You can find the most current list of modules at modules documentation page. To learn how to work with modules see manuals. There is also a TODO page with instructions how to proceed if you want to participate on MLAB development.
In order to use the modules with ease, there are many accessories available.
Modules generally designed to convert analogue signal to a digital one.
Modules of processors from Atmel company.
Module especially suitable for PWM control of motors, inverters, dimming the light or other applications, where a digital control of performance in multiple channels is suitable.
Modules capable of basic common applications such as reading data from sensors, simple outputs or drives control, displaying data or communication with other processor modules or a parent PC.
Modules suitable especially for simple applications such as reading data from some of the analogue or digital sensors without their further processing. Therefore they are usually combined with communication interface modules.
These modules are suitable for more demanding applications, that have a high requirements for memory or computing power - such as control over robots.
NGW100 - an adopted development kit from Atmel
One of the possibilities of how to program modules with ARM is to build a Versaloon programmator.
NF audio amplifier with low power suitable for signalling the devices’ statuses.
Modules for transfer of telemetry and small data flows in free bandwidths.
Further in this category, we are working on:
Various motor drivers mostly in a full bridge configuration. They enable a commutation and thus a bidirectional control of motors.
Microprocessor modules and programmators for a PIC Microchip
Switching and control of power circuits.
These modules mostly modify the power supply in such a way that it is then suitable for connection to other modules.
In this category we are further developing:
In this category you will find modules that enable a connection of specific sensors that cannot be connected directly or need other peripheral elements.
Mostly older models of sensors with analogue output
In this category we are further developing:
For more detailed information see TODO.
Circuits for signal translation between different voltage levels.