millivolt


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mil·li·volt

 (mĭl′ə-vōlt′)
n. Abbr. mV
A unit of potential difference equal to one thousandth (10-3) of a volt.

millivolt

(ˈmɪlɪvəʊlt)
n
(Units) one thousandth of a volt

mil•li•volt

(ˈmɪl əˌvoʊlt)

n.
1/1000 of a volt.
[1885–90]
ThesaurusAntonymsRelated WordsSynonymsLegend:
Noun1.millivolt - a unit of potential equal to one thousandth of a voltmillivolt - a unit of potential equal to one thousandth of a volt
potential unit - a measure of the potential energy of a unit charge at a given point in a circuit relative to a reference point (ground)
V, volt - a unit of potential equal to the potential difference between two points on a conductor carrying a current of 1 ampere when the power dissipated between the two points is 1 watt; equivalent to the potential difference across a resistance of 1 ohm when 1 ampere of current flows through it
References in periodicals archive ?
A maximum charging voltage of 311 millivolts was observed with the 0.18 ppm concentration of oxytocin but the maximum difference in charge storage after and before charging was seen with 0.01 ppm concentration rendering it to be an optimum concentration (Table 3).
Here the input offset voltage of 700 millivolt is given as input in order to reduce the noise.
It was observed that the five cell battery give a maximum voltage of 9500 millivolts and a current of 100 mA on complete charging.
Outputs include millivolt, amplified voltages, and current-loop signals.
They are about 82 percent efficient, while older millivolt varieties are at 68 percent efficiency.
The new BusWorks 965EN input modules interface thermocouple and millivolt signals directly to an Ethernet Modbus/TCP 10/100 network.
"Understanding Millivolt Systems -1.5 CEUs," Room 213 AB
This error is over 96 percent less than the +/-7.3 millivolt nonlinearity error typical of a conventional successive-approximation type A/D converter with 10-bit resolution.
Highly proliferative tissue is more electropositive and hence gives a higher millivolt measurement than less proliferative tissue.
This meter combines pH and temperature measurement with a millivolt readout for oxidation-reduction potential and specific ion electrodes.
These letter-designated types provide different millivolt outputs for given temperature ranges, providing flexibility for varying industrial applications.
non-metallic ropes, Arcare 8874 and Arcare 8881, are highly conductive and offer secure attachment of the entire electrode to the skin, which is important for proper detection of low signal transmissions that often are only one millivolt or less.