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Agilent function generator-XFG2 X MY Agilent 351204 15 MHz Function /Arbitrary WaveForm Genorator 100

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Agilent function generator-XFG2 X MY Agilent 351204 15 MHz Function /Arbitrary WaveForm Genorator 100 .0 mVpp FUNCTION/ MODULATION MENU SYNC AM FM FSK Burst Sweep Arb List MHZ Power Noise Arb Enter mypp 2 myms Freq Level " Duty Internal Store Cancel OUTPUT HI Freq Ampl Offset Single Recall Enter Shift dam On Number Back Space Max MODIFY TFIG STATE LOCAL Recall Menu 50%

Ch 1 O.1us (a) The horizontal axis is 0 V. (b) The horizontal axis is 0 V. In Figure 8-71(a), the amplitude from the baseline and fre- quency of the function generator are set to the minimum values. wave function; set the amplitude to 100 m V pp and the frequency The duty cycle is adjusted to minimum. Measure and record to 1 kHz. Verify the values by oscilloscope measurement. Repeat these values. Express the duty cycle as a percentage. for 1 V and 50 kHz and for 10 V and 1 MHz. In Figure 8-71(b), the amplitude and frequency are set to the Review maximum values. The duty cycle is adjusted to maximum. Measure 1. Generally, what setting of the Sec/Div control on a scope and record these values. Express the duty cycle as a percentage. should be used to obtain the most accurate measurement of Multisim Analysis frequency? 2. Generally, what setting of the Volts/Div control on a scope Open your Multisim software. Place an oscilloscope should be used to obtain the most accurate measurement of and a function generator on the screen connected as amplitude? shown in Figure 8-72. Double-click each instrument to see the detailed controls in an expanded view. Select the sine 3. Explain the purpose of each coupling mode setting (AC, DC, and GND) for each channel of an oscilloscope. FIGURE 8-72 Tektronix 123 T Agllent