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N-channel, depletion-mode MOSFET and the circuit diagram would be the same For an N-channel enhancement-mode device, an extra resistor would be necessary, running from the gate to the positive power supply terminal For P-channel devices, the supply would provide a negative, rather than a positive, voltage Capacitor C1 and resistor R1 place the source at signal ground while elevating the source above ground for dc The ac signal enters through C2 Resistor R2 adjusts the input impedance and provides bias for the gate The ac signal passes out of the circuit through C3 Resistor R3 keeps the output signal from being shorted out through the power supply The circuit of Fig 23-11 is the basis for low-level RF amplifiers and oscillators The common source arrangement provides the greatest gain of the three FET circuit configurations The output is 180 out of phase with the input

When we download the text from javascriptphp, we can execute that text as JavaScript, which will cause the browser to look for a JavaScript function we ve written named show and call that function Here s how we start javascripthtml note that we create a button in HTML and connect it to a JavaScript function named getData:

is present along with susceptance, admittance vectors point at angles; they are neither vertical nor horizontal

<html> <head> <title>Downloading JavaScript with Ajax</title> <script language = "javascript"> var XMLHttpRequestObject = false;

You ve seen how vectors add in the RX plane In the GB plane, the principle is the same The net admittance vector is the sum of the component admittance vectors

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(Such areas as systems analysis, design, programming, feasibility studies, user training, and so on should be included)

if (windowXMLHttpRequest) { XMLHttpRequestObject = new XMLHttpRequest(); } else if (windowActiveXObject) { XMLHttpRequestObject = new ActiveXObject("MicrosoftXMLHTTP"); } function getData(dataSource) { if(XMLHttpRequestObject) { XMLHttpRequestObjectopen("GET", dataSource); XMLHttpRequestObjectonreadystatechange = function() { if (XMLHttpRequestObjectreadyState == 4 && XMLHttpRequestObjectstatus == 200) { } } XMLHttpRequestObjectsend(null); } } </script> </head> <body> <H1>Downloading JavaScript with Ajax</H1> <form> <input type = "button" value = "Get the JavaScript" onclick = "getData('javascriptphp')"> </form> <div id="targetDiv"> <p>The data will go here</p> </div> </body> </html>

Formula for Complex Admittances in Parallel Given two admittances, Y1 = G1 + jB1 and Y2 = G2 + jB2, the net admittance Y of these in parallel is their vector sum, as follows:

When you download the text (which reads, show( ) ) from javascriptphp, you can execute that text with the JavaScript eval function That s what the eval function does you pass it text and it executes that text as JavaScript

Y = (G1 + jB1 ) + (G2 + jB 2 ) = (G1 + G2 ) + j(B1 + B 2 ) The conductance and susceptance components add separately Just remember that if a susceptance is inductive, then it is negative imaginary in this formula

The downloaded text will be in XMLHttpRequestObjectresponseText, and you can execute that text as JavaScript in this way in getData:

When a coil, capacitor, and resistor are connected in parallel (Fig 16-7), the resistance should be thought of as a conductance, whose value in siemens (symbolized S) is equal to the reciprocal of the value in ohms Think of the conductance as all belonging to the inductor Then you have two vectors to add, when finding the admittance of a parallel GLC (conductance-inductance-capacitance) circuit: Y = (G + jBL ) + (0 + jBC) = G + j(BL + BC) Again, remember that BL is never positive! So, although the formulas here have addition symbols in them, you re adding a negative number when you add in an inductive susceptance

function getData(dataSource) { if(XMLHttpRequestObject) { XMLHttpRequestObjectopen("GET", dataSource); XMLHttpRequestObjectonreadystatechange = function() { if (XMLHttpRequestObjectreadyState == 4 && XMLHttpRequestObjectstatus == 200) { eval(XMLHttpRequestObjectresponseText); } } XMLHttpRequestObjectsend(null); } }

Of course, this means that we ll need a JavaScript function named show In that function, we might just display the text Yep, it worked! in the web page Here s what that looks like in the final form of javascripthtml: