. The advances in direct mode short range communications, C-V2X, LTE-PC5 and 5G Sidelink will also be explained, and relevant examples will be given. |
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