AVR Tutorial vs. Operational Amplifiers Guide Utilizzo e statistiche
This app is a AVR tutorial based on ATMEGA16 C language. It is suitable for hobbyist or engineering students.
Learning AVR mcu is difficult. The learning curve is steep. The process including reading datasheet, writing code, building prototypes and troubleshooting. The most possible errors are the setting wrong value of registers.
Now, AVR tutorial is the solution. The code wizard allow you to set the timer, UART, ADC, interrupt and peripherals by just a few clicks in setting. The proven C source code is generated automatically.
Though the code wizard is based on ATMEGA16 mcu, it is easy to port to other ATMEGA mcu since the source code is highly structured
Features
• AVR architecture review
• AVR asm mnemonics & C language
• 21 demo projects including LED, buzzer, key switch, lcm16x2, ADC, etc
• Code wizard for UART, timer, interrupt, ADC and external peripherals
Features in PRO only
• Support I2C eeprom 24C01 (128B) ~ 24C512 (64kB)
• Support SPI eeprom 25010 (128B) ~ 25M02 (256kB)
• Extra demo projects including led matrix 16x16, I2C eeprom, SPI eeprom
• Code wizard for I2C eeprom, SPI eeprom, LCM128x64, etc
Atmel® and AVR® are registered trademarks or trademarks of Atmel Corporation or its subsidiaries, in the US and/or other countries. This application is not related or affiliated in any way Atmel Corporation.
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The application for designing and calculating electronic circuits using operational amplifiers and will be useful to electronic engineers, students and electronics enthusiasts, both beginners and experienced. This program can be used as a reference when creating various electronic circuits, projects, and prototypes.
The program content is available in eight languages: English, French, German, Italian, Portuguese, Russian, Spanish, Ukrainian.
The application contains the following guides and calculators:
Amplifiers
- Non-inverting operational amplifier
- Inverting operational amplifier
- Inverting amplifier with T-bridge in OS
- Differential amplifier
- Differential amplifier with T-bridge in OS
- Voltage repeater
- Inverting voltage repeater
- AC voltage amplifier
- High Input Impedance AC Voltage Amplifier
- AC voltage repeater
ActiveFilters
- Non-inverting low-pass filter
- Inverting low-pass filter
- Non-inverting high-pass filter
- Inverting high pass filter
- Bandpass filter
- Gyrator
Integrators and differentiators
- Voltage integrator
- Sum integrator
- Integrator with signal amplification
- Difference integrator
- Double integrator
- Voltage differentiator
- Sum Differentiator
- Differentiator with T-bridge
- Differentiator with T-bridge made of capacitors
- Difference differentiator
Comparators
- Comparator
- Limiter
- Limiter with zener diode at the input
- Voltage reference
- RS trigger
Attenuators
- Non-inverting attenuator
- Inverting attenuator
Converters
- Voltage-to-current converter with non-inverting input
- Voltage to current converter with inverting input
- Voltage to current converter with differential input
Adders and substactors
- Inverting adder
- Addition-subtraction circuit
- Non-inverting adder
Logarithmic and exponential amplifiers
- Diode-based logarithmic amplifier
- Transistor-based logarithmic amplifier
- Diode exponential amplifier
- Exponential transistor amplifier
- Popular operational amplifiers description and pinout
The content of the application is updated and supplemented with the release of each new version.
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AVR Tutorial VS. 
Operational Amplifiers Guide14icembre d, 2024