0
Long-last pulse logic is a type of digital logic where the output remains active for an extended period after the input signal has been removed. It is commonly used in applications where a pulse needs to be sustained for a specific duration, such as in timers or debouncing circuits.
What else can I help you with?
Difference between logic probe and logic pulser?
A logic probe is used to test and troubleshoot digital circuits by indicating the logic state (high/low) of a particular point in the circuit. A logic pulser, on the other hand, is used to generate a known pattern or pulse at a specific point in the circuit to stimulate and test the behavior of the circuit under different conditions. In essence, a logic probe is for observation, while a logic pulser is for stimulation.
How do you calculate speed of pulse in a slinky?
To calculate the speed of a pulse in a slinky, you can measure the distance the pulse travels and the time it takes to travel that distance. The speed of the pulse is the distance divided by the time. This can be done by creating a pulse at one end of the slinky and timing how long it takes for the pulse to reach the other end.
What are the applications and advantages of using a long pulse laser in medical procedures?
Long pulse lasers are commonly used in medical procedures for various applications such as hair removal, tattoo removal, and treatment of vascular lesions. The advantages of using a long pulse laser include deeper penetration into the skin, reduced risk of skin damage, and more effective treatment of specific conditions compared to shorter pulse lasers.
How drive works Calculate time in one pulse?
To calculate the time for one pulse in a drive system, you need to know the pulse frequency or pulse rate of the drive. The time per pulse is the inverse of the pulse frequency. For example, if the pulse frequency is 100 Hz, the time for one pulse would be 1/100 = 0.01 seconds, or 10 milliseconds.
What happen to its energy when a pulse sent down a long string eventually dies away and disappear?
When a pulse sent down a long string eventually dies away and disappears, its energy is typically converted into other forms, such as heat and sound. Friction between the string and the surrounding air causes the pulse to lose energy until it dissipates completely.
What is triggered pulse in electronics?
A: It is a pulse of any duration designed to trigger an event i logic design
How is clock generated for logic gates circuit?
it should produce a trigger pulse at a time.
What are the two standard voltage levels that are acceptable for a digital signal?
measuremittens A2: Generally, in positive logic, a pulse over +3.5 volts is considered a "high"; a "one". Below that is considered a "low"; a "zero".
Does a person have a pulse after they have taken the last breath?
Yes they will still have a pulse for a short period of time.
Is a bit is every pulse in a digital signal?
A bit is an on or off; (high or a low ; one or zero, depending on the logic.) A string of bits might be seen as "one pulse", but it is the bit Rate which must be considered.
Difference between logic probe and logic pulser?
A logic probe is used to test and troubleshoot digital circuits by indicating the logic state (high/low) of a particular point in the circuit. A logic pulser, on the other hand, is used to generate a known pattern or pulse at a specific point in the circuit to stimulate and test the behavior of the circuit under different conditions. In essence, a logic probe is for observation, while a logic pulser is for stimulation.
How long should a pulse be taken in a CPR emergency?
Take a pulse for a maximum of 10 seconds.
What could be the reason the the right testicle has a pulse?
As long as blood is pumping through the testicle then it should have a pulse, the left testicle should have a pulse too.
How long do you take an apical pulse?
apical pulse has to be listened to for 1 full minute
How long is a webbed foot gecko?
foot long pulse tail
What the last vital sign to change in the setting of shock?
Pulse oximetry reading
Why does a d-type flip flop need a transition gate on its clock input?
The D Flip-Flop takes the logic level of 'Data' to the output only on the rising edge of the clock pulse.Without the transition gate: Since the clock pulse is a square wave (and is high for half a cycle, and low for the other half), the logic level at 'Data' could change while the clock pulse is high, causing the output to change before the next rising edge. This is not how a flip-flop operates.The transition gate prevents this by converting the clock pulse into a very short 'blip' of a few nanoseconds, starting at the rising edge of the clock pulse, repeating on the next cycle. This means there is only a very small window where the clock is high, and the logic level at 'Data' can be taken to the output.
