Answer Happy

Vin2 U2A OU R4 w Jucc RG 12k Figure 3: Instrumentation Amplifier Configuration Determine the voltage gain of op-amp U1A for the instrumentation amplifier configuration in Figure 3 (dimensionless): 1 Determine the voltage gain of op-amp U2A for the instrumentation amplifier configuration in in Figure 3 (dimensionless): 1 Page 7 of 8 Find the overall voltage gain of the instrumentation amplifier in in Figure 3 (dimensionless): 1 The following voltages are applied to the instrumentation amplifier in in Figure 3: Vin1 = 2.5 mV, Vin2 = 5 mV, and Vcm = 125 mV. Determine the final output voltage (mv): 1 What value of RG must be used to change the gain of the instrumentation amplifier in in Figure 3 to 100? (kilo-ohms) 1 What is the voltage gain of an AD622 instrumentation amplifier with RG being 1.1 kilo- ohms? (dimensionless): 1 [6] [Total = 10 + 4 + 20 + 20 +6 = 60] END
Vin2 U2A OU R4 w Jucc RG 12k Figure 3: Instrumentation Amplifier Configuration Determine the voltage gain of op-amp U1A for the instrumentation amplifier configuration in Figure 3 (dimensionless): 1 Determine the voltage gain of op-amp U2A for the instrumentation amplifier configuration in in Figure 3 (dimensionless): 1 Page 7 of 8 Find the overall voltage gain of the instrumentation amplifier in in Figure 3 (dimensionless): 1 The following voltages are applied to the instrumentation amplifier in in Figure 3: Vin1 = 2.5 mV, Vin2 = 5 mV, and Vcm = 125 mV. Determine the final output voltage (mv): 1 What value of RG must be used to change the gain of the instrumentation amplifier in in Figure 3 to 100? (kilo-ohms) 1 What is the voltage gain of an AD622 instrumentation amplifier with RG being 1.1 kilo- ohms? (dimensionless): 1 [6] [Total = 10 + 4 + 20 + 20 +6 = 60] END
Vin2 U2A OU R4 w Jucc RG 12k Figure 3: Instrumentation Amplifier Configuration Determine the voltage gain of op-amp U1A for the instrumentation amplifier configuration in Figure 3 (dimensionless): 1 Determine the voltage gain of op-amp U2A for the instrumentation amplifier configuration in in Figure 3 (dimensionless): 1 Page 7 of 8 Find the overall voltage gain of the instrumentation amplifier in in Figure 3 (dimensionless): 1 The following voltages are applied to the instrumentation amplifier in in Figure 3: Vin1 = 2.5 mV, Vin2 = 5 mV, and Vcm = 125 mV. Determine the final output voltage (mv): 1 What value of RG must be used to change the gain of the instrumentation amplifier in in Figure 3 to 100? (kilo-ohms) 1 What is the voltage gain of an AD622 instrumentation amplifier with RG being 1.1 kilo- ohms? (dimensionless): 1 [6] [Total = 10 + 4 + 20 + 20 +6 = 60] END
Vin2 U2A OU R4 w Jucc RG 12k Figure 3: Instrumentation Amplifier Configuration Determine the voltage gain of op-amp U1A for the instrumentation amplifier configuration in Figure 3 (dimensionless): 1 Determine the voltage gain of op-amp U2A for the instrumentation amplifier configuration in in Figure 3 (dimensionless): 1 Page 7 of 8 Find the overall voltage gain of the instrumentation amplifier in in Figure 3 (dimensionless): 1 The following voltages are applied to the instrumentation amplifier in in Figure 3: Vin1 = 2.5 mV, Vin2 = 5 mV, and Vcm = 125 mV. Determine the final output voltage (mv): 1 What value of RG must be used to change the gain of the instrumentation amplifier in in Figure 3 to 100? (kilo-ohms) 1 What is the voltage gain of an AD622 instrumentation amplifier with RG being 1.1 kilo- ohms? (dimensionless): 1 [6] [Total = 10 + 4 + 20 + 20 +6 = 60] END