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| university:courses:electronics:electronics-lab-21 [23 Mar 2017 16:34] – [Materials:] Doug Mercer | university:courses:electronics:electronics-lab-21 [24 Jul 2017 16:08] – change amplitude value to peak-peak Antoniu Miclaus | ||
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| ===== Directions: ===== | ===== Directions: ===== | ||
| - | First build the simple example shown figure 2 to test the input to output transfer function of the simple CMOS amplifier. The green boxes indicate connections to the connector on Analog Discovery. Connect Vp (+5V) power to V< | + | First build the simple example shown figure 2 to test the input to output transfer function of the simple CMOS amplifier. The green boxes indicate connections to the connector on The ADALM2000. Connect Vp (+5V) power to V< |
| {{ : | {{ : | ||
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| ===== Hardware Setup: ===== | ===== Hardware Setup: ===== | ||
| - | Configure the waveform generator for a 1 KHz triangle wave with 2V amplitude and 2.5V offset. Both scope channels should be set to 1V/Div. | + | Configure the waveform generator for a 1 KHz triangle wave with 4V amplitude and 2.5V offset. Both scope channels should be set to 1V/Div. |
| ===== Procedure: ===== | ===== Procedure: ===== | ||
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| ===== Hardware Setup: ===== | ===== Hardware Setup: ===== | ||
| - | Configure the Network (Bode) analyzer for 2 log decades, end frequency of 100 KHz, a max gain of 2X, run time of 10 sec, offset of 0 V and an amplitude of 1 V. Run a single sweep and save the data to a file. | + | Configure the Network (Bode) analyzer for 2 log decades, end frequency of 100 KHz, a max gain of 2X, run time of 10 sec, offset of 0 V and an amplitude of 2 V. Run a single sweep and save the data to a file. |
| =====Question: | =====Question: | ||
university/courses/electronics/electronics-lab-21.txt · Last modified: 13 Jun 2022 20:06 by Doug Mercer