nmos logic造句

• This is called depletion-load NMOS logic.
• Both the original chipset and the enhanced chipset were manufactured using NMOS logic technology by PLCC.
• The diagrams above show the construction of a 2-input NOR gate using NMOS logic circuitry.
• These were the driving principles in the design of NMOS logic which uses n-channel MOSFETs exclusively.
• However, neglecting leakage current, unlike CMOS logic, NMOS logic consumes power even when no switching is taking place.
• Though initially easier to manufacture, PMOS logic was later supplanted by NMOS logic using n-channel field-effect transistors.
• With advances in technology, CMOS logic displaced NMOS logic in the mid-1980s to become the preferred process for digital chips.
• Such devices are used as load " resistors " in logic circuits ( in depletion-load NMOS logic, for example ).
• The earliest microprocessors starting in 1970 were all " MOS microprocessors "  i . e ., fabricated entirely from PMOS logic or fabricated entirely from NMOS logic.
• In NMOS logic, only the lower half of the CMOS circuit is used, in combination with a load device, or pull-up transistor ( typically a dynamic load ).
• The Capricorn CPU was implemented as a silicon-gate NMOS logic circuit ( 4.93?.01 mm ) in a 28-pin dual in-line package, with an 8-bit, multiplexed external bus.
• ECL is used for very high-speed applications because of its price and power demands, while NMOS logic is mainly used in VLSI circuits applications such as CPUs and memory chips which fall outside of the scope of this article.
• In integrated circuits, "'depletion-load NMOS "'is a form of digital logic family that uses only a single power supply voltage, unlike earlier nMOS logic families that needed more than one different power supply voltage.
• An advantage of CMOS over NMOS logic is that both low-to-high and high-to-low output transitions are fast since the ( PMOS ) pull-up transistors have low resistance when switched on, unlike the load resistors in NMOS logic.
• An advantage of CMOS over NMOS logic is that both low-to-high and high-to-low output transitions are fast since the ( PMOS ) pull-up transistors have low resistance when switched on, unlike the load resistors in NMOS logic.
• In all NMOS logic forms of the 6502, the decimal flag ( D flag ) is not initialized to a known state following reset ( state is " random " ) or when an interrupt is processed ( state has been kept from " before the interrupt occurred " ), which may lead to arbitrary behavior.
• Since suitable resistors were hard to make, the logic gates used saturated loads; that is, to make the one type of transistor act as a load resistor, the transistor had to be turned always on by tying its gate to the power supply ( the more negative rail for PMOS logic, or the more positive rail for NMOS logic ).