Microchip ATTINY85V-10PU, 8Bit AVR Microcontroller, 10MHz, 8 kB, 512 B Flash, 8-Pin PDIP

Microchip

Product Information

Dimensions:
10.16 x 7.112 x 4.826mm
Number of I2C Channels:
1
Number of USART Channels:
0
USB Channels:
0
Width:
7.112mm
Program Memory Size:
8 kB
Number of PWM Units:
1
RAM Size:
512 B
Data Bus Width:
8bit
Instruction Set Architecture:
RISC
Program Memory Type:
Flash
Package Type:
PDIP
Maximum Frequency:
10MHz
Number of PCI Channels:
0
Number of LIN Channels:
0
Maximum Operating Temperature:
+85 °C
Number of UART Channels:
0
Minimum Operating Temperature:
-40 °C
Maximum Number of Ethernet Channels:
0
Family Name:
ATtiny85
Device Core:
AVR
Length:
10.16mm
Number of ADC Units:
1
Pin Count:
8
Pulse Width Modulation:
1 (6 Channel)
Mounting Type:
Surface Mount
Number of Ethernet Channels:
0
Height:
4.826mm
Typical Operating Supply Voltage:
1.8 → 5.5 V
ADCs:
4 x 10 bit
Number of CAN Channels:
0
Number of SPI Channels:
1
RoHs Compliant
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The Microchip ATTINY85V-10PU is an 8-bit AVR microcontroller designed for compact, low-power embedded applications. It works at clock frequencies up to 10 MHz and provides 8 KB of Flash program memory, 512 bytes of SRAM, and 512 bytes of EEPROM. It offers a small footprint suitable for breadboard development, prototyping, and low-volume production builds. The device includes integrated peripherals such as an 8-bit timer, high-accuracy internal oscillator, and ADC channels, enabling efficient processing in space-constrained designs.

Special Features and Benefits of Buying the Microchip 8-bit AVR Microcontroller, 8-Pin PDIP

  • 8-bit AVR core with up to 10 MHz operation.
  • 8 KB of Flash memory with 512 B of SRAM and 512 B of EEPROM.
  • Operates across a wide low-voltage range for battery-powered systems.
  • Internal oscillator removes the need for an external clock source.
  • ADC inputs support simple sensor interfacing.
  • 8-pin PDIP form supports breadboard and through-hole assembly.

Engineered for Small-Scale Embedded Control

The ATTINY85V-10PU is well-suited for designs requiring processing capability with minimal component overhead. Its on-chip oscillator, internal memory resources, and built-in peripherals reduce the need for external circuitry. The device’s compact package and straightforward programming model make it a practical choice for hobbyists and industrial control circuits alike.

Application Versatility of the Microcontroller

  • Compact control units and small automation modules.
  • Sensor interfacing and low-power monitoring applications.
  • Portable or battery-operated embedded devices.
  • DIY and educational microcontroller projects.
  • LED control, signal processing, and general-purpose logic tasks.

pdf icon
Datasheet(Technical Reference)
pdf icon
ESD Control Selection Guide V1(Technical Reference)

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FAQs

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