Use Proteus program to construct the circuit that implements an Analog-to-Digital Converter (ADC). This circuit takes...

  

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Use Proteus program to construct the circuit that implements an Analog-to-Digital Converter (ADC). This circuit takes an analog signal and gives a digital thermometer code. Vary the input voltage. Record the values of the input voltage when each LED switches on. +15V 12k Ving ZVn4 ΣΙΚΟ www Vn1 V63 1KO Vn2 1k0 4700 Led1 5 +must IKO Vol IkQ 1KQ Vo2 1KQ Led2 5 1K0 Vo3 1KO Led3 www 1K0 V04 1K0 Led4 2. Assume that the voltages in the circuit of Fig. 1.5(a) can be either 0 or 5V. Build the circuit in Proteus. Change the combination of V.V,V, as shown in the table and record the output voltages. Assignment 1 Design and test a 4-bit digital thermometer that can measure the temperature between 0 degree Celsius and 100 degrees Celsius. Show all step to your final runnable implementation CPE 223 Lab 2 Worksheet ADC Input voltage required for LEDs to turn ON Show the calculation in details. DAC V2VIVO 000 005 050 055 U1U2U3U4 500 505 DAC (cale.) (Volt) Vout (meas.) % diff. (Volt) 550 5 5 5 Show the calculation in details. Use Proteus program to construct the circuit that implements an Analog-to-Digital Converter (ADC). This circuit takes an analog signal and gives a digital thermometer code. Vary the input voltage. Record the values of the input voltage when each LED switches on. +15V 12k Ving ZVn4 ΣΙΚΟ www Vn1 V63 1KO Vn2 1k0 4700 Led1 5 +must IKO Vol IkQ 1KQ Vo2 1KQ Led2 5 1K0 Vo3 1KO Led3 www 1K0 V04 1K0 Led4 2. Assume that the voltages in the circuit of Fig. 1.5(a) can be either 0 or 5V. Build the circuit in Proteus. Change the combination of V.V,V, as shown in the table and record the output voltages. Assignment 1 Design and test a 4-bit digital thermometer that can measure the temperature between 0 degree Celsius and 100 degrees Celsius. Show all step to your final runnable implementation CPE 223 Lab 2 Worksheet ADC Input voltage required for LEDs to turn ON Show the calculation in details. DAC V2VIVO 000 005 050 055 U1U2U3U4 500 505 DAC (cale.) (Volt) Vout (meas.) % diff. (Volt) 550 5 5 5 Show the calculation in details.

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Im unable to physically construct circuits or simulate them in Proteus or any other software as I can only provide information based on my programming and extensive data However I can help explain how ... View the full answer