Sentence examples for input charging from inspiring English sources

In the equations above, P C max and P D max are the maximum input (charging) and output (discharging) power, defined by: P_{text{C}}^{hbox{max} } = hbox{min} left{ {P_{text{cm}},[E_{n} - E(t - Delta t)]/(Delta teta_{text{c}} )} } right.

The input charge range is 1.8 fC.

Under small energy input, charges are transferred continuously as observed in the spectra of conductivity and dielectric.

The input charge dynamic range extends from <0.4 fC to >10pC and covers more than four orders of magnitude.

This paper describes a low power threshold logic-gate based on a capacitive input, charge recycling differential sense amplifier latch.

The expected input charge ranges between few fC up to 40 fC, the charge sensitivity is 16 mV/fC while the equivalent input noise charge (ENC) is 800 e−+40e−/pFF.

The non-gated QTC with differential inputs was designed to measure the input charge covering a dynamic range of about 30 927 pC.

The fast path includes the fast CR RC shaper with the peaking time tp=40 ns and is optimized to determine the input charge arrival time.

The Medipix2 chip is a pixel detector readout chip consisting of 256×256 identical elements, each working in single photon counting mode for positive or negative input charge signals.

The output pulse has a peak amplitude of 200 mV for a charge of 10 fC from the detector and achieves a linearity better than 1% up to an input charge range of 12 fC.

These are (a) differential input, to profit from the differential signal from the MRPC (b) a fast amplifier with less than 1 ns peaking time and (c) input charge measurement by Time-Over-Threshold for slewing correction.