Describe the use of gallium arsenide as a replacement for silicon
Because silicon cannot emit light and has speed limitations, computer designers have concentrated on technology using gallium arsenide, in which electrons move almost five times faster than in silicon. Devices made with this synthetic compound can emit light, withstand higher temperatures, and survive much higher doses of radiation than silicon devices. The major problems with gallium arsenide are difficulties in mass production. This material is softer and more fragile than silicon, so it breaks more easily during slicing and polishing. Because of the high costs and difficulty of production, the military is currently the major user of this technology. However, research continues to eliminate some shortcomings of this technology.
You might also like to view...
To compute the return on equity ratio, the numerator includes ____________________ and the denominator is the average stockholders' equity
Fill in the blank(s) with correct word
The term passed by value implies that a pointer to the value in the actual parameter is created instead of copying the value from the actual parameter to the formal parameter.
Answer the following statement true (T) or false (F)
The filename of a document saved in Plain Text format will include this suffix:
a. .doc b. .ptf c. .ptx d. .txt
The Civil Rights Act of 1866 grants all citizens the right to make and enforce contracts for employment.
Answer the following statement true (T) or false (F)