Lab 3 - Mynda Songer EE 361-03 Bipolar Junction Transistor...

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Mynda Songer EE 361-03 Bipolar Junction Transistor Experiment 3 2. I B = 0 μ A R 2 (kΩ) = 100 V CE (V) V R2 (V) Calculated I C (mA) 8.08 2.2500 0.0225 8.00 0.2790 0.00279 6.50 0.0646 0.000646 4.34 0.0431 0.0004312 3.82 0.0379 0.000379 3.24 0.0320 0.00032 3.24 0.0322 0.0003218 2.22 0.0220 0.00022 1.66 0.0165 0.000165 1.26 0.0125 0.000125 V BE (V)= 0 5. Skipped by instruction of the professor. 6. I B = 20 μ A R 2 (kΩ) = 0.1 V CE (V) V R2 (V) Calculated I C (mA) 6.34 1.0300 10.3 6.35 0.000660 0.0066 5.47 0.000580 0.0058 4.75 0.000540 0.0054 3.89 0.000496 0.00496 3.52 0.000483 0.00483 3.14 0.000468 0.00468 2.62 0.000448 0.00448 2.04 0.000428 0.00428 1.36 0.000405 0.00405 V BE (V)= 0.5790 I B = 30 μ A R 2 (kΩ) = 0.1
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V CE (V) V R2 (V) Calculated I C (mA) 6.34 1.0000 10 6.59 0.001100 0.011 5.97 0.001000 0.01 5.32 0.000930 0.0093 4.73 0.000877 0.00877 4.06 0.000828 0.00828 3.32 0.000782 0.00782 2.74 0.000750 0.0075 1.85
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This lab report was uploaded on 04/06/2008 for the course EE 361 taught by Professor Most during the Spring '08 term at Cal Poly.

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Lab 3 - Mynda Songer EE 361-03 Bipolar Junction Transistor...

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