Sentence examples for fet gate from inspiring English sources

To be noted that Fig. 3 shows a configuration using an NMOS as power FET device, although the same DC/DC controller can produce outputs for a PMOS power FET with relevant FET gate driver (to be used when the integrated voltage regulator is configured as step-down without a transformer for galvanic isolation).

Slope controlling of the power FET gate driver.

The FET gate operation exhibits hole conduction behavior.

Moreover, the Schottky barrier is tunable by varying the FET gate bias.

The proposed architecture realizes an intelligent converter integrating advanced features like: Dithering of switching frequency Nested control loops with both current and voltage feedbacks Asynchronous hysteretic control for low power mode Slope controlling of the power FET gate driver Diagnostic block against out-of-range current or voltage or temperature conditions.

As sketched in Fig. 3, the core of the DC/DC converter circuit can be divided into five main blocks, further detailed in Section 3: power management unit (PMU); DC/DC controller; FET gate driver; diagnostic block; and digitally programmable voltage divider.

Furthermore, in Figures 7a and b, Pu et al. showed the potential of MoS2 based FETs by fabricating the electric bi-layer transistors (EDLTs, FETs gated by ionic liquids) [21,22].

In comparison to the trigate FETs, Fin FETs, gate-all-around (GAA) FETs or reported JLTs in which there were more interfaces with the gate oxide layer or BOX and more current values after increasing the negative gate voltage for p-type channels.

When a thermoelectric voltage is generated on an interconnect that drives FET inputs (gate conductor), the voltage influences the FET channel conductance almost currentless producing drain output shift that can be detected as Thermal Laser Stimulation (TLS) signal.

Herein, we reported a facile and environment-friendly method to establish the low-power logic function in a single MoS2 field-effect transistor (FET) configuration gated with a polymer electrolyte.

We demonstrate that the RF performance of symmetric drain/source DS-JLSiNT-FETs (inner gate extended from one end of nanotube to other end covering both drain and source region) gets improved when the inner gate of nanotube (NT) covers only either drain and channel regions (D-JLSiNT-FETs) or source and channel regions (S-JLSiNT-FETs) because of reduced total gate capacitance.