Design. Debug. Create.
Compatible with numerous commerical microcontrollers operating in the provided voltage range.
Unique to our platform, this feature allows microcontroller memory variables to be monitored during run-time without a computer.
For the presented max PWM frequency, the unit can measure duty cycles in the above range.
For the presented PWM duty cycle range, the unit can measure frequencies within the above range.
The ADC for the unit contains 4 selectable channels, filtered to capture data needed for most early stage product diagnostics.
The microcontroller digital I/O pins can be driven by a series of switches, while LEDs display their status.
Apply analog inputs using a set of potentiometers. Read these values, or any applied externally, from the on-board display like a voltmeter.
A simple but versatile on-board display, minimizing cost while efficiently displaying calculated or sensed values.
Read analog voltages and have them presented on the on-board display. Connecting other voltage-output sensors converts the unit to any kind of meter required.
The on-board waveform analysis features allow users to determine how periodic signals or those with a constant DC offset are behaving. Maybe you don't need that big expensive oscilloscope after all!
A bank of LEDs provides allowing digital signals to be read, creating status flags for the system. As your systems grow ever more complex, the ability to see these flags becomes increasingly important.
A user-interface panel allows direct physical interaction with the microcontroller, enabling instant debugging sessions and an interactive experience with direct user commands. We used it to convert a toaster oven to a reflow oven. What will you control with it?
The ability to continuously monitor variables in the microcontroller memory brings incredible value in two very interesting ways.
ARCIMUSE allows diagnostics to be conducted in a run-time environment and in-situ, removing the need to dismount your system or connect to a computer.
Make portable applications by displaying microcontroller calculation results to the user. By post-processing captured sensor data, we displayed the results to create highly configurable meters that would otherwise break the bank.
A user-friendly experience, without messy assemblies of wiring, displays, switches, breadboards, knobs, etc. Whether you're just starting out in the world of electronics or a seasoned veteran, we've all been there: building complex circuits to try out our systems as soon as possible, while spending painstaking hours debugging it when a wire pops out.
ARCIMUSE removes the need to breadboard this circuitry, reducing valuable development time and overhead, allowing you to focus on project goals instead of on test equipment and troubleshooting.
Easy-to-use environment to launch projects right away, without detailed electrical engineering knowledge about how to assemble and set up the hardware.
|ARCIMUSE||ARCIMUSE + UNO*||Product #1||Product #2||Product #3||Product #4*|
|LED Annunciator Panel|
|Drive Analog Signals|
|Drive Digital Signals|
|Measure Analog Signals|
|SPI or I2C Communication|
|Analyze PWM Signals|
|Read uC Variables|
|DC Power Supply|