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- 16:02, 11 March 2011 diff hist +1 Lab 13 RS
- 16:02, 11 March 2011 diff hist -92 Lab 13 RS
- 15:55, 11 March 2011 diff hist 0 Lab 13 RS
- 15:55, 11 March 2011 diff hist -1 Lab 13 RS
- 15:54, 11 March 2011 diff hist -2,601 Lab 13 RS
- 15:52, 11 March 2011 diff hist +92 Lab 13 RS
- 15:52, 11 March 2011 diff hist 0 N File:Table 2uA 02.png
- 15:52, 11 March 2011 diff hist 0 N File:Table 2uA 01.png
- 15:51, 11 March 2011 diff hist 0 N File:L13 2uA 01.png
- 07:10, 11 March 2011 diff hist -7 Lab 13 RS
- 07:09, 11 March 2011 diff hist -112 Lab 13 RS
- 07:08, 11 March 2011 diff hist -676 Lab 13 RS
- 07:06, 11 March 2011 diff hist +2 Lab 13 RS
- 07:06, 11 March 2011 diff hist 0 Lab 13 RS
- 07:05, 11 March 2011 diff hist +1 Lab 13 RS
- 07:03, 11 March 2011 diff hist +96 Lab 13 RS
- 06:57, 11 March 2011 diff hist +192 Lab 13 RS
- 06:56, 11 March 2011 diff hist +32 Lab 13 RS
- 06:55, 11 March 2011 diff hist 0 N File:L13 2uA.png current
- 06:39, 11 March 2011 diff hist +36 Lab 13 RS
- 06:37, 11 March 2011 diff hist +1 Lab 13 RS →Measure the emitter current I_E for several values of V_{CE} by changing V_{CC} such that the base current I_B = 2 \mu A is constant. I_B \approx \frac{V_{BB}-V_{BE}}{R_B}
- 06:36, 11 March 2011 diff hist +76 Lab 13 RS →Measure the emitter current I_E for several values of V_{CE} by changing V_{CC} such that the base current I_B = 2 \mu A is constant. I_B \approx \frac{V_{BB}-V_{BE}}{R_B}
- 06:35, 11 March 2011 diff hist +5 Lab 13 RS →Measure the emitter current I_E for several values of V_{CE} by changing V_{CC} such that the base current I_B = 2 \mu A is constant. I_B \approx \frac{V_{BB}-V_{BE}}{R_B}
- 06:35, 11 March 2011 diff hist +255 Lab 13 RS →Measure the emitter current I_E for several values of V_{CE} by changing V_{CC} such that the base current I_B = 2 \mu A is constant. I_B \approx \frac{V_{BB}-V_{BE}}{R_B}
- 06:31, 11 March 2011 diff hist 0 Lab 13 RS →Measure the emitter current I_E for several values of V_{CE} by changing V_{CC} such that the base current I_B = 2 \mu A is constant. I_B \approx \frac{V_{BB}-V_{BE}}{R_B}
- 05:59, 11 March 2011 diff hist +3 Lab 13 RS →Measure the emitter current I_E for several values of V_{CE} by changing V_{CC} such that the base current I_B = 2 \mu A is constant. I_B \approx \frac{V_{BB}-V_{BE}}{R_B}
- 05:58, 11 March 2011 diff hist +185 Lab 13 RS →Measure the emitter current I_E for several values of V_{CE} by changing V_{CC} such that the base current I_B = 2 \mu A is constant. I_B \approx \frac{V_{BB}-V_{BE}}{R_B}
- 05:48, 11 March 2011 diff hist -25 Lab 13 RS →Measure the emitter current I_E for several values of V_{CE} by changing V_{CC} such that the base current I_B = 2 \mu A is constant. I_B \approx \frac{V_{BB}-V_{BE}}{R_B}
- 05:47, 11 March 2011 diff hist +4 Lab 13 RS →Measure the emitter current I_E for several values of V_{CE} by changing V_{CC} such that the base current I_B = 2 \mu A is constant. I_B \approx \frac{V_{BB}-V_{BE}}{R_B}
- 05:46, 11 March 2011 diff hist +15 Lab 13 RS →Measure the emitter current I_E for several values of V_{CE} by changing V_{CC} such that the base current I_B = 2 \mu A is constant. I_B \approx \frac{V_{BB}-V_{BE}}{R_B}
- 05:45, 11 March 2011 diff hist +13 Lab 13 RS →Measure the emitter current I_E for several values of V_{CE} by changing V_{CC} such that the base current I_B = 2 \mu A is constant. I_B \approx \frac{V_{BB}-V_{BE}}{R_B}
- 05:44, 11 March 2011 diff hist +12 Lab 13 RS →Measure the emitter current I_E for several values of V_{CE} by changing V_{CC} such that the base current I_B = 2 \mu A is constant. I_B \approx \frac{V_{BB}-V_{BE}}{R_B}
