Implement the following circuit in LTSpice using the 2N2222 NPN transistor, R1 = 2.2kOhms, R2 =...

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Implement the following circuit in LTSpice using the 2N2222 NPN transistor, R1 = 2.2kOhms, R2 = 100 Ohms and +Vcc = 15 V. 18 = Ic= R1 www 03 Beta= 2N2222 is a general purpose 40V 600mA silicon NPN transistor with Beta value of 100 to 300. 1. Insert your circuit schematics from LTSpice: +Vcc II. Measure the Base and Collector currents at Vin = 2V; MA MA Cut-off mode: Active mode: Vout Calculate the current gain of the transistor at Vin=2V and confirm with transistor's Beta (DC current gain) value. 15V III. Simulate the circuit in DC sweep mode for Vin from 0V to 5V with steps of 10mV. 1. Plot the Base current (on R1) versus Vin. 2. Plot the Collector current (on R2) versus Vin, 3. Plot the output voltage versus Vin. Vin < Vin Saturation mode: Vin> IV. Based on the generated plots identify different operation region of the transistor and measure the range of the input voltage for each operation mode. .V. to V. V. V. Measure the output voltage (Collector-Emitter Voltage VCE) at saturation mode: VCES = ......... V. VI. Explain the behavior of the transistor and its operation modes (Cut-off, active and Saturation) based on your observations. Implement the following circuit in LTSpice using the 2N2222 NPN transistor, R1 = 2.2kOhms, R2 = 100 Ohms and +Vcc = 15 V. 18 = Ic= R1 www 03 Beta= 2N2222 is a general purpose 40V 600mA silicon NPN transistor with Beta value of 100 to 300. 1. Insert your circuit schematics from LTSpice: +Vcc II. Measure the Base and Collector currents at Vin = 2V; MA MA Cut-off mode: Active mode: Vout Calculate the current gain of the transistor at Vin=2V and confirm with transistor's Beta (DC current gain) value. 15V III. Simulate the circuit in DC sweep mode for Vin from 0V to 5V with steps of 10mV. 1. Plot the Base current (on R1) versus Vin. 2. Plot the Collector current (on R2) versus Vin, 3. Plot the output voltage versus Vin. Vin < Vin Saturation mode: Vin> IV. Based on the generated plots identify different operation region of the transistor and measure the range of the input voltage for each operation mode. .V. to V. V. V. Measure the output voltage (Collector-Emitter Voltage VCE) at saturation mode: VCES = ......... V. VI. Explain the behavior of the transistor and its operation modes (Cut-off, active and Saturation) based on your observations. Implement the following circuit in LTSpice using the 2N2222 NPN transistor, R1 = 2.2kOhms, R2 = 100 Ohms and +Vcc = 15 V. 18 = Ic= R1 www 03 Beta= 2N2222 is a general purpose 40V 600mA silicon NPN transistor with Beta value of 100 to 300. 1. Insert your circuit schematics from LTSpice: +Vcc II. Measure the Base and Collector currents at Vin = 2V; MA MA Cut-off mode: Active mode: Vout Calculate the current gain of the transistor at Vin=2V and confirm with transistor's Beta (DC current gain) value. 15V III. Simulate the circuit in DC sweep mode for Vin from 0V to 5V with steps of 10mV. 1. Plot the Base current (on R1) versus Vin 2. Plot the Collector current (on R2) versus Vin, 3. Plot the output voltage versus Vin. Vin < Vin Saturation mode: Vin> IV. Based on the generated plots identify different operation region of the transistor and measure the range of the input voltage for each operation mode. .V. to V. V. V. Measure the output voltage (Collector-Emitter Voltage VCE) at saturation mode: VCES = ......... V. VI. Explain the behavior of the transistor and its operation modes (Cut-off, active and Saturation) based on your observations. Implement the following circuit in LTSpice using the 2N2222 NPN transistor, R1 = 2.2kOhms, R2 = 100 Ohms and +Vcc = 15 V. 18 = Ic= R1 www 03 Beta= 2N2222 is a general purpose 40V 600mA silicon NPN transistor with Beta value of 100 to 300. 1. Insert your circuit schematics from LTSpice: +Vcc II. Measure the Base and Collector currents at Vin = 2V; MA MA Cut-off mode: Active mode: Vout Calculate the current gain of the transistor at Vin=2V and confirm with transistor's Beta (DC current gain) value. 15V III. Simulate the circuit in DC sweep mode for Vin from 0V to 5V with steps of 10mV. 1. Plot the Base current (on R1) versus Vin 2. Plot the Collector current (on R2) versus Vin, 3. Plot the output voltage versus Vin Vin < Vin Saturation mode: Vin> IV. Based on the generated plots identify different operation region of the transistor and measure the range of the input voltage for each operation mode. .V. to V. V. V. Measure the output voltage (Collector-Emitter Voltage VCE) at saturation mode: VCES - ......... V. VI. Explain the behavior of the transistor and its operation modes (Cut-off, active and Saturation) based on your observations. Implement the following circuit in LTSpice using the 2N2222 NPN transistor, R1 = 2.2kOhms, R2 = 100 Ohms and +Vcc = 15 V. 18 = Ic= R1 www 03 Beta= 2N2222 is a general purpose 40V 600mA silicon NPN transistor with Beta value of 100 to 300. 