"reset switch" is a correct and usable phrase in written English.
It is typically used in technical or engineering contexts to refer to a button or mechanism that allows a device or system to be reset to its original state or settings. Example: "If your computer freezes, you can press the reset switch to restart it."
There are five sources of leakage current, namely: capacitor leakage, printed circuit board leakage, op-amp leakage, diode leakage, and reset switch leakage.
Such time in the wilderness is part of our family's summer ritual, a time to hit the "reset" switch and escape deadlines and BlackBerrys.
Mike Bell, the mayor of Toledo, said the law would help ailing local governments "push a reset switch" when they have nothing left to offer at the bargaining table.
Since all the connectors and the reset switch are on the Cube's bottom, you have to flip the machine over to plug something in or repair a bad crash.
However, a diagram of charge sampling architecture is shown in Fig. 5, which includes an ideal voltage source, a transconductance stage G m, a sampling switch S s, a reset switch S r and a capacitor C [27].
Taking the Fourier transform, the transfer function H f) of the charge sampling in frequency domain is defined as follows: Fig. 5 The diagram of charge sampling, including an ideal voltage source, a transconductance stage G m, a sampling switch S s, a reset switch S r, and a capacitor C left|H f right|=frac{G_m}{C}left|frac{ sin left(frac{pi f}{2{f}_s}right)}{pi f}right| (8).
According to the I-V characteristics that are shown in Fig. 2b d, reset switching can be classified into three types.
An AlO x system consumes more energy to complete the set and reset switches than a HfO x system consumes.
This method utilizes a series of pulses with the width or height increased gradually until a set or reset switching process is completely finished and no excessive stress is produced.
In the previous works, some methods have been proposed to reduce the variation of the off-state resistance (Roff) and on-state resistance (Ron), through which the uniformity of the set and reset switching parameters also have been improved and the set and reset events are controlled in certain ranges.
The sharp reset switching was finished before the V TFL was reached, while the switchings with the step-by-step reset and the weak reset were completed after the V TFL was reached.
