Hello, friends welcome to the new post. In this post, we will have a detailed look at ATtiny85 Tiny Game Project With PCB Board. PCB is the main and basic part of each and every project created and used in industries. So its design and use must know each and every person with the great knowledge. Their many projects are creating by the different engineers and technical persons through the use of this board. This board is the main tool that comes with different features that are generally employed to make different technical boards.
In this post, I am going to share the projects that is created through the use of PCB board and ATtiny85. The main project is the creation of Tiny Game in which I am going to use the PCB board that is created through the most reliable and trustable PCB supplier that is PCBWAY. They are offering PCB boards at affordable prices and with good quality and instant-time delivery to their customers that are not normally offered by other suppliers. WIth other PCB-related services, they are offering Rogers HDI and rigid-flex PCB at affordable prices. The PCB used in this project also gets from this supplier with the good quality and features that I sent them for creation. In coming lines, we will also discuss the features of the board that we are using. So let get started.
Introduction to ATtiny85
- The ATtiny85 is the microcontroller board that comes with similar features of the Arduino board with the difference that has less number of pinouts than Arduino.
- The memory used in this board stores a smaller quantity of data than another controller of similar fashions.
- Its structure is such that is generally considered an integrated circuit rather than as a circuitry board.
- If a certain amount and type of power is given to this board it will work as a bar chip at the breadboard.
- It is an eight-bit less power-consuming board that comes with the RISC structure and has an eight-kilobyte flash memory unit.
- There is an EEPROM of five twelve bytes incorporated on the board.
- 6 input and output pinouts are operating as general-purpose operations.
- It supported the eight-bit high operating speed times to make the clock pulse at a certain time interval.
- The operating volts through which it works are 2.7 to 5 volts normally applied to it.
- There are 4 pinouts designed on the board to give a supply of PWM.
- This board supported the I2c and SPI protocols which are the protocols of communications,.
- It comes with the times of two in numbers having eight bits.
- The temperature range is minus forty to eighty-five
- It supported the flash memory unit.
- It is created through the usage of Atmel with the high-level non-volatile technique.
- The ISP flash of this board helps to re-install any program through the use of the SPI technique.
ATtiny85 Tiny Game Project
- Here is the list of all components used in the projects mentioned.
- LCD
- ATtiny85
- PCB Form PCBWAY
- SPST
- Alarm
- DC Supply
- Tactile
- If you are a fan of games and want to make your own gaming zone this project will help you to work on your game zone.
- It comes with a lot of game options that can be chosen by anyone by using the switching module.
- In this project, we have used 4 tactile switches to select the game option in any direction either left-right downward or upward according to the game working system and your own choice.
- When you play games different sounds come according to the game function that you are performing for that purpose there is the use of an Alarm or buzzer that provides the sound of the games configuration.
- The main element of this gaming project is ATtiny85 which is a controller and performs all the control functions in the games through the use of different commands and coding given to the board.
- The main component of this board is the PCB board over which all other elements of the project are configured to make the project completely working and operationally sound.
- To minimize the electrical conduction accurately the usage of twenty-five-micron hols is created by the PCBWAY at this board.
- This feature helps to make holes operationally sound in any case there is a high-level load is connected to the board.
- The board that I am using in this project is very accurate and well concise created according to features that were sent to the PCBWAY that offered all features to make this project accurate and operationally sound.
ATTINY85 Features
High Performance
- ATTINY85 is operated to provide high performance with the use of low power. It has a compact 8-bit AVR layout that is used for effectively handling different operations without using high energy.
RISC Architecture
- It comes with RISC architecture; ATTINY85 applies 120 high-power instructions in a single clock cycle. It comes with 32 x 8 general-purpose operating registers that provide fast and uniform working and complete static operation.
Good Memory
- It has 8K bytes in flash memory that supports 10,000 write and erase cycles. It also has 512 bytes of EEPROM and 512 bytes of SRAM.
Data Protection
- It has a programming clock for protecting stored data by providing more layers of data security in memory.
Peripheral Features
- It has an 8-bit timer with a prescaler, 2 PWM channels, and a high-speed timer. It can handle timing and PWM modulation tasks in a smooth way. It is also compatible with a universal serial interface with a start conditions detector and has a 10-bit ADC to manage analog signals.
ADC
- It has a 10-bit ADC that provides 4 single channels and 2 differential Paris has programmable gain and is good for analog signal measurement. It also provides temperature measuring features with flexible features.
Built-in Watchdog Timer
- It comes with a watchdog timer with a distinct on-chip oscillator for providing constant operation and avoids errors that result in freezing.
On-chip Analog Comparator
- Through the use of an on-chip analog comparator, this module easily compares analog input signals that are good to use for needing signal comparisons.
Special Microcontroller
- ATTINY85 comes with debug WIRE that helps debugging programming on the system through the SPI port and external and internal interrupt sources. It also comes with low-power idle modes and power-down modes for handling power.
Enhanced Power Features
- This features a reset circuit and a programmable brownout detection circuit that provide reliable features for different power conditions. The inner calibrated oscillator gives stable functions without the use of an external oscillator.
Programmable I/O Lines
- It has 6 programmable input or output lines. The ATTINY85 gives a good, flexible nature for connection with other devices.
Wide Operating Voltage Range
- The working voltage range is 2.7 to 5.5V and handles input voltage.
Speed and Temperature
- The controller works effectively for different ranges of speeds and gets about 20 MHz at high voltage. Its also working temperature range is -40°C to 85°C.
What is the difference between ATtiny85 and Atmega?
- The difference between the Atmega328P and the Attiny85 is the flash storage.
- • The ATtiny85 comes with 8KB flash memory, and the ATmega328P has 32 KB.
So that is all about the ATtiny85 Tiny Game Project With PCB Board I tried to explain every parameter related to this project in an accurate way and detailed. If you have any further query ask in the comments. Thanks for reading have a nice day.
