Physics

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The most important application for an IGBT is in Started by Diane	1 Replies 29 Views	Mar 20, 2019 by jesse.fleming
The IGBT has characteristics of a Started by sabina	3 Replies 30 Views	Mar 20, 2019 by bigsis44
The equations for K and ID are given in part (c).Refer to Figure 5. The transistor shown is a Started by WWatsford	1 Replies 34 Views	Mar 20, 2019 by kilada
The equations for K and ID are given in part (c).Refer to Figure 5. ID is approximately Started by rosent76	3 Replies 51 Views	Mar 20, 2019 by cegalasso
The equations for K and ID are given in part (c).Refer to Figure 5. The curve in (b) is for ... Started by roselinechinyere27m	1 Replies 33 Views	Mar 20, 2019 by jessicaduplan
The equations for K and ID are given in part (c).Refer to Figure 5. VGS is Started by drink	3 Replies 39 Views	Mar 20, 2019 by shaikhs
A certain MOSFET has IDSS = 6 mA, VGS = 0.67 V, and VGS(off ) = 5 V. The drain current, ID is Started by imowrer	1 Replies 41 Views	Mar 20, 2019 by cloudre37
Refer to Figure 4. The transistor is biased for Started by luvbio	3 Replies 37 Views	Mar 20, 2019 by pallen55
An E-MOSFET cannot use Started by waynest	1 Replies 27 Views	Mar 20, 2019 by Natalie4ever
Assume a transistor has an IDSS of 3.0 mA and a gm0 of 2500 S. The gate-source cutoff voltage, VGS(off), is Started by ts19998	3 Replies 128 Views	Mar 20, 2019 by duke02
An n-channel E-MOSFET Started by ENagel	1 Replies 42 Views	Mar 20, 2019 by Jbrasil
A FET that has no channel until one is induced electrically is Started by Haya94	3 Replies 37 Views	Mar 20, 2019 by stanleka1
A JFET that is operating as a voltage-controlled resistance is Started by lbcchick	1 Replies 43 Views	Mar 20, 2019 by dreamfighter72
Assume IDSS = 3.5 mA and VGS(off) = 2 V.If a JFET bias circuit is designed with ... Started by tiara099	3 Replies 110 Views	Mar 20, 2019 by Tabitha_2016
Assume IDSS = 3.5 mA and VGS(off) = 2 V.Refer to Figure 3. An advantage to the voltage ... Started by strangeaffliction	1 Replies 85 Views	Mar 20, 2019 by Anonymous
Assume IDSS = 3.5 mA and VGS(off) = 2 V.Refer to Figure 3. If the drain voltage, VD, is 7.6 ... Started by saliriagwu	1 Replies 122 Views	Mar 20, 2019 by bobsmith
Assume the curve in (b) represents the transistor in (a). Refer to Figure 2. Assume that ... Started by Arii_bell	3 Replies 433 Views	Mar 20, 2019 by SomethingSomething
Assume the curve in (b) represents the transistor in (a). Refer to Figure 2. IDSS is approximately Started by xroflmao	1 Replies 364 Views	Mar 20, 2019 by tkempin
Assume the curve in (b) represents the transistor in (a). Refer to Figure 2. A source ... Started by javeds	1 Replies 331 Views	Mar 20, 2019 by DylanD1323
Refer to Figure 1. The source resistor, RS, that would self-bias this JFET at approximately ... Started by MGLQZ	3 Replies 76 Views	Mar 20, 2019 by Ahernandez18
Refer to Figure 1. The curve on the left is called the Started by Chloeellawright	1 Replies 28 Views	Mar 20, 2019 by blakeserpa
Refer to Figure 1. The pinch-off voltage, Vp, is Started by Ebrown	3 Replies 37 Views	Mar 20, 2019 by qytan
Refer to Figure 1, which represents two curves for a JFET. At ID = 6 mA, the ... Started by nevelica	1 Replies 38 Views	Mar 20, 2019 by xiazhe
An advantage of a JFET over a BJT is that the JFET has Started by tiara099	3 Replies 206 Views	Mar 20, 2019 by olivia_paige29
To determine the dc power dissipated within a JFET, multiply Started by nmorano1	1 Replies 40 Views	Mar 20, 2019 by harveenkau8139