MS8607
MICROZED DRIVER
Digital Pressure, Humidity and Temperature Sensor
General Description
The MS8607 peripheral module provides the necessary hardware to interface
the MS8607 digital pressure, relative humidity and temperature sensor to any
system that utilizes Pmod compatible expansion ports configurable for I2C
communication. The MS8607 sensor is a self-contained pressure, humidity and
temperature sensor that is fully calibrated during manufacture. The sensor can
operate from 1.5V to 3.6V. The MS8607 is ideal for weather station applications
embedded into compact devices and any applications in which pressure,
humidity and temperature monitoring is required.
Specifications
• Operating pressure range: 300 to 1200 mbar
• Measures relative humidity from 0% to 100%
• Measures temperature from -40°C to 125°C
• Extended pressure range 10 to 2000 mbar
• Fast response time
• I2C communication
• Very low power consumption
Reference Material
• Detailed information regarding operation of the IC:
MS8607 Datasheet
• Detailed information regarding the Peripheral Module:
MS8607 Peripheral Module
• Complete software sensor evaluation kit for MicroZed:
MS8607 MicroZed Software
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Drivers and Software
Detailed example software and drivers are available that execute directly, without modification, on a number of development boards that
support an integrated or synthesized microprocessor. The download contains several source files intended to accelerate customer evaluation
and design. The source code is written in standard ANSI C format, and all development documentation including theory/operation, register
description, and function prototypes are documented in the interface file.
Functions Summary
Enumerations
enum
ms8607_status { ms8607_status_ok, ms8607_status_i2c_transfer_error, ms8607_status_crc_error,
ms8607_status_heater_on_error }
enum
ms8607_humidity_resolution { ms8607_humidity_resolution_12b, ms8607_humidity_resolution_8b,
ms8607_humidity_resolution_10b, ms8607_humidity_resolution_11b }
enum
ms8607_pressure_resolution { ms8607_pressure_resolution_osr_256, ms8607_pressure_resolution_osr_512,
ms8607_pressure_resolution_osr_1024, ms8607_pressure_resolution_osr_2048,
ms8607_pressure_resolution_osr_4096, ms8607_pressure_resolution_osr_8192 }
enum
ms8607_battery_status { ms8607_battery_ok, ms8607_battery_low }
enum
ms8607_heater_status { ms8607_heater_off, ms8607_heater_on }
Functions
void
ms8607_init (u32)
Initializes the AXI address of the AXI IIC Core, initializes the internal humidity resolution variable to 12b, and initializes the
internal pressure resolution oversampling rate to 8192 in order to reflect the sensor’s initial resolution value on reset.
enum
ms8607_status
ms8607_reset (void)
Sends both I2C reset commands to the MS8607 device.
enum
ms8607_status
ms8607_read_prom (void)
Reads the factory calibrated coefficients for use in temperature and pressure conversion.
enum
ms8607_status
ms8607_set_humidity_resolution (enum ms8607_humidity_resolution)
Read the user register from the device, modify its contents to reflect the resolution that is passed in to this function, and
then write the updated user register value to the MS8607 device.
enum
ms8607_status
ms8607_set_pressure_resolution (enum ms8607_pressure_resolution_osr)
Set the over-sampling rate resolution for pressure measurements.
enum
ms8607_status
ms8607_read_temperature_pressure_humidity (float* temperature, float* pressure, float* relative_humidity)
Send the I2C commands to measure temperature, pressure, and humidity.
enum
ms8607_status
ms8607_get_battery_status (ms8607_battery_status* batt_stat)
Send I2C command to read battery status.
enum
ms8607_status
ms8607_get_heater_status (ms8607_battery_status* heat_stat)
Send I2C command to read heater status.
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enum
ms8607_status
ms8607_enable_heater (void)
Send I2C commands to perform a read/modify/write operation that will enable the on-chip heater.
enum
ms8607_status
ms8607_disable_heater (void)
Send I2C commands to perform a read/modify/write operation that will disable the on-chip heater.
float
ms8607_compute_dew_point (float Tamb, float RHamb)
Compute dew point temperature in degrees C.
