1. Assemble the circuit of figure 1. 2. Calculate the resistor R1 so that the Emitter Collector Voltage is 6V. Check you
Posted: Thu Jun 30, 2022 6:57 pm
1. Assemble the circuit of figure 1.
2. Calculate the resistor R1 so that the Emitter CollectorVoltage is 6V. Check your calculations with the circuit. Write downthe value:
Write down your calculations for the base and collectorcurrents, measure them, record and compare. ib (Calculated): ib(measured): ic (calculated): ic (measured):
3. Calculate the resistance R1 for the transistor to go intosaturation. Check your calculations with the circuit. Write downthe value:
Write down your calculations for the base and collectorcurrents, measure them, record and compare. ib (Calculated): ib(measured): ic (calculated): ic (measured):
5. Calculate the value of the maximum resistance that keeps thetransistor in saturation
(present calculations)
R1 100kΩ 50% Key=A V1 12V R2 · 1kΩ Q1 2N2222A V2 12V
2. Calculate the resistor R1 so that the Emitter CollectorVoltage is 6V. Check your calculations with the circuit. Write downthe value:
Write down your calculations for the base and collectorcurrents, measure them, record and compare. ib (Calculated): ib(measured): ic (calculated): ic (measured):
3. Calculate the resistance R1 for the transistor to go intosaturation. Check your calculations with the circuit. Write downthe value:
Write down your calculations for the base and collectorcurrents, measure them, record and compare. ib (Calculated): ib(measured): ic (calculated): ic (measured):
5. Calculate the value of the maximum resistance that keeps thetransistor in saturation
(present calculations)
- 1 Assemble The Circuit Of Figure 1 2 Calculate The Resistor R1 So That The Emitter Collector Voltage Is 6v Check You 1 (32.21 KiB) Viewed 54 times