
CHT-3 Series
(CHT) Ceramic Hybrid Technology
CHT-3 mV Compensated, Constant Voltage, DIP Pressure Sensor
Features
- Dual In Line (DIP) Package
- Top Tube and Barb Ports
- Constant Voltage
- 0.1% High Accuracy
- 1% Interchangeability
- Temperature Compensated
Great for .....
Medical Respirators
Gas Chromatography
Flight Control, Air Speed and Altitude
About the CHT-3
Advanced Sensor Ceramic Hybrid Technology (CHT) 3 Series is a temperature compensated, mV output, PCB mounted pressure sensor packaged in a rugged Dual In Line package. The Ceramic Hybrid Technology uses a silicon MEMS pressure sensor bound to a ceramic substrate containing thick film resistors that are uniquely laser trimmed for each sensor. Incorporating a flexible design, the CHT-3 Series is available with short, long or no long tubes and can be mounted pins up or pins down to allow OEMs to optimize their board design. The CHT-2 series is powered using a constant voltage and when configured as in the Application Note, the integrated current set resistor will ensure sensor field interchangeability. The CHT-3 series superior die performance, coupled with rugged ceramic substrate ensures long term stability with superior temperature performance over a wide operating range.
SPECIFICATIONS
Performance
Accuracy
±0.10 %FSS
Stability
±0.40 %FSS (Over 1 Year)
Hysteresis & Repeatabillity
±0.05 %FSS (Typical)
2nd Order Offset or Sensitivity
Thermal
Accuracy
-40 to 125 ̊C
Compensated Temperature
0 to 50 ̊C
Thermal Error, Offset
-0.5 to 0.5 %FSS
Thermal Error, Span
-0.5 to 0.5 %FSS
Electrical
Output
49.5 - 50.5 Full Scale Span using Application Circuit
Excitation
Reference Application Circuit
Offset
-2 to 2 mV
Maximum Ratings
Excitation
3 mA
Storage Temperature
-50 to 150C
Over Pressure
3x Range
Media Comptabilty
Non Corrosive Gases
Model Number Configuration

Mechanical Dimensions

Contact Our Sales Team
Have questions? Need a quote? We are ready to help! Select "Contact" from the Main Menu and a member of our sales team will contact you to discuss your requirements.