Project Setup
You will need:
• MicroZED board
• I/O Carrier Card
• MS8607 Sensor
• Micro SD card
• I/O Carrier Card Power Adapter
• USB-to-MicroUSB cable for UART communications
• A computer with a card reader to write to the SD card and to host a terminal emulator
The following steps will guide you through setting up the hardware platform:
1. First, if you have not connected your computer to a ZEDboard of MicroZED device before, you will likely need to download and
install the Silicon Labs CP2104 USB-toUART driver. The setup guide for installing the driver can be found at the address below:
http://www.ZEDboard.org/sites/default/files/documentations/CP210x_Setup_Guide_1_2.pdf
2. Next, attach the SD card to your computer via a card reader or through the built-in SD card slot. Download the “boot.bin” file that
pertains to the MS8607 from the MicroZed Software link and copy it onto the SD card so that it is the only file present on the file
system.
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3. Safely eject the micro SD card from your computer. Insert the micro SD card into the card slot on the back of the MicroZED board.
4. Carefully line up the MicroZED board with the I/O Carrier Card and push them together until snug.
5. Connect the MS8607 Digital Pressure and Humidity Sensor to the “JC” Pmod port of the I/O Carrier Card, ensure that jumpers J1,
J2, and J3 are configure such that the MicroZED will boot from the SD card on start up, and connect the power adapter to the barrel
jack on the I/O Carrier Card (shown on the bottom). Finally connect the micro-USB cable to the micro-USB port of the MicroZED
(shown at the top). The USB cable will facilitate UART transmissions for the console application.
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6. Turn on the power to the board with the switch next to the barrel jack. When the board powers up, the MicroZED will briefly
illuminate a red LED, which will then turn off after less than a second. Once the FPGA has been successfully programmed by t he
boot image on the SD card, a blue “Done” LED will illuminate on both the MicroZED and the I/O Carrier Card. Your hardware should
appear as shown below. If the board was powered on before this step, turn the power off and repeat this step.
Launching the Console Application
Now that you have successfully set up your hardware platform, you are ready to run the console application.
1. Upon power-on, the console application should already be running. It will be necessary to open a terminal and configure a serial
connection to interact with the console application. Do this by opening Tera Term (which can be downloaded from
http://en.sourceforge.jp/projects/ttssh2/releases/) or a similar terminal emulation software package.
2. Tera Term may display an error when it starts up if it tries to connect to a COM port where no device is present. It is safe to ignore
this warning, so click OK. Next, open the “Setup” menu and click the “Serial Port…” option.
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3. Now select the appropriate COM port that your MicroZED setup is connected to. If you are not sure which this is, refer to the Device
Manager. Configure your serial connection with 115200 Baud, 8 bit data, no parity, 1 stop bit, and no flow control, and then click
OK.
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4. You should now have a live connection open to the console application running on the MicroZED. Press enter and the console
application will display the main menu from which you can perform several tasks on the MS8607 digital temperature sensor.
Running the Console Application
The console application is intended to demonstrate the required operations when using the sensor.
A. After startup, it is a good idea to reset the sensor. This puts it in a known state. Do this by selecting (1) in the console application.
B. Each sensor is tested at the factory to determine the variation of the sensor due to fabrication. Calibration coefficients are st ored in
the device at that time for later use in calculating the correct output. These coefficient values must be read from the device and
stored in software variables before measurements can be taken. Do this by selecting (2) in the console application.
Now the sensor and the software are setup and ready to use. These first two steps only need to be performed at power up.
C. The console application option (3) displays a menu that allows the user to select from the four possible humidity resolution modes of
the sensor.
D. The console application option (4) displays a menu that allows the user to select from the six possible pressure over-sampling
resolution modes of the sensor.
E. The console application option (5) reads the temperature, pressure, and relative humidity values and displays each of them once.
F. The console application option (6) reads the temperature, pressure, and relative humidity 20 times each at approximately two
measurement triplets per second and displays them to the screen in real time.
G. The console application option (7) computes the dew point from the last measured temperature and relative humidity values.
H. The console application option (8) reads the MS8607’s battery status and displays it to the console.
I. The console application option (9) reads the MS8607’s heater status and displays it to the console.
J. The console application option (0) sends the I2C command to the MS8607 device that enables the on-chip heater.
K. The console application option (A) sends the I2C command to the MS8607 device that disables the on-chip heater.
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Application Code
This section is intended to provide a basic example of functionality.
/*
* Copyright (c) 2009-2012 Xilinx, Inc. All rights reserved.
*
* Xilinx, Inc.
