4. According to its specs, the NI 9201 ADC digitizes -10V to +10V input voltages to 12bit. a. Determine the Resolution of this ADC. b. Determine the step size AVade for this ADC in mV. c. The range values for Vpr you found in problem 2 only span a fraction of the input range this ADC is digitizing over. What are the effective %R and bit depth if Vpp is the ADC input? Hint: AVade step size is the same regardless of the range values of the input, but the effective %R and bit depth depend on the range of the input voltage. Btw, effective bit depth can be a floating point value rather than just an integer value. 4. According to its specs, the NI 9201 ADC digitizes -10V to +10V input voltages to 12bit. a. Determine the Resolution of this ADC. b. Determine the step size AVade for this ADC in mV. c. The range values for Vpr you found in problem 2 only span a fraction of the input range this ADC is digitizing over. What are the effective %R and bit depth if Vpp is the ADC input? Hint: AVade step size is the same regardless of the range values of the input, but the effective %R and bit depth depend on the range of the input voltage. Btw, effective bit depth can be a floating point value rather than just an integer value