Misha Khan

About:

Misha Khan is a professional electrical engineer and researcher. She graduated from the University of Glasgow, UK with an MSc in Electronics, Electrical Engineering and Management, she is currently attending the University of Derby, UK for her MBA. Her technical expertise include additive manufacturing, 3d printing, IoT, prosthetics and electronics.

Articles

Following the UK’s 2030 Petrol Ban Announcement: What Can the Country Do for a Better EV Infrastructure?

The large-scale production of EVs (electric vehicles) is already well underway in the UK and may well revolutionise its automotive industry, particularly after the government’s recent petrol ban announcement. Nevertheless, for the UK to accommodate its number of EVs on the road, further technological and infrastructural considerations are required.

2 months ago
Opinion

Utilising 3D-Printed and Wireless Communication-Based Prosthetics

Over the last five years, a lot of research and development has emerged in the area of 3D printed-prosthetics. We look at the University of Glasgow’s R&D into this exciting medical technology.

3 months ago
Research

Toshiba’s Automotive Display Interface Bridge ICs for In-Vehicle Infotainment Systems

Acting on the complex functionalities of automotive in-vehicle infotainment (IVI), systems, Toshiba has launched two display interface bridge ICs (integrated circuits): the TC9594XBG and TC9595XBG. These bridge ICs are made to minimise the functionality demands that engineers encounter when working with IVI system designs.

4 months ago
Product Highlights

Misha Khan

About:

Articles

Following the UK’s 2030 Petrol Ban Announcement: What Can the Country Do for a Better EV Infrastructure?

Utilising 3D-Printed and Wireless Communication-Based Prosthetics

Toshiba’s Automotive Display Interface Bridge ICs for In-Vehicle Infotainment Systems

Smallest Ferrite Chips for Automotive Engineers with Improved Efficiency

KEMET MPXV Metal Composite Power Inductors to Reduce EMI in Automotive Applications

STMicroelectronics SRK1001 Adaptive Synchronous Flyback Controller for Power Simplification

STMicroelectronics L6983 Synchronous DC Converter Featuring LCM and LNM Modes

A New Method Introduced to Verify Quantum Chips Are Computing Correctly

The University of Cincinnati Develops an Algorithm for Securing Electronics Hardware