* XILINX IS PROVIDING THIS DESIGN, CODE, OR INFORMATION "AS IS" AS A
* COURTESY TO YOU. BY PROVIDING THIS DESIGN, CODE, OR INFORMATION AS
* ONE POSSIBLE IMPLEMENTATION OF THIS FEATURE, APPLICATION OR
* STANDARD, XILINX IS MAKING NO REPRESENTATION THAT THIS IMPLEMENTATION
* IS FREE FROM ANY CLAIMS OF INFRINGEMENT, AND YOU ARE RESPONSIBLE
* FOR OBTAINING ANY RIGHTS YOU MAY REQUIRE FOR YOUR IMPLEMENTATION.
* XILINX EXPRESSLY DISCLAIMS ANY WARRANTY WHATSOEVER WITH RESPECT TO
* THE ADEQUACY OF THE IMPLEMENTATION, INCLUDING BUT NOT LIMITED TO
* ANY WARRANTIES OR REPRESENTATIONS THAT THIS IMPLEMENTATION IS FREE
* FROM CLAIMS OF INFRINGEMENT, IMPLIED WARRANTIES OF MERCHANTABILITY
* AND FITNESS FOR A PARTICULAR PURPOSE.
*
*/
/*
* MEAS_MS8607_Main.c: Console Application for Testing the MS8607
*
* This application configures UART 16550 to baud rate 9600.
* PS7 UART (Zynq) is not initialized by this application, since
* bootrom/bsp configures it to baud rate 115200
*
* ------------------------------------------------
* | UART TYPE BAUD RATE |
* ------------------------------------------------
* uartns550 9600
* uartlite Configurable only in HW design
* ps7_uart 115200 (configured by bootrom/bsp)
*/
#include <stdio.h>
#include <unistd.h>
#include "platform.h"
#include "xparameters.h"
//#include "sleep.h"
#include "ms8607.h"
void ms8607_main_menu(void);
int main()
{
char key_input;
int i;
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ms8607_status stat;
u8 prom_read_flag = 0;
float temperature;
float pressure;
float relative_humidity;
float dew_point;
ms8607_battery_status batt_stat;
ms8607_heater_status heat_stat;
//Initialize the UART
init_platform();
printf("Hello World\n");
// Set the AXI address of the IIC core
ms8607_init(XPAR_AXI_IIC_JC_BASEADDR);
// Display the main menu
ms8607_main_menu();
// Infinite loop
while(1){
// Get keyboard input
read(1, (char*)&key_input, 1);
if(key_input == '1'){ //If the '1' key is pressed
// Send the reset command to the MS8607
printf("\n");
printf("Resetting MS8607...\n");
stat = ms8607_reset();
// Display the status returned from the reset operation
printf("MS8607 Reset Complete with status: ");
if(stat==ms8607_status_ok)
printf("Ok.\n");
if(stat==ms8607_status_i2c_transfer_error)
printf("Transfer Error.\n");
// Wait for another key press and then display the main menu again
printf("\nPress any key to continue...\n");
read(1, (char*)&key_input, 1);
ms8607_main_menu();
}else if(key_input == '2'){ // If the '2' key is pressed
// Read the PROM coefficients from the MS8607
printf("\n");
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printf("Reading PROM Coefficients...\n");
stat = ms8607_read_prom();
// Display status returned from read_prom operation
// and display prom values if successful
printf("Read PROM Complete with status: ");
if(stat==ms8607_status_ok){
prom_read_flag=1;
printf("Ok.\n");
printf("\n");
printf("_________________________________________________\n");
printf("| PROM Addr |Coeff (Base 10)| Coeff (Hex) |\n");
printf("|---------------+---------------+---------------|\n");
for(i=0;i<7;i++){
printf("|\t%d\t| %5d\t| 0x%4X\t|\n",i,(unsigned int)ms8607_prom_coeffs[i],(unsigned int)ms8607_prom_coeffs[i]);
}
}else if(stat==ms8607_status_i2c_transfer_error){
printf("Transfer Error.\n");
}
// Wait for another key press and then display the main menu again
printf("\nPress any key to continue...\n");
read(1, (char*)&key_input, 1);
ms8607_main_menu();
}else if(key_input == '3'){ // If the '3' key is pressed
// Display humidity resolution selection menu
printf("\n");
printf("Select a humidity resolution:\n");
printf(" (1) - 12-Bit Relative Humidity\n");
printf(" (2) - 11-Bit Relative Humidity\n");
printf(" (3) - 10-Bit Relative Humidity\n");
printf(" (4) - 8-Bit Relative Humidity\n");
