MKS Baratron 122AA-00100 is an absolute pressure transducer that provides accurate and reliable pressure measurement in a wide range of applications.
With its advanced sensor design and fixed-frequency bridge signal conditioner, the 122AA-00100 offers exceptional temperature stability and resistance to overpressure conditions. The variable-capacitance sensor utilizes a tensioned metal diaphragm and a dual electrode assembly sealed in a high vacuum reference cavity. This design ensures high accuracy and repeatability, even in harsh environments.
The signal conditioning electronics incorporate a fixed-frequency oscillator, balance-sensing circuit, linearization circuitry, and amplifiers to provide a linear 0 to 10 Volt DC full-scale output. This output can be easily integrated into data acquisition systems or used for direct display.
MKS Baratron 122AA-00100 is an absolute pressure transducer that provides accurate and reliable pressure measurement in a wide range of applications.
With its advanced sensor design and fixed-frequency bridge signal conditioner, the 122AA-00100 offers exceptional temperature stability and resistance to overpressure conditions. The variable-capacitance sensor utilizes a tensioned metal diaphragm and a dual electrode assembly sealed in a high vacuum reference cavity. This design ensures high accuracy and repeatability, even in harsh environments.
The signal conditioning electronics incorporate a fixed-frequency oscillator, balance-sensing circuit, linearization circuitry, and amplifiers to provide a linear 0 to 10 Volt DC full-scale output. This output can be easily integrated into data acquisition systems or used for direct display.
MKS Baratron 122AA-00100 is an absolute pressure transducer that provides accurate and reliable pressure measurement in a wide range of applications.
With its advanced sensor design and fixed-frequency bridge signal conditioner, the 122AA-00100 offers exceptional temperature stability and resistance to overpressure conditions. The variable-capacitance sensor utilizes a tensioned metal diaphragm and a dual electrode assembly sealed in a high vacuum reference cavity. This design ensures high accuracy and repeatability, even in harsh environments.
The signal conditioning electronics incorporate a fixed-frequency oscillator, balance-sensing circuit, linearization circuitry, and amplifiers to provide a linear 0 to 10 Volt DC full-scale output. This output can be easily integrated into data acquisition systems or used for direct display.
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