Aim of the course is to introduce the operation of analog circuits in integrated electronics and their applications.
teacher profile teaching materials
Operational Amplifier: open loop ideal characteristics. Negative feedback: Non-inverting and Inverting configuration. Op-Amp voltage supply. Saturation. Single supply Op.Amp. Voltage and current references. I-V converters. Current amplifiers. Differential and measurement amplifiers.
Active filters: first and second order filters. Sallen-Key and multiple feedback filters. Bessel, Butterworth and Chebyshev response. Higher order filters.
Static and dynamic limitations of Op. Amp.: non-ideality of Op. Amp. Bias polarization and offset current. Input and output impedance. Op. Amp. frequency response. Compensated and uncompensated amplifiers Rise Time. Slew-rate.
Non linear circuits and voltage generators: monolithic voltage comparator. Schmitt trigger. Sine-wave signal generators. Wien-bridge and phase shift oscillators. Square wave generators. Timer 555 and its applications as clock signal generator.
DIGITAL ELECTRONICS
Combinatory devices and circuits: logic variables, Boolean algebra and Boolean function, truth table and Karnaugh maps. Implementation of Boolean function in terms of SOP with NAND gates and in terms of POS with NOR gates. Output timing in combinatory circuits. Don’t care conditions and logic function minimization. Combinatory design with logic gates. Encoder and decoder devices and circuits. Multiplexer and demultiplexer. Function generator by decoder and multiplexer.
Sequential design: Set-Reset latches. Clocked Latches SR. Flip flop Master-Slave. Flip flop J-K. Flip flop D. Edge triggered Flip-flop. Shift register SI-SO, PI-PO, SI-PO e PI-SO. Right, left and bidirectional data shift. Cycling data shifting. One-hot cycling shift register and one-a- time active-low output cycling shift register. Asynchronous binary counter, ripple counter and frequency change. Up and down counter. Bidirectional counter. Mod-N Counter. Synchronous counter. Ring counter.
Design with operational amplifiers and analog integrated circuits
McGraw-Hill, 2003
Jerry D. Daniels
Digital Design from Zero to One
John Wiley & sons, Inc., 1996
Programme
ANALOG ELECTRONICSOperational Amplifier: open loop ideal characteristics. Negative feedback: Non-inverting and Inverting configuration. Op-Amp voltage supply. Saturation. Single supply Op.Amp. Voltage and current references. I-V converters. Current amplifiers. Differential and measurement amplifiers.
Active filters: first and second order filters. Sallen-Key and multiple feedback filters. Bessel, Butterworth and Chebyshev response. Higher order filters.
Static and dynamic limitations of Op. Amp.: non-ideality of Op. Amp. Bias polarization and offset current. Input and output impedance. Op. Amp. frequency response. Compensated and uncompensated amplifiers Rise Time. Slew-rate.
Non linear circuits and voltage generators: monolithic voltage comparator. Schmitt trigger. Sine-wave signal generators. Wien-bridge and phase shift oscillators. Square wave generators. Timer 555 and its applications as clock signal generator.
DIGITAL ELECTRONICS
Combinatory devices and circuits: logic variables, Boolean algebra and Boolean function, truth table and Karnaugh maps. Implementation of Boolean function in terms of SOP with NAND gates and in terms of POS with NOR gates. Output timing in combinatory circuits. Don’t care conditions and logic function minimization. Combinatory design with logic gates. Encoder and decoder devices and circuits. Multiplexer and demultiplexer. Function generator by decoder and multiplexer.
Sequential design: Set-Reset latches. Clocked Latches SR. Flip flop Master-Slave. Flip flop J-K. Flip flop D. Edge triggered Flip-flop. Shift register SI-SO, PI-PO, SI-PO e PI-SO. Right, left and bidirectional data shift. Cycling data shifting. One-hot cycling shift register and one-a- time active-low output cycling shift register. Asynchronous binary counter, ripple counter and frequency change. Up and down counter. Bidirectional counter. Mod-N Counter. Synchronous counter. Ring counter.
Core Documentation
Sergio FrancoDesign with operational amplifiers and analog integrated circuits
McGraw-Hill, 2003
Jerry D. Daniels
Digital Design from Zero to One
John Wiley & sons, Inc., 1996
Type of delivery of the course
The course is based on theoretical and applicative classes.Type of evaluation
The related exam is constituted by the solution of 4 exercises, 2 on the analogue and 2 on the digital electronics