// Get keyboard input ignoring keypresses that are not or '1' or '2' or '3' or '4'
read(1, (char*)&key_input, 1);
while(key_input!='1' && key_input!='2' && key_input!='3' && key_input!='4'){
read(1, (char*)&key_input, 1);
}
if(key_input == '1'){ // If the '1' key is pressed
// Set humidity resolution to 12-bits
stat = ms8607_set_humidity_resolution(ms8607_humidity_resolution_12b);
printf("\nSetting MS8607 Humidity Resolution to 12-bits\n");
}else if(key_input == '2'){ // If the '2' key is pressed
// Set humidity resolution to 11-bits
stat = ms8607_set_humidity_resolution(ms8607_humidity_resolution_11b);
printf("\nSetting MS8607 Humidity Resolution to 11-bits\n");
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}else if(key_input == '3'){ // If the '3' key is pressed
// Set humidity resolution to 10-bits
stat = ms8607_set_humidity_resolution(ms8607_humidity_resolution_10b);
printf("\nSetting MS8607 Humidity Resolution to 10-bits\n");
}else if(key_input == '4'){ // If the '4' key is pressed
// Set humidity resolution to 8-bits
stat = ms8607_set_humidity_resolution(ms8607_humidity_resolution_8b);
printf("\nSetting MS8607 Humidity Resolution to 8-bits\n");
}
// Display the status returned from the set resolution operation
printf("MS8607 Set Humidity Resolution Complete with status: ");
if(stat==ms8607_status_ok)
printf("Ok.\n");
if(stat==ms8607_status_i2c_transfer_error)
printf("Transfer Error.\n");
// Wait for another key press and then display the main menu again
printf("\nPress any key to continue...\n");
read(1, (char*)&key_input, 1);
ms8607_main_menu();
}else if(key_input == '4'){ // If the '4' key is pressed
// Display resolution selection menu
printf("\n");
printf("Select a pressure/temperature resolution (over-sampling rate):\n");
printf(" (1) - 256\n");
printf(" (2) - 512\n");
printf(" (3) - 1024\n");
printf(" (4) - 2048\n");
printf(" (5) - 4096\n");
printf(" (6) - 8192\n");
// Get keyboard input ignoring keypresses that are not '1' or '2' or '3' or '4' or '5' or '6'
read(1, (char*)&key_input, 1);
while(key_input!='1' && key_input!='2' && key_input!='3' && key_input!='4' && key_input!='5' && key_input!='6'){
read(1, (char*)&key_input, 1);
}
if(key_input == '1'){ // If the '1' key is pressed
// Set OSR to 256
ms8607_pressure_res = ms8607_pressure_resolution_osr_256;
printf("\nSet MS8607 Over-Sampling Rate to 256\n");
}else if(key_input == '2'){ // If the '2' key is pressed
// Set OSR to 512
ms8607_pressure_res = ms8607_pressure_resolution_osr_512;
printf("\nSet MS8607 Over-Sampling Rate to 512\n");
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}else if(key_input == '3'){ // If the '3' key is pressed
// Set OSR to 1024
ms8607_pressure_res = ms8607_pressure_resolution_osr_1024;
printf("\nSet MS8607 Over-Sampling Rate to 1024\n");
}else if(key_input == '4'){ // If the '4' key is pressed
// Set OSR to 2048
ms8607_pressure_res = ms8607_pressure_resolution_osr_2048;
printf("\nSet MS8607 Over-Sampling Rate to 2048\n");
}else if(key_input == '5'){ // If the '5' key is pressed
// Set OSR to 4096
ms8607_pressure_res = ms8607_pressure_resolution_osr_4096;
printf("\nSet MS8607 Over-Sampling Rate to 4096\n");
}else if(key_input == '6'){ // If the '6' key is pressed
// Set OSR to 8192
ms8607_pressure_res = ms8607_pressure_resolution_osr_8192;
printf("\nSet MS8607 Over-Sampling Rate to 8192\n");
}
// Wait for another key press and then display the main menu again
printf("\nPress any key to continue...\n");
read(1, (char*)&key_input, 1);
ms8607_main_menu();
}else if(key_input == '5'){ // If the '5' key is pressed
if(prom_read_flag==0){ // PROM was not yet read--cannot read temperature, pressure, and humidity yet
printf("PROM Coefficients have not yet been read. Cannot complete temperature/pressure read.\n");
