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11 In Fig 22-12, the greatest gain occurs at (a) point A (b) point B (c) point C (d) point D 12 In a common emitter circuit, the gain bandwidth product is (a) the frequency at which the gain is 1 (b) the frequency at which the gain is 0707 times its value at 1 MHz (c) the frequency at which the gain is greatest (d) the difference between the frequency at which the gain is greatest, and the frequency at which the gain is 1 13 The bipolar-transistor configuration most often used for matching a high input impedance to a low output impedance puts signal ground at (a) the emitter (b) the base (c) the collector (d) any point; it doesn t matter 14 The output is in phase with the input in (a) a common emitter circuit (b) a common base circuit (c) a common collector circuit (d) more than one of the above 15 The greatest possible amplification is obtained in (a) a common emitter circuit (b) a common base circuit (c) a common collector circuit (d) more than one of the above 16 The input is applied to the collector in (a) a common emitter circuit (b) a common base circuit (c) a common collector circuit (d) none of the above 17 The configuration noted for its stability in RF power amplifiers is the (a) common emitter circuit (b) common base circuit (c) common collector circuit (d) emitter follower circuit

Figure 4-3

18 In a common base circuit, the output is taken from (a) the emitter (b) the base (c) the collector (d) more than one of the above 19 Suppose that the input signal to a transistor amplifier results in saturation during part of the cycle This produces (a) the greatest possible amplification (b) reduced efficiency (c) avalanche effect (d) nonlinear output impedance 20 Suppose that the gain of a transistor in a common emitter circuit is 100 at a frequency of 1 kHz, and the gain is 707 at 335 kHz The gain drops to 1 at 210 MHz The alpha cutoff frequency is (a) 1 kHz (b) 335 kHz (c) 210 MHz (d) impossible to define based on this data

Create arrayhtml now, or get it from the downloadable code for this book, and get it working This application is a better option for working with multiple XMLHttpRequest requests, so make sure you understand how it works So arrayhtml works by creating a new XMLHttpRequest object for each Ajax request But isn t it a little wasteful After all, all those old XMLHttpRequest objects keep hanging around in the array, even after their request is completed And that clutters up memory Worse, it could halt your application if the user clicks the buttons several hundred or thousand times, as in an Ajax-enabled game Isn t there some way to easily get rid of XMLHttpRequest objects that you don t need any more

ings stresses competencies Such headings as Database Systems and Web Development enable an individual to include course work, special projects, and work experience in these areas These headings are geared to the type of position the applicant is seeking Actual work experience is included at the bottom of the resume Both functional and chronological resumes can be used for broad career objectives

other major category of transistor is the field effect transistor (FET ) There are two main types of FET: the junction FET (JFET ) and the metal-oxide FET (MOSFET )

It turns out that the way you usually handle multiple XMLHttpRequest requests in Ajax is with inner functions, not with arrays of XMLHttpRequest objects What are inner functions Those are functions contained inside another function, like this:

function outer(value) { var item1 = value; function inner(item2) { return (item1 + item2) } }

In a JFET, the current varies because of the effects of an electric field within the device Charge carriers (electrons or holes) flow from the source (S) electrode to the drain (D) electrode This results in a drain current, ID, that is normally the same as the source current, IS The rate of flow of charge carriers that is, the current depends on the voltage at a control electrode called the gate (G) Fluctuations in gate voltage, EG, cause changes in the current through the channel, which is the path between the source and the drain The current through the channel is normally equal to ID Small fluctuations in EG can cause large variations in ID This fluctuating drain current can produce significant fluctuations in the voltage across an output resistance

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