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onsemi’s new approach to inductive position sensing speeds up time-to-market
onsemi has introduced an innovative dual-inductive rotary position sensor. The NCS32100 uses a newly patented approach to inductive position sensing, making it an ideal choice for industrial and robotic applications, where fast-moving robotics and machinery are deployed. The NCS32100 is available now through onsemi sales support and authorised distributors. Download further information now.
Selecting the right industrial communications standard for sensors
Greater factory connectivity and control is ushering in what has been named the fourth industrial revolution, after the earlier revolutions of steam power, assembly lines and early automation.
Up to 100h long-term backup – 24VDC UPS solution with LiFePO4
Protect your 24V application in case of a blackout, brownout or flicker! The intelligent DC UPS solution with BICKER UPSI-2406 and BP-LFP-13250S battery pack (330Wh) avoids system failures and data loss. The particularly safe and long-life LiFePO4 battery technology enables backup times up to 100h, e.g. for sensor applications or emergency lighting systems. The new UPS management software 'UPScom' with cross-platform technology and intuitive user...
Your Reference Guide to Relays
Get your downloadable guide to relays from Mouser Electronics! This downloadable reference guide gives a comprehensive overview of the most common types of relays, applications and important electrical contact forms. It's a great resource which will aid you in designing switching applications.
SimpliPHY your Ethernet design, part 1: Ethernet PHY basics and selection process
A basic Ethernet PHY is actually quite simple: It is a PHY transceiver (transmitter and receiver) that physically connects one device to another, as shown in Figure 1. This physical connection can be either copper (such as a CAT5 cable, the blue patch cable used in homes) or fiber-optic cable.
Utilizing Sitara™ Processors and Microcontrollers for Industry 4.0 Servo Drives
The manufacturing and automation industries have used servo motor control for many years, but the rise of Industry 4.0 and smart factories have accelerated the adoption of automated systems, which in turn has led to increased demand for smarter servo drives with more functionality and the ability to control more axes.
New SMT & THM Maxi “Auto” Blade Fuse Holders from Keystone Electronics
Fully Insulated “Automotive” Blade Fuse Holders available in SMT (Cat. No 3582) and THM (Cat. No 3581) styles accommodating MAXI 299, MAX, APX, or equivalent, fuses for a variety of design applications. Holders support voltage up to 500 VAC and 40 Amps current while ensuring secure positioning during soldering. Featuring high-temperature PA9T Black Nylon Insulators and Tin Nickel-Plated Copper Contacts.
Battery Management Systems
Eaton provides a wide portfolio of products for Battery Management Systems (BMS), including terminal blocks, fuses, supercapacitors, chokes, inductors, and more. Battery Management Systems monitor individual cells, system voltage, current, and temperature.
TIDA-01386 Ultrasonic Distance Sensor with IO-Link Reference Design
This reference design features an ultrasonic distance sensor that fits in a M12 housing due to its high integration and an optimized layout. The design offers an IO-Link interface to communicate with the system control, which makes it industry 4.0 ready. The purpose of ultrasonic sensors is to detect or measure distances of an object independently from their color, transparency, or surface characteristics and from the surrounding envir...
TIDA-01629 48V/500W Three-phase Inverter with Smart Gate Driver Reference Design for Servo Drives
Efficiency, protection, and integration are important design factors for compact DC-fed drives up to 60VDC. This reference design shows a three-phase inverter with nominal 48-V DC input and a 10-ARMS output current. The 100-V intelligent three-phase gate driver DRV8350R with integrated buck converter and six 100-V NexFET™ power MOSFETs with ultra-low gate charge enable high efficiency of the power stage.