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Microchip Technology ATMEGA8515-16PU Embedded microcontroller PDIP 40 8-Bit 16 MHz I/O number 35
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Part number:
Item no:
Product type
Embedded microcontroller
Clock speed
16 MHz
Series
AVR® ATmega
Type
ATMEGA8515-16PU
Manufacturer
Microchip Technology
Datasheet (PDF)
Quantity (Piece(s))
Savings
Package size (plus VAT.)
1
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€ 6.29
5
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€ 5.91
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Total (€ 6.29 / piece)
€ 6.29
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Technical specifications
- Type
ATMEGA8515-16PU
- Product type
Embedded microcontroller
- Manufacturer
Microchip Technology
- Manuf. code
MCP
- Enclosure
PDIP 40
- Clock speed
16 MHz
- Series
AVR® ATmega
- Core size
8-Bit
- Processor core
AVR
- Oscillator type
Internal
- Peripherals
Brown-out Detect/Reset
POR
PWM
WDT
- I/O number
35
- Program memory type
FLASH
- Supply voltage (max.)
5.5 V
- Supply voltage (min.)
4.5 V
- Operating temperature (max.)
+85 °C
- Operating temperature (min.)
-40 °C
- EEPROM size
512 x 8
- Connectivity
EBI/EMI
SPI
UART/USART
- Program memory size
8 KB (4 K x 16)
- RAM size
512 x 8
- Type
In system programming + self programming
- Type
ATMEGA8515-16PU
- UKCA
yes
Documents & Downloads
Datasheet
Datasheet 154269 Microchip Technology ATMEGA8515-16PU Embedded microcontroller PDIP 40 8-Bit 16 MHz I/O number 35
User & Safety Instructions
User & Safety Instructions 154269 Microchip Technology ATMEGA8515-16PU Embedded microcontroller PDIP 40 8-Bit 16 MHz I/O number 35
Information
Information 154269 Microchip Technology ATMEGA8515-16PU Embedded microcontroller PDIP 40 8-Bit 16 MHz I/O number 35
Description
The ATMEGA8515-16PU belongs to the AVR microcontroller family by Atmel, which is based on an entirely new architecture. It is a real RISC architecture in which the quartz frequency is not internally divided, ie a 10 MHz quartz crystal gives an order throughput of 10 million orders per second. The relatively low oscillation frequency means that power consumption remains very low. All AVRs have flash programme memories, EEPROM data memories and can be programmed in the system. Programming of the OnChip flash and EEPROM memory functions solely by sendind commands. No programming voltage is required. The AVRs have 32 equivalent registers that can be used in parallel. The command set comprises 120 instructions allowing you to write extremely efficient programmes.