Name:

Date:

Experiment#$/$Title: $11$ BJT DC Load Line

$6.$ PROCEDURE

Turn on the power supply and set the collector bias voltage, $V_{Cc}=10V$

Measure the voltage across the collector with respect to ground, $v_C=5\mathrm{.}05$

Measure the voltage between the base and ground, $v_B=3\mathrm{.}11$

Measure the voltage between the emitter and ground, $V_E=2\mathrm{.}40$

Calculate the Collector current, $I_C?$

$I_C=\frac{V_{CC}-V_C}{R_C}=$

$I_C=I_{C,Q}=$

Calculate the Collector$-$Emitter voltage, $V_{CE}$ and $V_{\text{C}\text{E}\text{Q}}?$

$V_{CE}=V_{CE,P}=V_C-V_E=5\mathrm{.}05V-2\mathrm{.}40V=2\mathrm{.}65V$

Calculate the saturation current, $I_C,$ sat?

$I_C,$ sat $=\frac{V_{CC}}{R_C+R_E}=$

Consolidate your data in the data table; and the corresponding meter panels in the circuit diagram shown on page $1.$

Base Voltage, $V_B=$

Emitter Voltage, $V_E=$

$\backslash$table$[[$Operating state of BJT$,$Voltage,Current$],[$Saturation Point Coordinates,$V_{CE,\text{S}\text{a}\text{t}}=0V,I_{C,\text{s}\text{a}\text{t}}=$