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29 Diode Resistance Compare the resistance of a pn-junction diode when it is forward-biased and when it is reverse-biased 30 Diode Polarity In a light-emitting diode, which terminal should be connected to the p-end to make the diode light 31 Current Gain The base current in a transistor circuit measures 55 A and the collector current measures 66 mA What is the current gain from base to collector 32 Critical Thinking Could you replace an npntransistor with two separate diodes connected by their p-terminals Explain

- (void)mouseDown:(NSEvent *)theEvent { // get current mouse location, convert to our coordinate space // (the one expresed by our bounds) NSPoint mouseLocation = [theEvent locationInWindow]; NSPoint convertedLocation = [self convertPoint:mouseLocation fromView:nil]; // see if the click was on one of our control knobs NSPoint cp1 = NSMakePoint(cp1X, cp1Y); NSPoint cp2 = NSMakePoint(cp2X, cp2Y); if (pointsWithinDistance(cp1, convertedLocation, CP_RADIUS)) { draggingCp1 = YES; } else if (pointsWithinDistance(cp2, convertedLocation, CP_RADIUS)){ draggingCp2 = YES; } [self setNeedsDisplay:YES]; }

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Semiconductor devices, such as diodes and transistors, are fabricated using a semiconductor that is made of partly p-type material and partly n-type material A semiconductor doped with donor atoms is called an n-type semiconductor, while a semiconductor doped with an element leaving a vacancy or a hole in the lattice structure is referred to as a p-type semiconductor A diode is made by doping adjacent regions of a semiconductor with donor and acceptor atoms, forming a p-n junction In this lab, you will investigate the voltage and current characteristics of a diode that is placed in a direct current circuit and compare the response with your knowledge of resistors

DC power supply, variable, 0 12 VDC 100- resistor, 1 - or 1-W 2 1N4002 diode LED, red ammeter, DC, 0 100 mA voltmeter, 0 5 VDC hook-up wire

current for a diode and an LED Measure the current passing through a diode and an LED as a function of voltage drop Compare and contrast the current-voltage characteristics of a resistor with diodes

Avoid contact with the resistor, which may become hot Plug power supplies into only GFCI-protected receptacles to prevent shock hazard

1 Prepare a data table similar to the one shown on page 791 2 As indicated on the schematic diagram below, wire the negative terminal of the power supply to the negative side of the ammeter using the hook-up wire provided

In the mouseDown: method, we first ask the window for the current mouse location, then use a built-in NSView method to convert the coordinates from the window s coordinate system to our own. This means that a click in the upper right-hand corner of our unit square, for instance, which starts off being the number of horizontal and vertical pixels from the window s lower left-hand corner, will end up being converted to (1,1) or somewhere nearby. Then we do a pair of tests, to see if one of our control points is being clicked on. This test is done using the following function, which you should add to the top of CurveEdit.m, somewhere above the @implementation section:

3 Locate the end of the diode with the silver band around it Attach this end to the positive side of the ammeter 4 Attach one end of the 100- resistor to the free end of the diode 790

Voltage (V) Drop Across Diode 0 01 02 03 Diode Current (mA) LED Current (mA)

9 Connect the shorter lead on the LED to the positive side of the ammeter (negative side of the voltmeter) where the silver banded end of the diode had been connected Connect the longer lead of the LED to the resistor and to the positive side of the voltmeter 10 Plug in the power supply Slowly turn up the power supply to increase the voltage drop across the LED from 0 up to 20 V, in 01-V increments Record the corresponding current at each voltage Additionally, observe the LED and record your observations of it

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