|
|
Build Your Online Product Catalogs?
DLVR-L10D-E1NJ-I-NS3N pressure sensor
The ALLSENSORS DLVR series miniature digital output pressure sensors in the United States are based on All Sensors' CoBeam2 TM technology. This technology reduces packaging pressure sensitive types and improves overall long-term stability. Co***red to single chip devices, this technology also significantly improves position sensitivity. The power supply voltage option makes it easier to integrate this sensor into a wider range of process control and measurement systems, allowing for direct connection to serial communication channels. For systems powered by batteries, this sensor can enter low-power mode during data reading to reduce power consumption. This type of sensor with calibration and compensation can provide stable output over a wide temperature range. This type of sensor is suitable for non corrosive, non-ionic fluid working media, and special protective coatings can be selected for humidity/harsh media.
DLVR-L10D-E1BD-I-NI3F onboard pressure sensor technical parameters
Check the parameter value of the specification item to search for alternatives
More specifications
RoHS Y
Interface type I2C
Description of onboard pressure sensor Mini Digital Commercial
Life cycle new product: This manufacturer's new product.
Working temperature+85 C
Minimum operating temperature -25 กใ C
Package/Box DIP-8
Series DLVR
Trademark Amphenol All Sensors
Installation style Through Hole
Working power supply current 3.5 mA
Working power supply voltage 3.3 V
Factory packaging quantity 10
Power supply voltage -3.465 V
Power supply voltage - minimum 3.135 V
Output type Digital
Side Ports
Subcategory Sensors
Product Type Pressure Sensors
Resolution 14 bit
Port size 0.08 in
Work pressure+/-10 in H2O
Pressure Type Differential |
| Company: |
Kewo Electronics (Hangzhou) Co., Ltd
|
| Contact: |
Ms. Zeng chitty |
| Address: |
118 Donggang Road, Linping Street, Linping District |
| Postcode: |
311100 |
| Tel: |
17757180501 |
| Fax: |
no |
| E-mail: |
|
|
|
|
Home
