The disclosed embodiments include several embodiments of a mass flow controller and methods for configuring a mass flow controller.

Disclosed is a mass flux controller.

A mass flow controller arranged to perform mass flow test operation in the controller itself by incorporating a test tank.

An orifice changeable pressure type flow controller capable of easily changing a control flow by easily changing an orifice without disassembling and assembling the flow controller.

The flow controller operates the pour actuator from outside the enclosure.

The bit rate controller relies on pure feedback of bit rate data and does not require rate-distortion modeling.

The fluid dispensed from the system then can be adjustably controlled by a flow rate controller, e.g., a mass flow controller, to provide a desired flow to a fluid-utilizing unit, such as a semiconductor process tool.

An air flow controller is provided in each mold block section (3, 5).

An uplink rate controller (209) sets an uplink data rate for the first remote station (101).

The mechanical synchronized time-based mass flow controller can control the flow rate easily and precisely.

The device consists of a Mass Flow Controller ('MFC') with a closed loop interfacing with the use of a Programmable Logic Controller ('PLC') to provide a constant flow rate of gas under a specific pressure for a specified time.

The first and second sets of flow controllers are operated for synchronized switching of gases in a pre-determined timed sequence of flow controller actuation.

A mass flow controller (100) employing sliding mode control (SMC) is provided.

For example, the throughput controller operates via a special communication module to control the throughput relative to the threshing controller, as well as the separation and cleaning controllers.

For example, the throughput controller operates via a special communication module to control the throughput relative to the threshing controller, as well as the separation and cleaning controllers.