Q1. What is so unique about your  patented CLOZD^TM chip?
A1. Closed loop control may be the most common and yet the most challenging task in electronics.  By automating this task with versatile interfaces that are easy to use, a wide range of custom applications are quickly satisfied.  Robust operation is achieved through an advanced control algorithm that is easily configured for desired timing.  Other methods and products require extensive programming and complex frequency-domain analysis.  CLOZD^TM is unique because it is so versatile and easy to use.

Q2. How is FlexController^TM SOC different than a microcontroller?
A2. Both have  peripherals for control applications, but FlexController^TM has built-in functions that are quickly applied through Visual Basic.  Microcontrollers require lengthy programming in assembly language to do even simple tasks.  FlexController^TM is designed for PC-based applications but it can also benefit microcontroller development by quickly testing algorithms in VB before committing to time consuming firmware coding. 

Q3. Why would I want to use FlexBus^TM rather than USB alone?
A3. FlexBus^TM is optically isolated for safety and noise immunity that  is essential in power control applications, while USB has bi-directional data lines with extreme timing requirements that are not easily isolated.  FlexBus^TM can be connected  to the PC COM port or USB to Serial Converter (Full Speed) for isolation with up to four devices on each port.  USB alone is restricted to earth grounded data acquisition with short cables.

Q4. Why do I need your patented flexible control system?
A4. You save time and money by quickly configuring the same parts for multiple applications.  This allows you to save on parts by purchasing in volume, reduce development time by reapplying familiar technology, and increase reliability by using proven components.  Application-specific solutions are too rigid and design-from-scratch solutions are too time consuming.