MIC100 is a microprocessor-controlled ignition controller based on the capacitor discharge principle. It was developed as a cost-effective solution especially for use in small natural gas powered engines of up to 8 cylinders.

The MIC100 uses input signals from a magnetic or inductive receiver to accurately determine the required firing timing of each output. Ignition timing can be affected by different inputs, which can be realized via an analog input signal, a configurable speed curve or optionally a serial connection (CAN bus).

Based on the information received, the MIC100 constantly monitors the system status of the starter and the correct operation of the primary ignition circuit during operation. Depending on detected errors, the controller will shut down or warn the operator. The status LED or the graphical user interface MICT supports the operator in rapid diagnosis of errors.