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Cmos logic family, because it has no resistors attached who consume active power.
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Which logic family dissipates the minimum power?
Cmos logic family, because it has no resistors attached who consume active power.
Which logic family has lowest power dissipation?
cmos
What are the disadvantages of TTL logic family?
Briefly, TTL uses more power than more modern families.
Term used to describe how much heat a circuit dissipates?
Power dissipation.
What term is used to describe how much heat a circut dissipates?
The term used to describe how much heat a circuit dissipates is "power dissipation." It refers to the amount of power that is converted into heat as the circuit operates, usually measured in watts.
What is the different of logic families?
Logic families refer to groups of digital logic circuits that share similar characteristics, such as voltage levels, power consumption, and speed. Common logic families include TTL (Transistor-Transistor Logic), CMOS (Complementary Metal-Oxide-Semiconductor), and ECL (Emitter-Coupled Logic), each offering trade-offs between speed, power efficiency, and complexity. TTL is known for its robustness and moderate speed, CMOS boasts low power consumption and high density, while ECL provides the fastest switching speeds at the cost of higher power use. The choice of logic family depends on the specific requirements of an application, such as speed, power consumption, and integration density.
What is the figure of merit of logic family?
A figure of merit correlated with the energyefficiency of a device. It can be calculated by the product of propagation delay time with power dissipation.
What is the figure of merit inic logic family?
A figure of merit correlated with the energyefficiency of a device. It can be calculated by the product of propagation delay time with power dissipation.
What is interference between ic ttl and cmos?
Solution: Characteristics of CMOS logic: 1. Dissipates low power: The power dissipation is dependent on the power supply voltage, frequency, output load, and input rise time. At 1 MHz and 50 pF load, the power dissipation is typically 10 nW per gate. 2. Short propagation delays: Depending on the power supply, the propagation delays are usually around 25 nS to 50 nS. 3. Rise and fall times are controlled: The rise and falls are usually ramps instead of step functions, and they are 20 - 40% longer than the propagation delays. 4. Noise immunity approaches 50% or 45% of the full logic swing. 5. Logic levels in a CMOS system will be essentially equal to the power supplies since the input impedance is so high.Characteristics of TTL logic: 1. Power dissipation is usually 10 mW per gate. 2. Propagation delays are 10 nS when driving a 15 pF/400 ohm load. 3. Logic levels vary from 0 to 5 voltsSolution: Characteristics of CMOS logic: 1. Dissipates low power: The power dissipation is dependent on the power supply voltage, frequency, output load, and input rise time. At 1 MHz and 50 pF load, the power dissipation is typically 10 nW per gate. 2. Short propagation delays: Depending on the power supply, the propagation delays are usually around 25 nS to 50 nS. 3. Rise and fall times are controlled: The rise and falls are usually ramps instead of step functions, and they are 20 - 40% longer than the propagation delays. 4. Noise immunity approaches 50% or 45% of the full logic swing. 5. Logic levels in a CMOS system will be essentially equal to the power supplies since the input impedance is so high.Characteristics of TTL logic: 1. Power dissipation is usually 10 mW per gate. 2. Propagation delays are 10 nS when driving a 15 pF/400 ohm load. 3. Logic levels vary from 0 to 5 volts
What is the importance of set theory in math?
It develops the power to apply logic and logic in an integral part of mathematics.
What has the author Rick Silva written?
Rick Silva has written: 'Power tools for Pro Tools 8' 'Power tools for Logic Pro 9' -- subject(s): Digital audio editors, Logic (Computer file) 'Power tools for Logic Pro 9' -- subject(s): Digital audio editors, Logic (Computer file)
Which logic family has the highest noise immunity?
Each logic family has a noise margin (also called "noise immunity") specified by the manufacturer. Manufacturers guarantee that the digital logic will still produce correct results even when some small amount of noise is superimposed on a gate output signal. The maximum amount of such noise that manufacturers are willing to guarantee is the noise margin. In order from highest to lowest noise immunity: high-threshold logic: ??? CMOS has a noise margin of 2.95 volts with a 10 V power supply. CMOS has a noise margin of 1.45 volts with a 5 V power supply. CMOS has a noise margin of 0.6 volts with a 3 V power supply. TTL has a noise margin of 0.3 volts. integrated injection logic (IIL): ???
