ATTINY85-20SU

ATTINY85-20SU

Category: Available (Qty:9999999)
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Description

BUY ATTINY85-20SU https://www.utsource.net/itm/p/12608537.html

Parameter Symbol Min Typ Max Unit Description
Supply Voltage VCC 1.8 - 5.5 V Operating voltage range
DC Current per I/O Pin I_O - 40 - mA Maximum current per I/O pin
Total DC Current I_T - 200 - mA Maximum total current from VCC and GND pins
Power Consumption P_D - 6 - μW/MHz Power consumption at 3V, 1 MHz
Temperature Range T_OP -40 - 85 °C Operating temperature range
Flash Memory F_M 8 - - KB Size of flash memory
EEPROM E_M 512 - - B Size of EEPROM
SRAM S_M 512 - - B Size of SRAM
Clock Speed f_CLK - 20 - MHz Maximum clock frequency
Package Type PKG - - - SOT-23-6 Package type

Instructions for ATTINY85-20SU

  1. Power Supply Setup:

    • Ensure the supply voltage (VCC) is within the range of 1.8V to 5.5V.
    • Connect a decoupling capacitor (e.g., 0.1μF) close to the VCC and GND pins to stabilize the power supply.
  2. Clock Configuration:

    • The device can operate with an internal oscillator up to 20 MHz or use an external crystal/resonator if needed.
    • Configure the fuse bits using a programmer to set the desired clock source.
  3. Programming:

    • Use an ISP (In-System Programming) programmer like USBasp or AVRISP mkII.
    • Set the appropriate programming speed and interface settings in your IDE (e.g., Arduino IDE, Atmel Studio).
  4. Pin Configuration:

    • Refer to the datasheet for specific pin functions and configure them as required (input/output, analog/digital).
    • Be cautious not to exceed the maximum current ratings for any pin.
  5. Operating Environment:

    • Operate within the specified temperature range (-40°C to +85°C) to ensure reliable performance.
    • Avoid exposing the device to excessive humidity or corrosive environments.
  6. Power Management:

    • Utilize sleep modes to reduce power consumption when the microcontroller is idle.
    • Implement watchdog timers to reset the system if it becomes unresponsive.
  7. Debugging:

    • Use debugging tools such as AVR Dragon or JTAGICE for troubleshooting code issues.
    • Monitor serial output or LED indicators for basic debugging during development.
(For reference only)

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