An analysis of pMOS transistors in snapback conduction mode for a sub-0.13µm technology will be presented. The pMOS n-well confined behavior vs. nMOS will be discussed. It will be shown that n-well ...

This circuit is a common-source amplifier made using both a PMOS (M2) and NMOS (M1) transistor. The main components are: VDD (Supply Voltage): 1.8V Input Signals (V1 and V2): V1: 0.48V peak sine wave, ...

In a CMOS circuit, PMOS transistors are used to implement logic functions when the input is at a low voltage level (logic 0), while NMOS transistors are used for logic functions when the input is at a ...

With proper device design, Dialog succeeded in developing hv transistors without changing the process. The layout for a hv pmos is shown in figure 4. This new device design enables a transistor ...

If the PMOS and NMOS transistors are sized so that g m1 = g mb2, the V sub term vanishes and I x = V x(g m1 + g mb1). In this case, the active load impedance Z LOAD = 1/ (g m1 + g mb1 ) and doesn ...

CA3140 has gate protected MOSFETs (PMOS) transistors in the input circuit to provide very high input impedance typically around 1.5T Ohms. The IC requires very low input current as low as 10pA to ...

In region N, with the analogue signal at the negative supply, the PMOS device is off and RON of the part is equal to the RON of the NMOS transistor. With using the 40V NMOS typical process values, we ...

An analysis of pMOS transistors in snapback conduction mode for a sub-0.13µm technology will be presented. The pMOS n-well confined behavior vs. nMOS will be discussed. It will be shown that n-well ...