A comparator(electronic such as an LM393*) works by sampling two input pins and turns on an output when there is ether a difference or similarity of the inputs.
it depends on how the comparator is used int he design.
Say you have a reference voltage on the "inverting"( - ) pin of 5 volts.
And you have the "non-inverting" ( + ) connected to measure a voltage.
when the voltage on the Non-inverting side equals the inverting voltage. the Output
pin will turn on. Usually the Output Pin is open and will switch to ground once the comparator is activated. Remember since most all comparators have open-collector outputs, you will need the pull-up the pin to the source voltage through a resistor to see the switching action.
To make the put act differently, (instead of switching to ground when active) all you need to do is exchange(swap) the input pins.
See www.national.con for a datasheet on the LM393
a demodulator sole function is to restore the original modulating signal. it works by removing the Carrier
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TSOP 17398 works in the sense that it is an optical transmitter that needs to be triggered by an infrared sensor in most cases. It is easy to activate.
transformer works induction principle
The artificial eye works by filling in the place where your natural eye would have occupied. This eye does not function but looks realistic serving cosmetic purposes.
Rhinos.
No, thank you, I have enough comparators.
advantages of sigma comparators
advantages and disadvantages of pneumatic comparators
Well, honey, to realize a higher magnitude comparator using lower bit comparators, you simply cascade multiple stages of comparators together. Each stage compares a subset of bits, and the outputs are then fed into the next stage until you cover all the bits you need. It's like building a ladder one step at a time to reach the top - ain't rocket science, just good ol' fashioned engineering.
Applications of Zener diode: a.)It Regulators. b.)It Controlled Comparators. c.)It Limiters. d.)It is Part in Power Supplies.
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)
set the < , =, > as "010" and connect the lower bit that you want to compare to the first comparators and connects its output to the input of second comparator like this; connect the P<Q to < , and P=Q to = and P>Q = > (cascading input is checked for when P and Q are equal; the input from cascading input is set to the output "010"
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.
I do declare you might be referring to orthodontic work by teeth technicians!!
High input impedance implements the operation of the external feedback circuitry (e.g. diff. amplifiers vs. comparators).
Optical comparators are used for inspecting and measuring the dimensions of small parts with complex geometries. They project an enlarged image of the part onto a screen for visual comparison against a standard template or CAD drawing. This tool is commonly used in quality control and manufacturing processes to ensure precision and accuracy in part dimensions.