1. Insert your circuit schematics from LTSpice: +Vcc II. Measure the Base and Collector currents at Vin = 2V; MA MA Cut-off mode: Active mode: Vout Calculate the current gain of the transistor at Vin=2V and confirm with transistor's Beta (DC current gain) value. 15V III. Simulate the circuit in DC sweep mode for Vin from 0V to 5V with steps of 10mV. 1. Plot the Base current (on R1) versus Vin. 2. Plot the Collector current (on R2) versus Vin, 3. Plot the output voltage versus Vin. Vin < Vin Saturation mode: Vin> IV. Based on the generated plots identify different operation region of the transistor and measure the range of the input voltage for each operation mode. .V. to V. V. V. Measure the output voltage (Collector-Emitter Voltage VCE) at saturation mode: VCES = ......... V. VI. Explain the behavior of the transistor and its operation modes (Cut-off, active and Saturation) based on your observations. Implement the following circuit in LTSpice using the 2N2222 NPN transistor, R1 = 2.2kOhms, R2 = 100 Ohms and +Vcc = 15 V. 18 = Ic= R1 www 03 Beta= 2N2222 is a general purpose 40V 600mA silicon NPN transistor with Beta value of 100 to 300. 1. Insert your circuit schematics from LTSpice: +Vcc II. Measure the Base and Collector currents at Vin = 2V; MA MA Cut-off mode: Active mode: Vout Calculate the current gain of the transistor at Vin=2V and confirm with transistor's Beta (DC current gain) value. 15V III. Simulate the circuit in DC sweep mode for Vin from 0V to 5V with steps of 10mV. 1. Plot the Base current (on R1) versus Vin. 2. Plot the Collector current (on R2) versus Vin, 3. Plot the output voltage versus Vin. Vin < Vin Saturation mode: Vin> IV. Based on the generated plots identify different operation region of the transistor and measure the range of the input voltage for each operation mode. .V. to V. V. V. Measure the output voltage (Collector-Emitter Voltage VCE) at saturation mode: VCES = ......... V. VI. Explain the behavior of the transistor and its operation modes (Cut-off, active and Saturation) based on your observations. Implement the following circuit in LTSpice using the 2N2222 NPN transistor, R1 = 2.2kOhms, R2 = 100 Ohms and +Vcc = 15 V. 18 = Ic= R1 www 03 Beta= 2N2222 is a general purpose 40V 600mA silicon NPN transistor with Beta value of 100 to 300. 1. Insert your circuit schematics from LTSpice: +Vcc II. Measure the Base and Collector currents at Vin = 2V; MA MA Cut-off mode: Active mode: Vout Calculate the current gain of the transistor at Vin=2V and confirm with transistor's Beta (DC current gain) value. 15V III. Simulate the circuit in DC sweep mode for Vin from 0V to 5V with steps of 10mV. 1. Plot the Base current (on R1) versus Vin 2. Plot the Collector current (on R2) versus Vin, 3. Plot the output voltage versus Vin. Vin < Vin Saturation mode: Vin> IV. Based on the generated plots identify different operation region of the transistor and measure the range of the input voltage for each operation mode. .V. to V. V. V. Measure the output voltage (Collector-Emitter Voltage VCE) at saturation mode: VCES = ......... V. VI. Explain the behavior of the transistor and its operation modes (Cut-off, active and Saturation) based on your observations. Implement the following circuit in LTSpice using the 2N2222 NPN transistor, R1 = 2.2kOhms, R2 = 100 Ohms and +Vcc = 15 V. 18 = Ic= R1 www 03 Beta= 2N2222 is a general purpose 40V 600mA silicon NPN transistor with Beta value of 100 to 300. 1. Insert your circuit schematics from LTSpice: +Vcc II. Measure the Base and Collector currents at Vin = 2V; MA MA Cut-off mode: Active mode: Vout Calculate the current gain of the transistor at Vin=2V and confirm with transistor's Beta (DC current gain) value. 15V III. Simulate the circuit in DC sweep mode for Vin from 0V to 5V with steps of 10mV. 1. Plot the Base current (on R1) versus Vin 2. Plot the Collector current (on R2) versus Vin, 3. Plot the output voltage versus Vin Vin < Vin Saturation mode: Vin> IV. Based on the generated plots identify different operation region of the transistor and measure the range of the input voltage for each operation mode. .V. to V. V. V. Measure the output voltage (Collector-Emitter Voltage VCE) at saturation mode: VCES - ......... V. VI. Explain the behavior of the transistor and its operation modes (Cut-off, active and Saturation) based on your observations.

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ii Ic 8948mA look at simulation graph shown below Ib 056mA look at simulation graph shown below bet... View the full answer