Home » Arduino » Barometric Pressure Sensor

Barometric Pressure Sensor

Barometric Pressure Sensor
This breadboard-friendly board breaks out every pin to a 6-pin 0.1" pitch header. VCC can be from 1.8V to 3.6V; we typically run it on a clean, regulated 3.3V supply. The analog and digital supplies (VDDD and VDDA) are tied to a single header pin, but are separately decoupled. It connects to a microcontroller via I²C bus (also known as TWI, or on the Arduino, the "Wire" library).

We've made some minor hardware changes this time around to address some suggestions from the comment section including the addition of a solder jumper to disable the I2C pull-ups.

Features:
• Digital two wire (I²C, TWI, "Wire") interface
• Wide barometric pressure range
• Flexible supply voltage range (1.8V to 3.6V)
• Ultra-low power consumption
• Low noise measurements
• Factory-calibrated
• Includes temperature sensor
• Low-profile with a small footprint

Dimensions:
• 0.6" x 0.6" (15.24 x 15.24 mm)

Documents:
•Schematic
•Eagle Files
•Datasheet (BMP085)
•Quickstart Guide
•Example Arduino Sketch
•Example Code (ATmega328)
•Product Flyer
•Wiring Example
•mbed User Review
•Bildr Tutorial
•Pressure units converter
Code SE-RTL-09889  
Weight 1.00 lbs
 
Our price: $21.99
Quantity   
: *
: *
: *
Type the characters you see in the picture:


*
1"GROMMETS
CAT-5 350MHz UTP Gray 15FT
HEAT SHRINK 3/64 IN DIA THIN WALL RED 100 FT SPOOL
1"GROMMETS CAT-5 350MHz UTP Gray 15FT HEAT SHRINK 3/64 IN DIA THIN WALL RED 100 FT SPOOL
$3.00
$12.99
$19.99
 
.033UF MYLAR 100V
12AWG BLACK 100FT
1/2 x 100' Black Corrugated Tubing/Split Loom
.033UF MYLAR 100V 12AWG BLACK 100FT 1/2 x 100' Black Corrugated Tubing/Split Loom
$1.49
$53.50
$25.00
 
Snap-in Tamper Sw
ZENER DIODE - 68.0V 50W DO-5 5% CATHODE CASE
4 GOLD "F" 3GHz WALL PLATE WHITE
Snap-in Tamper Sw ZENER DIODE - 68.0V 50W DO-5 5% CATHODE CASE 4 GOLD "F" 3GHz WALL PLATE WHITE
$5.95
$26.86
$8.68

Product rating

Customer Reviews

There have been no reviews for this product.

Add your review here

: *
: *
Type the characters you see in the picture:


*

News

02-04-2013
Arduino sparksfun.

All news   

Special

Need help?