Eaton’s C308F fuse series is specifically designed for intrinsically safe network protection used in hazardous environments. Available for SMT or THT mounting, it is a 3 x 8,4 mm ferrule fuse with 250 V a.c. rating and exceptionally high breaking capacity (4000 A) to safely disconnect very high short circuit current without rupturing.
Offering very low DCR values, these compact fuses provide a space-saving alternative to conventional fuse solutions and meet EN60079-11 specifications for hazardous applications.
Varistors for automotive applications Future Electronics
Circuit & System Protection
TDK Corporation has announced the addition of two new varistors to its AVRH series for automotive applications where both are characterised by the high electrostatic discharge-withstanding voltage demanded to ensure the safe operation of safety-critical automotive functions.
Read more...Single-phase EMC filters RS South Africa
Circuit & System Protection
TDK Corporation has expanded its portfolio of single-phase EMC filters for AC and DC applications up to 250 V and rated currents from 6 to 30 A.
Read more...Clearing the Static: ESD protective packaging Actum Group
Circuit & System Protection
The primary objective of ESD protective packaging is to prevent ESD incidents within the packaging and facilitate the dissipation of charges from the outer surface.
Read more...New NeoMesh protocol stack version CST Electronics
Circuit & System Protection
NeoCortec has released an updated NeoMesh protocol stack version 1.6 firmware for its NC2400 and NC1000 module series, which now supports the new Sensirion SHT4xA temperature and humidity sensor series.
Read more...NewFeed feeder protection relay NewElec Pretoria
Circuit & System Protection
The NewFeed Feeder Protection Relay has been designed to protect the connection between solar farms and conventional power grids in both low voltage (LV) and medium voltage (MV) distribution settings.
Read more...The switch to 400G Ethernet TRX Electronics
Editor's Choice Telecoms, Datacoms, Wireless, IoT
The key drivers behind the adoption of 400G Ethernet will be the demands created by data-intensive applications, such as AI, cloud computing, big data analytics, and high-definition video streaming.
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