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university:courses:electronics:lp_hp_filters [13 Aug 2019 09:25] – Pop Andreea | university:courses:electronics:lp_hp_filters [03 Nov 2021 20:49] (current) – [Activity: Low Pass and High Pass Filters] Doug Mercer | ||
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- | ======Activity: | + | ======Activity: |
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ADALM2000 Active Learning Module\\ | ADALM2000 Active Learning Module\\ | ||
Solder-less breadboard, and jumper wire kit\\ | Solder-less breadboard, and jumper wire kit\\ | ||
- | ADALM1000 hardware module\\ | ||
1 1 KΩ resistor\\ | 1 1 KΩ resistor\\ | ||
1 1 µF capacitor\\ | 1 1 µF capacitor\\ | ||
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<WRAP centeralign> | <WRAP centeralign> | ||
- | As in the previous case, generate a sinusoidal waveform on the channel 1 of the signal generator. Observe how at a frequency values lower than the cutoff frequency the output signal is attenuated. | + | As in the previous case, generate a sinusoidal waveform on the channel 1 of the signal generator. Observe how at frequency values lower than the cutoff frequency the output signal is attenuated. |
{{ : | {{ : | ||
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<WRAP centeralign> | <WRAP centeralign> | ||
- | If the frequency is higher than the cutoff frequency, the signal is in the pass-band of the filter and the attenuation tends to 0dB. | + | If the frequency is higher than the cutoff frequency, the signal is in the pass-band of the filter and the attenuation tends to be 0dB. |
{{ : | {{ : | ||
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<WRAP round download> | <WRAP round download> | ||
**Lab Resources: | **Lab Resources: | ||
- | * Fritzing files: | + | * Fritzing files: |
- | * LTSpice files: | + | * LTSpice files: |
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