It measures potential difference, current, and resistance (volts, amps, and ohms),
in several AC and DC ranges.
An AVO meter is a British made multimeter. The name stands for Amps Volts Ohms. It is the rough equivalent of the Simpson meter, but with a better movement.
Lisa Simpson
Marge Simpson's mother in law is Mona Simpson.
Very sensitive multimeters. Get and old Simpson needle meter. Measure the conductance between two points with and without music till you get an affect.
Cody robert simpson, and his wifes full name is angel deborah simpson.
Cody simpson=January 11th 1997 Alli Simpson=April 24th 1998 Tom Simpson = February 4th 2004
homer Simpson
Angie Simpson is the mother of Cody Simpson.
Angie Simpson is the mother of Cody Simpson.
Yes. Bart Simpson and Homer Simpson are cartoon characters.
One possibility is that the accuracy of the Simpson is different on the different scales. Another (more probable) possibility is that the impedance of the Simpson on the different scales is sufficiently different so as to affect the reading. This is a common issue with low impedance multi-meters. Lets say you are using a typical Simpson meter with 20,000 Ohms per Volt. On a three volt scale, that means the meter itself has an impedance of 60,000 Ohms. On a 60 volt scale, however the meter has an impedance of 1,200,000 Ohms. Depending on the circuit impedance, that can have a significant impact on the final reading, which must be taken into consideration. Look at the equation for parallel resistance: RT = R1R2 / (R1+R2). If the meter impedance changes the circuit impedance by more than, say, 5%, that is going to affect the observed value. (You pick the percent limit - it depends on the situation.) Even for the case with a high impedance meter, say a 10,000,000 Ohm Digital Multi-meter, impedance must be considered if the circuit impedance is high enough. (I have a WWVB receiver that requires a 1,000,000,000 Ohm voltmeter to correctly measure the AGC voltage - no ordinary digital multimeter will suffice.)This does not mean that you have to spend lots of money on a high performance, high impedance, meter. You simply have to consider what the impedance of the meter is going to do to the circuit, and calculate that impact, before you state the results.
David Simpson's whereabouts are unknown.