Authors :
Priyanshu Kumar Rouniyar; Sashank Shrestha; Ujjwal Raj poudel; Aship Chaudhary; Paras Panta; Aashutosh Chaudhary
Volume/Issue :
Volume 7 - 2022, Issue 12 - December
Google Scholar :
https://bit.ly/3IIfn9N
Scribd :
https://bit.ly/3X455Z0
DOI :
https://doi.org/10.5281/zenodo.7508726
Abstract :
The measurement of instantaneous torque in
terms of voltage displaying rotating speed in revolution per
minute (RPM) of a rotating shaft is known as a digital
tachometer. An infrared module is used as the input that
senses the interruption in terms of beam of rays caused by
rotating shaft, generating a pulse. The usual method of
counting pulse coming from the encoder in a fixed period
of time produces a high precision velocity estimate in the
high-speed range. The encoded signal is latched and
further sent to decoder that decodes the latched pulse i.e.
speed displayed in 7 segment display. This paper mainly
focuses on developing a contact-less digital tachometer of
maximum 3digit with the help of integrated circuits (ICs).
The measurement of instantaneous torque in
terms of voltage displaying rotating speed in revolution per
minute (RPM) of a rotating shaft is known as a digital
tachometer. An infrared module is used as the input that
senses the interruption in terms of beam of rays caused by
rotating shaft, generating a pulse. The usual method of
counting pulse coming from the encoder in a fixed period
of time produces a high precision velocity estimate in the
high-speed range. The encoded signal is latched and
further sent to decoder that decodes the latched pulse i.e.
speed displayed in 7 segment display. This paper mainly
focuses on developing a contact-less digital tachometer of
maximum 3digit with the help of integrated circuits (ICs).
