If the same inputs are given to a comparator, the output will typically indicate that the inputs are equal. For digital comparators, this means the output signal will reflect a logical state that signifies equality, while for analog comparators, the output will show no difference between the input values. This behavior is essential for applications requiring precise comparisons, such as sorting or decision-making processes.
IC 7485 (a comparator) can be used as a subtractor, this is because...... as a 4-bit subtractor calculates the difference between the inputs and then provides value for a borrow and a difference.....in the same way a 4-bit comparator (in this case IC 7485) takes the inputs compares it and gives a corresponding value either A>B or A=B or A
Comparator is usually a substance which compares two quantities; one quantity is the processed one and the other is a standard value to which the processed value has to be compared. Hysteresis is a property in which the change in the magnetization lags behind change in the magnetic field. Now, Hysteresis comparator can be described as a comparator which compares a processed quantity with a quantity whose value is standard for hysteresis property., the difference being given as the output
it is a mechanical comparator with magnification in range of 300 to 5000
One can buy a comparator cheaply from both eBay and Amazon online. One can download software for them from sites such as 'ApSIC Localization Solutions.
The wording are confusing an op-amp is an op-amp a comparator is another animal. an op-amp can be used as square wave generator by overdriving it but the results are not desirable. However a comparator will be a switch on-off at the set level.
IC 7485 (a comparator) can be used as a subtractor, this is because...... as a 4-bit subtractor calculates the difference between the inputs and then provides value for a borrow and a difference.....in the same way a 4-bit comparator (in this case IC 7485) takes the inputs compares it and gives a corresponding value either A>B or A=B or A
magnitude comparator is a logic circuit used to compare the two binary numbers in order to determine the relationship between those quantities.
A Schmitt trigger is very similar to a comparator -- both have analog input and send out either a "high" or "low" digital output. A comparator senses the difference between its "+" and "-" inputs. If the "+" input is even a little bit higher than the "-", the comparator sends out a "high". If the "-" input is even a little bit higher than the "+", the comparator sends out a "low". A comparator has only one threshold value. A Schmitt trigger can be built from a comparator and some resistors. Typically the circuit involves positive feedback -- attaching a resistor to feed a small amount of the comparator's output back to the "+" input. A Schmitt trigger has 2 threshold values.
A comparator with two inputs A and B subtracts A from B and inspects the sign of the result: Y(A, B) := sign(A-B)
The correct spelling is "comparator."
com[arator is apricision instrument it is used to compare the actual size of workpeice there r 4 types of comparator 1: mechanical comparator 2:electrical comparator 3:optical comparator 4:penumatic comparator
Comparator is usually a substance which compares two quantities; one quantity is the processed one and the other is a standard value to which the processed value has to be compared. Hysteresis is a property in which the change in the magnetization lags behind change in the magnetic field. Now, Hysteresis comparator can be described as a comparator which compares a processed quantity with a quantity whose value is standard for hysteresis property., the difference being given as the output
it is a mechanical comparator with magnification in range of 300 to 5000
A comparator is simply an opamp with a certain configuation of external circuitry ( a few components) that make it function as a comparator.
A: two
Two automata are different if, given the same input, their outputs are different.The inputs may include implicit inputs. For example, a random number generator may take a user input, but there may also be another input (eg from the computer clock) so that it generates a different sequence each time.Two automata are different if, given the same input, their outputs are different.The inputs may include implicit inputs. For example, a random number generator may take a user input, but there may also be another input (eg from the computer clock) so that it generates a different sequence each time.Two automata are different if, given the same input, their outputs are different.The inputs may include implicit inputs. For example, a random number generator may take a user input, but there may also be another input (eg from the computer clock) so that it generates a different sequence each time.Two automata are different if, given the same input, their outputs are different.The inputs may include implicit inputs. For example, a random number generator may take a user input, but there may also be another input (eg from the computer clock) so that it generates a different sequence each time.
2 bit comparator = 1bit magnitude comparator +1 bit magnitude comparator if A>B =A(~B)(B bar); if A<B = ~A.B; A==B = AB + (~A)(~B); block of instruction shown above is for 1 bit comparator means if A>B ==true then High bit is set on (A>B) output. if A<B true then high bit is set on (A==B) output, If we cascade two 1 bit comparator then we can design 2-bit comparator...