(1) The field effect transistor includes a gate over a silicon substrate.

(2) An integrated circuit contains a planar first transistor and a diode.

(3) A field effect transistor utilizes an oxide film to obtain satisfactory performance characteristics and ease of manufacture.

(4) By the mid-1960's, the microchip was replacing the transistor .

(5) Tiny transistor sets with FM facility disappeared with astonishing speed from the shelves of duty paid shops.

(6) Each pixel in the display is controlled by its own silicon-based transistor .

(7) Are there any biochemical equivalents to transistor gates?

(8) A gate voltage of output driving MOS transistor is adjusted through a negative feedback circuit.

(9) Applying voltage to the transistor gates frees the charges for readout.

(10) In 1958 a single silicon transistor sold for about $10.

(11) A pull-down transistor has a control electrode and a pair of controlled electrodes.

(12) Why do we count the increasing millions of transistors on a chip, instead of counting the chips?

(13) He liked to spread out, play his transistor radio (which he kept in a desk drawer), smoke dope, and in general hang loose while he worked.

(14) For comparison, the gate length of the smallest silicon transistors is about 20 nanometers.

(15) I'd just been given a transistor radio , and I'd found Radio One.

(16) They also dissipate far less heat than today's transistors .

(17) The portable transistor radio was on every American beach.

(18) When I was in grad school, getting 100 transistors on a chip was a big deal.

(19) The trend in microprocessor design has been to use more transistors in each generation.

(20) More than television, in its infancy a socializing machine that involved the whole family, the transistor radio helped define boomers as a separate (even secessionist) generation.