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Size: 1151
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Size: 1565
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| Deletions are marked like this. | Additions are marked like this. |
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| [[attachment:E-6-200.png|{{attachment:E-6-200.png||width=500 height=138}}]] | [[attachment:E-6-200.png|{{attachment:E-6-200.png|attachment:E-6-200.png|width="500 height=138"}}]] |
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| * 1 [[3323-1#Multimeter|Keithley 175 Digital Multimeter]] | * 1 [[3323-1#FlukeMultimeter|Fluke 115 Handheld Multimeter]] * w/[[Hanging PASCO Voltage Sensors#Fluke_Multimeter_Sensor|Hanging PASCO Voltage Sensors#Fluke Multimeter Sensor]] |
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| === Troubleshooting === If the output of the differential amplifier is unstable, the grounds should be checked. All equipment should be plugged into the Tripp Lite power strip (see photo below), and the Tripp Lite power strip should be plugged into the wall. |
E-6: Cathode Ray Oscilloscope And Differential Amplifier
Quantity: 39
Contents
Experiment Contents
1 Function Generator (Krohn-Hite, Pasco)
w/Kit
1 UW Timer (Include Only If Using Krohn-Hite Type Function Generator)
Also
- 1 Oscilloscope Manual
Check
Plug Board Kit (30 Items)
- Resistor Set (1kΩ, 2.2kΩ, 3.3kΩ, 4.7kΩ, 10kΩ, 20kΩ, 100kΩ, 10MΩ)
- 8 Bridge Plugs
- Capacitor Set (47nF, 1μF, 0.47μF)
- Diode
- Inductor (1 H)
- SPDT Switch
- Variable Resistor (1k)
- Transistor (2N1480)
- Differential Amplifier
- Adapter Set (2 Pomona 1269, 2 Pomona 1296, 1 BNC 'T')
Troubleshooting
If the output of the differential amplifier is unstable, the grounds should be checked. All equipment should be plugged into the Tripp Lite power strip (see photo below), and the Tripp Lite power strip should be plugged into the wall.