Anglia is the UK’s leading distributor for Murata and hold a vast inventory of products from Ceramic MLCC capacitors through to Frequency Control Resonators all with competitive pricing and available for same day despatch. https://www.anglia-live.com/manufacturer/MURATA
About Anglia
Anglia is the UK’s leading independent authorised distributor of semiconductors, optoelectronics, interconnect, and passive and electromechanical components. Anglia stocks over 800 million components from over 800,000 product lines in the UK. Components from every supplier are stocked in depth and breadth for same-day dispatch. Anglia aims to streamline logistics and reduce customers' transaction costs through services that include KAN-BAN, EDI, and customer-dedicated inventory, while an accurate, on-time delivery performance is a vital goal for the company.
For further details please contact:
Michelene Hircock at Anglia, Sandall Road, Wisbech, PE13 2PS, UK. Phone: +44 (0)1945 47 47 47; Web: www.anglia-live.com; Email: michelene.hircock@anglia.com
The BAC05 series from Murata offers a rugged design, efficient and flexible family of AC/DC converters suitable for a wide range of applications including industrial, medical, building automation and IoT devices.
Murata have extended their range of Lithium Coin cells to include High Drain and Extended Temperature types to meet the demanding requirements of next generation IoT devices.
Murata's range AMR sensors are magnetic switches that have an integrated IC that produces high and low output digital signals based on the magnetic field strength detected.
Murata have introduced the NFG0QHB series of common mode noise filters, designed for high-speed differential interfaces such as those used on USB and HDMI interfaces.
Murata manufacture a wide range of sounder and buzzer components based on Piezoelectric ceramic technology, the range includes surface mount and through hole housed sounders and Piezoelectric diaphragms.
The LXRW series from Murata are innovative variable capacitors which allow their capacitance value to be varied by applying a voltage, the capacitance varies proportional to the voltage applied making them ideal for use in frequency tuning circuits.