A: It is a pulse of any duration designed to trigger an event i logic design
a group of flip-flops sensitive to pulse duration is called latch whereas a group of flip-flops sensitive to pulse transition is called a register.
Pulse width mod, pulse amplitude mod, pulse position mod, pulse code mod.
Flip flop is edge triggered device
PWM stands for Pulse Width Modulation. It is a technique used in electronics to encode information in a pulsing signal. In PWM, the duration of a pulse in a waveform is varied to convey information. This method is commonly used to control the power delivered to electrical devices, such as motors, LEDs, and other components, by adjusting the average power over time.
"Electronics" is an engineering discipline or field of study or endeavour, as in "I Studied Electronics at MIT". "Electronic" is an adjective, as in "Electronic Calculator". An engineer working in this field can be described as either an "Electronics Engineer" or an "Electronics Engineer".
The symbol for Pulse Electronics Corporation in the NYSE is: PULS.
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An edge-triggered flip-flop changes states either at the positive edge (rising edge) or at the negative edge (falling edge) of the clock pulse on the control input.
sure.
a group of flip-flops sensitive to pulse duration is called latch whereas a group of flip-flops sensitive to pulse transition is called a register.
It is a language in electronics describing whether the output is a pulse or direct current for any output.
O. H Davie has written: 'The elements of pulse techniques' -- subject(s): Pulse techniques (Electronics)
No, a pulse of positive voltage typically represents a binary 1 in digital electronics. A binary 0 is usually represented by a low voltage or ground signal.
Sheldon Littwin has written: 'Pulse generators in industrial electronics' -- subject- s -: Electric Oscillators
I reckon you can. You'd get one triggering at the start of a pulse (+ve edge) and the other at its end (-ve pulse). It's going to depend on your design. More detail needed.
Because it produces a pulse (temporary state) when triggered and goes back to zero (stable state).
Thomas Clark Farrar has written: 'Pulse and Fourier transform NMR' -- subject(s): Fourier transformations, Nuclear magnetic resonance, Pulse techniques (Electronics), Radiofrequency spectroscopy