How Semiconductors Have Shaped Today's Technology


Semiconductor devices form the backbone of industrial power control applications.

Solid state semiconductor technology has shaped our modern world to the point where even our everyday white goods and automobile products are now controlled through the switching and regulation of power devices.

The history of Semiconductors and the iconic milestones over the last 115 years

1901: Jagadis Chandra Bose created a rectifier by utilising semiconductors that enabled him to detect radio waves.
1926: Julius Lillienfeld developed an amplification device that utilised semiconductors.
1931: Alan Wilson published a book, “The Theory of Electronic Semi-Conductors”. This book detailed the first explanation of semiconductor properties utilising the principles of quantum mechanics.

1940: Semiconductor technology was used in some of the most advanced electronics during World War II.
1947: Bell Labs invented the transistor in 1947, without knowing, this was the start of the Information Age.
1952: Bell Labs allowed licensing of the transistor technology which helped lead innovation and utilise semiconductors.
1961: Silicon transistors became famous for exceeding other semiconductor materials for speed.
1970: The first 8-bit transistor microprocessor was born and the doors of new technology were opening.
1980: Sophisticated manufacturing processes for semiconductor materials built the first ever 32-bit processor – a computer!
2000: by 2000, manufacturers were able to get over 500 million transistors onto a microprocessor.

Applications

Most electronic devices today require a semiconductor. Semiconductors are usually very small, complex components that are found in thousands of computerised products from small devices including: mobile phones, radios, clocks and CD players to large devices such as computers, microwaves, video games, fridges, ATM machines, trains and advanced medical machinery. All of these devices would not have been developed if semiconductors hadn’t been invented, they are the main reason why technology is able to evolve year after year.

In addition to these common components, GD Rectifiers stock heavy industrial power semiconductors used for motor drives, battery chargers and telecommunication applications.

GD Rectifiers designs and manufactures Selenium and Silicon Rectifiers, Suppressors, Converters, Inverters, Regulators and all other power products for Industrial power control applications. They also offer a repair and replacement service for faulty or ageing Semiconductor Rectifiers, Converters, Inverters and Regulators. The company distributes state of the art Diodes, Thyristors, IGBTs and MOSFETs from the world’s leading manufacturers including: IXYS, IXYS UK Westcode, SEMIKRON and EDI. 

GD Rectifiers manufacture an extensive range of power components and assemblies. The company also supplies a wide range of Heat Sinks suitable for Power Semiconductors, LED Lighting and similar applications.
For further information on all semiconductor products please visit our website.

GD Rectifiers is a Global Manufacturer and Distributor of products, services and solutions to commercial and industrial users of power electronic components.

Established in 1964, GD Rectifiers has over 50 years of extensive experience across a large range of markets, specialising in new and current technologies for industrial power control applications. An extensive product offering has built GD Rectifiers exceptional reputation as the go-to power specialist with innovative experience across: Aviation, Automotive, Rail, Medical, Industrial and Electronics markets.

GD Rectifiers are an ISO 9001:2008 registered company that design and develop bespoke power semiconductor assemblies to control voltage, current and frequency for international industrial markets.

GD Rectifiers
Bentley House
2 William Way
Burgess Hill
West Sussex
RH15 9AG

This release was published on openPR.