差分壓力：

0 .. 20.68 mbar up to 0 .. 1034 mbar

相對壓力/表壓：

0 .. 20.68 mbar up to 0 .. 1034 mbar

絕對壓力：

0 .. 1034 mbar

      經過校準和溫度補償(0 .. 60 °C)的壓力傳感器AMS5612，沒有放大的mV級電壓信號輸出，極快的響應時間（最原始的響應，沒有任何電路的延遲）。AMS5612是在陶瓷基板底座上封裝成電路板安裝式的雙列直插形式DIP，帶有金屬壓力連接管。

主要參數

壓力范圍*	差分壓力:	0 .. 20.68 mbar --> 0 .. 1034 mbar
	相對壓力/表壓:	0 .. 20.68 mbar --> 0 .. 1034 mbar
	絕對壓力:	0 .. 1034 mbar
mV級比例電壓輸出	0 .. 25.0 mV	低壓范圍 (≤ 206.8 mbar)
	0 .. 40 mV	標準壓力范圍 (≥ 344.7 mbar)
非線性，遲滯，重復性	0.3 %FSO (typ.)
工作電壓 (VS)	10 V (典型), 20 V (最大)
封裝形式	電路板安裝式，陶瓷基板底座，雙立直插式DIP-08（寬：0.6英寸）

FEATURES 
• Calibrated and temperature compensated pressure sensor, fully analog
• Differential, gage / relative and absolute versions
• Standard and low pressure types (ranges from 0 .. 0.3 PSI up to 0 .. 15 PSI)
• Unamplfied ratiometric mV-output signal -typ. 25 mV FSO for low pressure types -typ. 40 mV FSO for standard pressure types
• Constant voltage excitation up to 20 V
• 0 .. 60 ºC compensated temperature range
• High performance, stable silicon chip
• Dual in-line package (DIP)
• REACH and RoHS compliant  

GENERAL DEscriptION
AMS 5612 is a series of unamplified, laser trimmed pressure sensors with differential, ratiometric mV output signal. They are designed for constant voltage excitation with a supply voltage up to 20 V. All AMS 5612 are calibrated and temperature compensated within a range of 0 .. 60 °C.
AMS 5612 comes as a dual in-line package (DIP) for assembly on printed circuit boards (PCBs). The electrical connection is made via the DIP solder pins; pressure is connected via vertical metal tubes.
The AMS 5612 series uses micromachined high quality piezoresistive silicon pressure sensor chips in a ceramic package. The calibration of offset and span as well as temperature compensation is done individually during the manufacturing process by laser trimming of thick film resistors. The fully analog construction of this series enables precision, high speed measurements combined with an excellent long-term stability.


TYPICAL APPLICATIONS
• Industrial control
• Medical equipment
• Respiration control
• Level detection
• Flow measurement
• Barometric pressure measurement
• Vacuum monitoring
• Heating, Ventilation and Air Conditioning (HVAC)