Description of MOOG G12325-001 Thermal Resistance Input/Output Module. The following will introduce this module from three aspects: digital/analog input module, digital output type, and digital input/output module.
MOOG G12325-001 Thermal Resistance Input/Output Module is an analog input module that converts continuously changing analog signals such as temperature into several digital signals that the CPU can process. [4]
Regarding the type of digital output, transistor output or thyristor output can be selected based on actual needs and the magnitude of the load current. Transistors have high output speed and long life, but low operating voltage and weak load capacity; Thyristor output is suitable for DC loads with fast response speed and long life, but it is expensive and has poor overload capacity. [4]
The digital input/output module is divided into a switching input module and an analog input module. The switching input module converts various switching signals into TTL standard signals required by the CPU, and is divided into a DC input module and an AC input module. The analog input module converts continuously changing analog signals such as temperature, flow, current, voltage, etc. into several digital signals that the CPU can process. The switch input module is generally used for processing external control signals such as buttons, proximity switches, and travel switches or on-site detection signals, while the analog input module is used for processing continuously changing analog signals on site. [4]
In general, the MOOG G12325-001 thermal resistor input/output module can convert analog signals such as field temperature signals into digital signals that the CPU can process, and is suitable for situations where analog signals such as temperature need to be monitored and controlled. When selecting a digital output type, it is necessary to select it based on actual needs and the magnitude of the load current. The switching input module and the analog input module are respectively used for processing external control signals or on-site detection signals and processing continuously changing analog signals on site.