- 05:40, 11 March 2011 diff hist +1 Lab 13 RS →Measure the emitter current I_E for several values of V_{CE} by changing V_{CC} such that the base current I_B = 2 \mu A is constant. I_B \approx \frac{V_{BB}-V_{BE}}{R_B}
- 05:37, 11 March 2011 diff hist +20 Lab 13 RS →Measure the emitter current I_E for several values of V_{CE} by changing V_{CC} such that the base current I_B = 2 \mu A is constant. I_B \approx \frac{V_{BB}-V_{BE}}{R_B}
- 05:36, 11 March 2011 diff hist +60 Lab 13 RS →Measure the emitter current I_E for several values of V_{CE} by changing V_{CC} such that the base current I_B = 2 \mu A is constant. I_B \approx \frac{V_{BB}-V_{BE}}{R_B}
- 05:35, 11 March 2011 diff hist +117 Lab 13 RS →Measure the emitter current I_E for several values of V_{CE} by changing V_{CC} such that the base current I_B = 2 \mu A is constant. I_B \approx \frac{V_{BB}-V_{BE}}{R_B}
- 05:27, 11 March 2011 diff hist +25 Lab 13 RS →Measure the emitter current I_E for several values of V_{CE} by changing V_{CC} such that the base current I_B = 2 \mu A is constant. I_B \approx \frac{V_{BB}-V_{BE}}{R_B}
- 05:27, 11 March 2011 diff hist -13 Lab 13 RS →Measure the emitter current I_E for several values of V_{CE} by changing V_{CC} such that the base current I_B = 2 \mu A is constant. I_B \approx \frac{V_{BB}-V_{BE}}{R_B}
- 05:26, 11 March 2011 diff hist +13 Lab 13 RS →Measure the emitter current I_E for several values of V_{CE} by changing V_{CC} such that the base current I_B = 2 \mu A is constant. I_B \approx \frac{V_{BB}-V_{BE}}{R_B}
- 05:26, 11 March 2011 diff hist +104 Lab 13 RS →Measure the emitter current I_E for several values of V_{CE} by changing V_{CC} such that the base current I_B = 2 \mu A is constant. I_B \approx \frac{V_{BB}-V_{BE}}{R_B}
- 05:11, 11 March 2011 diff hist +16 Lab 13 RS →Measure the emitter current I_E for several values of V_{CE} by changing V_{CC} such that the base current I_B = 2 \mu A is constant. I_B \approx \frac{V_{BB}-V_{BE}}{R_B}
- 05:00, 11 March 2011 diff hist +2,242 Lab 13 RS →Measure the emitter current I_E for several values of V_{CE} by changing V_{CC} such that the base current I_B = 2 \mu A is constant. I_B \approx \frac{V_{BB}-V_{BE}}{R_B}
- 04:51, 11 March 2011 diff hist +47 Lab 13 RS →Measure the emitter current I_E for several values of V_{CE} by changing V_{CC} such that the base current I_B = 2 \mu A is constant. I_B \approx \frac{V_{BB}-V_{BE}}{R_B}
- 04:49, 11 March 2011 diff hist +82 Lab 13 RS →Measure the emitter current I_E for several values of V_{CE} by changing V_{CC} such that the base current I_B = 2 \mu A is constant. I_B \approx \frac{V_{BB}-V_{BE}}{R_B}
- 04:46, 11 March 2011 diff hist +12 Lab 13 RS →Measure the emitter current I_E for several values of V_{CE} by changing V_{CC} such that the base current I_B = 2 \mu A is constant. I_B \approx \frac{V_{BB}-V_{BE}}{R_B}
- 04:46, 11 March 2011 diff hist +11 Lab 13 RS →Measure the emitter current I_E for several values of V_{CE} by changing V_{CC} such that the base current I_B = 2 \mu A is constant. I_B \approx \frac{V_{BB}-V_{BE}}{R_B}
- 04:44, 11 March 2011 diff hist +1 Lab 13 RS →Measure the emitter current I_E for several values of V_{CE} by changing V_{CC} such that the base current I_B = 2 \mu A is constant. I_B \approx \frac{V_{BB}-V_{BE}}{R_B}
- 04:44, 11 March 2011 diff hist +13 Lab 13 RS →Measure the emitter current I_E for several values of V_{CE} by changing V_{CC} such that the base current I_B = 2 \mu A is constant. I_B \approx \frac{V_{BB}-V_{BE}}{R_B}
- 04:44, 11 March 2011 diff hist -4 Lab 13 RS →Identify the type (n-p-n or p-n-p) of transistor you are using and fill in the following specifications.
- 04:43, 11 March 2011 diff hist +259 Lab 13 RS →Transistor circuit