CMOSkretser

CMOSkretser is a process control technology used in industrial and manufacturing settings. It is an acronym for "Current Mode Oscillation Stabilizer on Silicon External Reference Thermoelectric," but it is more commonly referred to by its shortened form.

The process is based on the concept of using a thermoelectric device to regulate the temperature of a process, which in turn is used to control the rate of reaction. In this method, a thermoelectric device, such as a Peltier element, is used to heat or cool a process to a specific temperature, thereby adjusting the rate of a chemical reaction.

The technology was first introduced in the 1980s as a way to improve upon traditional temperature control methods. It offered several advantages over its predecessors, including greater precision, reduced energy consumption, and enhanced safety. CMOSkretser was initially used primarily in pharmaceutical and petrochemical manufacturing, but its applications have since expanded to other industries, such as fermentation and electrolysis.

The CMOSkretser system works by using a microcontroller to regulate the temperature of a process to a setpoint. The system maintains the temperature within a narrow margin, often within a few degrees, using feedback from thermocouples or thermistors. This precision allows for greater control over the reaction process, which can lead to improved product quality and consistency.

Despite its benefits, CMOSkretser has several limitations, including a high initial cost and the need for specialized training to operate. However, for industries that rely heavily on precise temperature control, CMOSkretser has proven to be a valuable tool.