The switch enables the precise sampling of input signals well greater than the chip supply voltage with no static power consumption, and without activating on-chip parasitic body diodes. The bootstrapped switch, presented here, is designed to sample an input signal with a 0–5.5-V range at a supply voltage of 2.75 V.
In this paper, a new bootstrapped switch is presented. The switch enables the precise sampling of input signals well greater than the chip supply voltage.
In the bootstrapping method, the voltage at the switch transistor gate is capacitively enhanced above the supply voltage so that it equals the sum of the input ...
A new bootstrapped switch is presented that enables the precise sampling of input signals well greater than the chip supply voltage with no static power ...
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PDF | Bootstrapped switches are used in a variety of applications including DC-DC converters, pipelined analog-to-digital converters and high voltage.
Nov 14, 2022 · I am attaching a simulations of input voltage from 0 to VDD with and without M10. No difference is seen in the output voltage for dc input, and ...
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In this paper a new bootstrapped switch is presented that enables the precise sampling of input signals well greater than the chip supply voltage with no ...
A bootstrapping circuit capable of sampling an input exceeding a power supply voltage includes: a bootstrapping switch MN20 connected between an input node ...
The bootstrapped switch, presented here, is designed to sample an input signal with a 0-5.5 V range at a supply voltage of 2.75 V. Measurement data shows ...
Dec 5, 2022 · I designed a switch based on bootstrapping technique. I would appreciate help regarding the function of the transistor M10, It seems to work in parallel with M ...
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