Summary of ATMEL ATTINY15 MICROCONTROLLER EXAMPLE DC TO DC CONVERTER CIRCUIT
This article details a DC-DC converter circuit using the Atmel ATtiny15 microcontroller to step up a 3.6V Li-Ion battery voltage to 5 volts. The project utilizes assembly language for software power control, though the author notes this specific implementation is not ideal for complex control tasks. The design includes a schematic and PCB layout created by Joerg Wolfram, with source code available for download.
Parts used in the Atmel ATtiny15 DC-DC Converter:
- Atmel ATtiny15 Microcontroller
- 3.6V Li-Ion Battery
- DC to DC Converter Circuit
- PCB (Printed Circuit Board)
- Assembly Language Source Code
Atmel ATtiny15 Microcontroller DC to DC converter circuit 3.6 Li-Ion battery voltage of 5 volts raises a more detailed circuit attiny15 not a good example for software power control with microcontroller assembly language prepared… Electronics Projects, Atmel ATtiny15 Microcontroller Example DC to DC Converter Circuit “avr project, dc dc converter circuit, simple circuit projects, “
Atmel ATtiny15 Microcontroller DC to DC converter circuit 3.6 Li-Ion battery voltage of 5 volts raises a more detailed circuit attiny15 not a good example for software power control with microcontroller assembly language prepared by
ATTiny15: 1 – RESET, 2 – UB/2, 3 – UA/3, 4 – GND, 5 – /SHUTDOWN, 6 – output – PWM, 7 – output – /Enable, 8 – UBatt
DC DC CONVERTER PROJECT SCHEMATIC
Hazırlayan: Joerg Wolfram DC to DC converter circuit, pcb,
source file : https://320volt.com/en/attiny15-ile-dc-dc-konvetor-ornegi-3-6v-5v-assembly/ source assembly code files: atmel-attiny15-microcontroller-example-dc-to-dc-converter-circuit.ZIP
- What voltage does the circuit raise from?
The circuit raises the voltage from a 3.6V Li-Ion battery. - What voltage does the circuit output?
The circuit outputs 5 volts. - Which microcontroller is used in this project?
The project uses the Atmel ATtiny15 microcontroller. - Can I use this circuit for complex software power control?
No, the author states the ATtiny15 is not a good example for software power control. - What programming language was used for the code?
The project was prepared using microcontroller assembly language. - Who prepared the DC to DC converter circuit and PCB?
Joerg Wolfram prepared the circuit and PCB. - Where can I find the source assembly code files?
The source files are available via the provided link at 320volt.com or as a ZIP download. - Does the circuit include a shutdown pin?
Yes, the ATtiny15 includes a /SHUTDOWN pin listed as pin 5.
