Morita Tech WM7000 Series robotic EMC noise scanners designed for near-field magnetic probe analysis and visualization of electromagnetic noise sources during product development and troubleshooting. Series includes WM7400 for A4-size PCB-level measurement and WM7300 for larger assemblies up to W420×D297×H200mm. Standard frequency range spans 150kHz to 3GHz with optional extension to 8GHz. Systems support minimum scan steps of 0.1mm with positional accuracy of ±0.01mm (X, Y, Z). Laser rangefinder-based scanning enables high-resolution mapping of noise distribution. WM7300 includes patent-pending features and is designed with CISPR22 compatibility considerations. Operates on 100–240V AC power to support lab and manufacturing environments.
550/560 Series ultra-broadband multilayer ceramic capacitors engineered for high-speed optical communication systems operating from 7kHz to 110GHz. Series now includes 15 part numbers with new 0402 capacitance values of 1nF, 10nF, 22nF and 47nF, extending working voltage ratings up to 100V. Capacitance range spans 1–220nF with ±10–100% tolerance and operating temperature from -55°C to +125°C. Devices feature one-piece rugged construction in 01005, 0201 and 0402 case sizes with tin- or gold-plated nickel barrier terminations compatible with reflow soldering. Designed for ultra-low insertion loss, flat frequency response and strong return loss performance in RF, microwave and mmWave applications. Supplied RoHS compliant on tape and reel in quantities from 500 to 20,000.
B43655 and B43656 aluminum electrolytic capacitor series designed for DC link stages in electric vehicle on-board chargers supporting 800V battery architectures and forced cooling operation. B43655 offers 475V and 500V ratings with capacitance from 110µF to 880µF, ripple current up to 3.29A at +105°C, ESR down to 100mΩ and useful life exceeding 3,000hours at +105°C. B43656 rated at 450V supports ripple current up to 4.42A at +105°C for higher-power OBC topologies. Available in snap-in packages from 22mm to 35mm diameter and 25mm to 60mm length, with pressure relief device and select ±0.5mm length tolerance. Qualified to AEC-Q200 Rev.E and RoHS compliant. Integrated into TDK’s AlCap Useful Life Calculation Tool for lifetime estimation.
EPIQx SMT platform integrates device-level data intelligence with high-speed placement performance to support factory-wide process control and predictive maintenance. Features modular MicroModule architecture with dual-beam linear motor system delivering up to 93,000cph and 25µm placement accuracy. Supports high feeder density and board sizes up to 508mm × 610mm. Delta also introduced cyber-physical integration smart equipment designed to connect machine, line and factory systems for real-time data exchange, adaptive process control and connected manufacturing environments.
EPIQx is a high-speed SMT placement platform designed to deliver device-level data visibility across machine, line and factory operations. Incorporates MicroModule technology that monitors more than 50 production attributes to support predictive maintenance and process control. Provides 25µm placement accuracy at full speed using closed-loop Z-axis control and image-at-placement height measurement. Dual-beam linear motor system with >2.5G acceleration delivers up to 93,000cph in a compact footprint. Supports up to 128 feeder inputs and board sizes up to 508mm × 610mm, with component capability up to 8mm square. Modular carriage design accommodates 10 MicroModules with two spindles each, with module exchange in less than 5min and self-calibration functionality.
Vishay Intertechnology has released the CRCW0201-AT e3 Series AEC-Q200 qualified thick film chip resistors in an ultra-compact 0201 case size. Measuring 0.6mm × 0.3mm × 0.23mm, the devices are designed to reduce PCB space requirements by approximately 50% compared to 0402 components. Offers a power rating of 0.05W at +70°C, a maximum operating voltage of 30V and an operating temperature range of -55°C to +155°C. Resistance values range from 10Ω to 1MΩ, including a 0Ω jumper option, with tolerances of ±1% and ±5% and a temperature coefficient of ±200ppm/K.