How To Learn Electronics :
Theory must be studied once and
referred to, again and again as you do
practicals. One is by building DIY
projects and then modifying them. Also
Repair of equipment, troubleshooting,
testing and calibrating. Then you know
how components behave and real life
limitations. Now design and engineer a
product and test it at customer site.
do a pilot production and test with
more clients. Now you will learn to
think based on practical applications.
Work Culture and Discipline
Digital Multi Meter - New Year
- I will not drop the DMM from a
height of 4 feet.
- I will not Test Live Powered
equipment in the Ohms Mode.
- I shall not Measure Mains
Voltage in The Current Mode.
- I shall get it calibrated once a
year or at least once a decade.
- I shall not use it in High
- I will try my best not to give
it to my best friend.
- I can remember Red is Positive
and Black is negative.
- I will wear shoes and stand on a
block of wood while i test.
- I shall not operate the rotary
range switch at high speeds.
- I shall replace the
- I shall not accidentally keep
the hot-iron near the DMM or
- I shall not keep DMM on tall
table and pull it with the leads.
DMM - How it Looks ...
shown is from Fluke Electronics
Electronics Index of J. B. Calvert
Oscilloscopes in Test
The usefulness of an oscilloscope
is not limited to the world of
electronics. With the proper
transducer, an oscilloscope can
measure all kinds of phenomena.
Tektronix oscilloscope. This was a
popular analog oscilloscope,
to Oscilloscope - The
single most important diagnostic
tool used by experimental physicists
is the oscilloscope. Certainly all
scientists and engineers should be
familiar with this common
instrument, shown in the Fig. 1. An
oscilloscope (scope for short) can
be used to "see" an electrical
signal by displaying a replica of a
voltage signal as a function of
used to observe the change of an
electrical signal over time, such
that voltage and time describe a
shape which is continuously graphed
against a calibrated scale. The
observed waveform can be analyzed
for such properties as amplitude,
frequency, rise time, time interval,
distortion and others.
"with hard work and innovation you
can do it ! "
- Solderman Talks 1702 AD