Renesas Electronics’ Post

Explore the latest edition of the Microchip Technology Inc. Insider newsletter, where we conclude our series on the dsPIC33 family. Learn how these Digital Signal Controllers are driving advancements in automotive ECUs and EV charging systems. If you missed the previous editions in this series, find them here: • Part 1 - Discover the Power of dsPIC® DSCs for Embedded Control: https://mchp.us/3ZE9jLm • Part 2 - Securing the Connected Future: Microchip dsPIC33 DSCs Deliver Robust Embedded Security: https://mchp.us/3ypGqrb • Part 3 - Microchip Insider LinkedIn Newsletter: How dsPIC DSCs Rev Up Motor Control Designs: https://mchp.us/3N7xjyZ #AutomotiveTechnology #dsPIC33 #ECUDesign#EVCharging #MicrochipTechnology

New USB Inline Peak Power Sensor MA24103A 25 MHz to 1 GHz Anritsu is excited to announce the new addition to the Inline Peak Power Sensor family — the MA24103A. This new Inline Peak Power Sensor is designed for low frequency coverage from 25 MHz to 1 GHz for accurate average and peak power measurements covering a range of 2 mW to 150 W. The sensor utilizes a "dual path" design, facilitating True-RMS measurements across a wide frequency and dynamic range, enabling users to assess both continuous wave (CW) and multi-tone signals. Incorporating a microcontroller, signal conditioning circuitry, analog-to-digital converter (ADC), and power supply, the sensor serves as a comprehensive miniature power meter. Additionally, the forward direction path encompasses a 4 MHz bandwidth channel equipped with peak and comparator and integrator circuits,enhancing measurement capabilities to include parameters such as peak envelope power (PEP), crest factor, complementary cumulative distribution function (CCDF), and burst average power for CW, multitone, and digitally modulated signals. #AnritsuSingapore

Did you know? Thermistors and integrated circuit temperature sensors (such as those based on the LM35 or LM75) are semiconductor devices that change resistance or voltage in response to changes in temperature.

Telco Sensors Diffuse Proximity sensors. Multifunctional sensor. 1 sensor for many applications.

#Microcontrollers are special chips used for controlling and processing #electronic devices. They're used in things like #consumer_electronics, car systems, and industrial machines. In these areas, industrial control is the second biggest use for MCUs, making up about 25% of the global market in 2021. Industrial control MCUs are used in important things like PLC controllers, motors, instruments, and industrial robots. As local companies make more industrial equipment, they're likely to use more industrial control MCUs. So, the demand for MCUs is gradually increasing. #microchip #st #NXP #AD

Exploring the World of Microcontrollers and GPIO Pins! 🌟 Dive into the realm of electronic devices where GPIO pins act as nerve endings, enabling interaction with the outside world. 💡 From LEDs to sensors and motors, GPIO pins unlock endless project possibilities. 🔗 #Microcontrollers #GPIO #ElectronicsProjects #Innovation #DIYElectronics #TechExploration

RDI Technologies' non-contact vibration and Motion Amplification® system was used to record and analyze a Jet Engine using the high-speed Iris MX™ camera pixels as sensors. View the standard video and #MotionAmplification video side by side! https://lnkd.in/egJznCUm #MAMonday #RDITechnologies #JetEngine #TnM #Testandmeasurement #Engine

The MCP9700B temperature sensor offers a linearized voltage output that directly corresponds to the measured temperature, making it easy to interface with ADCs or an MCU. Available in space-saving SC-70 and SOT-23 packages, it's ideal for space-limited applications. Learn more: https://mchp.us/3Sz8Iar. #ThermalManagement #Sensors #ADCs

Is it challenging for you to achieve accurate and reliable time synchronization between the sensors and ECUs in your automotive test setup? Get to know our new EDSwitch 10G series – the ideal Managed Switch for automotive applications! It is obvious that obtaining accurate and valid data is the most crucial part in ADAS/AD development. However, to ensure the very best data quality, time synchronization inside the test vehicle must be on point. To achieve this precision, EDSwitch 10G enables nanosecond-accuracy timestamps based on hardware implementation (IEEE1588v2 E2E Transparent Clock). Furthermore, it offers the possibility to synchronize “PTP-enabled” devices to a grandmaster clock like b-plus BRICK2 with XTSS service. Your devices require other profiles, such as 802.1AS? The EDSwitch 10G can also support other PTP profiles - just get in touch with us! Sparked your interest? Find more information about the new EDSwitch 10G series on our website: https://lnkd.in/dnyDan69 #bplus #ethernetswitch #datadistribution  #measurementsetup  #testdata #poe #datathroughout #timesync #portmirroring

Very interesting post from b-plus Group to trigger your sensors and ECUs in your automotive stack synchronously. #sensors #ecu #automotive #intelligentvehicles #ethernet #switch #bplusgroup