CAN BUS EXPLAINED
CAN Bus Explained Part 3
CAN Bus Explained Part 2
CAN BUS EXPLAINED
Part 2: Frames, Arbitration and Fault Tolerance
CAN Bus Explained Part 1
CAN BUS EXPLAINED
Part 1: Origins, Architecture and Differential Signalling
UPDI Explained: The Complete Guide to Programming and Debugging Modern AVR Microcontrollers
UPDI Explained: The Complete Guide to Programming and Debugging Modern AVR Microcontrollers
A comprehensive guide to the Unified Program and Debug Interface (UPDI), including architecture, signalling, security, memory programming, debugging, recovery techniques and programmers.
PIC Standalone Programmer
Kanda have been producing different standalone programmers for PIC microcontrollers for over 25 years and they are popular all over the world. All Kanda programmers are robust and the main feature is ease of use.
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AVR Standalone Programmer
A standalone AVR microcontroller programmer is a device that can program microcontrollers without needing to be connected to a computer during the programming process. These devices are useful for production environments, field updates, or any situation where a laptop or PC is not convenient.
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How to Choose an AVR Programmer
Choosing the correct AVR programmer depends on the requirements of your project, budget and your experience level. There are a number of factors to consider when making your decision.
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Choosing a PIC Programmer
Choosing the right PIC programmer depends on your project’s requirements, budget and your experience level. There are a number of factors to consider when making your decision.
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What is a Standalone Programmer?
A standalone microcontroller programmer is a device that can be used to program microcontrollers without the need for a computer. This makes them ideal for use in portable applications, or for programming microcontrollers that are not easily accessible by a computer. They also simplify production tasks as the operator can be relatively unskilled.
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Atmel AVR TPI Programmer Selection
Atmel, now Microchip, have been moving away from AVR ISP programming method for some time. All the latest AVR microcontrollers now use UPDI programming interface but some ATtiny chips used TPI interface, which is discussed here.
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