Preposition: on

• chip: According to Moore's law, the number of transistors on a chip doubles every two years.

Converse of object

• switch: These sensors are supplied power by a switching transistor to conserve power with battery operated products.

• replace: By the mid-1960's, the microchip was replacing the transistor.

Adjective modifier

• bipolar: The result is that the bipolar transistor dies the " heat death " .

• thin-film: Development of the " active matrix " LCD has been made possible with the advent of the thin-film transistor ( TFT ).

• discrete: The circuit design uses discrete transistors, not an RF module.

• thin: The network protocol used for the internet and for many local area computer networks TFT - Thin film transistor.

• conventional: A voltage across the channel acted like a gate voltage in a conventional transistor, shutting off the flow of potassium ions.

Modifies a noun

• amplifier: In fact, in practice, the devices are made up using transistor amplifiers.

• radio: The poor man thought the transistor radio sets were barber's boxes!

• circuit: Radio waves emitted by the EXIT would power a plastic transistor circuit a few centimeters across which was printed onto every product.

• count: The total transistor count is 221 million, which means the actual chip is very big.

• characteristic: Should particular methodologies or specific transistor characteristics be used?

• design: In all, there are around 10 factors in transistor design that change with size.

Noun used with modifier

• field-effect: Mike's PhD is on the synthesis of conjugated thiophene derivatives for use in field-effect transistors.

• single-electron: I joined NPL in June 1997 to work on applications of single-electron transistors in precise measurement of small electrical currents.

• p-n-p: To cut off a p-n-p transistor we make the base positive with respect to emitter.

• germanium: It's quite easy to set the tester up to show thermal runaway in germanium transistors.

• silicon: CMOS, which stands for complementary metal oxide semiconductor, is the technology base for silicon transistors.

• electron: We aim to produce single electron transistors for high speed, low noise applications.