}else{ // PROM has been read--continue on to read temperature, pressure, and humidity
// Read Temperature, Pressure, and Relative Humidity once
printf("\n");
printf("Reading Temperature, Pressure, and Relative Humidity...\n");
stat = ms8607_read_temperature_pressure_humidity(&temperature, &pressure, &relative_humidity);
// Display the status returned from the read_temperature_pressure_humidity
// operation and display the temperature, pressure, and humidity if successful
printf("Temperature, Pressure, and Relative Humidity Read Complete with status: ");
if(stat==ms8607_status_ok){
printf("Ok.\n");
printf("Temperature : %5.2f%cC, \tPressure : %5.1fhPa, \tRelative Humidity :
%4.1f%%",temperature,248,pressure,relative_humidity);
}else if(stat==ms8607_status_i2c_transfer_error){
printf("Transfer Error.");
}else if(stat==ms8607_status_crc_error){
printf("CRC Error.");
}
printf("\n");
}
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// Wait for another key press and then display the main menu again
printf("\nPress any key to continue...\n");
read(1, (char*)&key_input, 1);
ms8607_main_menu();
}else if(key_input == '6'){ // If the '6' key is pressed
if(prom_read_flag==0){ // PROM was not yet read--cannot read temperature, pressure, and humidity
printf("PROM Coefficients have not yet been read. Cannot complete temperature/pressure/humidity read.\n");
}else{ // PROM has been read--continue on to read temperature, pressure, and humidity
// Read 20 temperature and relative humidity values at ~2 per second
printf("\n");
printf("Reading 20 Temperature and Relative Humidity Values...\n");
for(i=0;i<20;i++){
stat = ms8607_read_temperature_pressure_humidity(&temperature, &pressure, &relative_humidity);
printf("%2d: ",i+1);
if(stat==ms8607_status_ok){
printf("%5.2f%cC, \t%5.1fhPa, \t%4.1f%%",temperature,248,pressure,relative_humidity);
}else if(stat==ms8607_status_i2c_transfer_error){
printf("Transfer Error.");
}else if(stat==ms8607_status_crc_error){
printf("CRC Error.");
}
printf("\n");
usleep( (500-MS8607_OSR_8192_CONV_DELAY_MS)*1000 );
}
}
// Wait for another key press and then display the main menu again
printf("\nPress any key to continue...\n");
read(1, (char*)&key_input, 1);
ms8607_main_menu();
}else if(key_input == '7'){ //If the '7' key is pressed
// Compute Dew Point from last read Temperature and Relative Humidity values
printf("\n");
printf("Computing Dew Point from last read Temperature and Relative Humidity values...\n");
stat = ms8607_compute_dew_point(temperature, relative_humidity, &dew_point);
if(stat == ms8607_status_i2c_transfer_error){
printf("Could not read heater status.\n");
}else if(stat == ms8607_status_heater_on_error){
printf("Cannot calculate dew point while heater is on.\n");
}else if(stat == ms8607_status_ok){
printf("Dew Point : %5.2f%cC",dew_point,248);
}
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// Wait for another key press and then display the main menu again
printf("\nPress any key to continue...\n");
read(1, (char*)&key_input, 1);
ms8607_main_menu();
}else if(key_input == '8'){ //If the '8' key is pressed
// Get Battery Status
printf("\n");
printf("Getting Battery Status...\n");
stat = ms8607_get_battery_status(&batt_stat);
// Display the status returned from the battery status check operation
printf("Get Battery Status Check Complete with status: ");
if(stat==ms8607_status_ok){
printf("Ok.\n");
printf("Battery ");
if(batt_stat == ms8607_battery_ok){
printf("Ok.\n");
}else{
printf("Low.\n");
}
}
if(stat==ms8607_status_i2c_transfer_error){
printf("Transfer Error.\n");
}
// Wait for another key press and then display the main menu again
printf("\nPress any key to continue...\n");
read(1, (char*)&key_input, 1);
ms8607_main_menu();
}else if(key_input == '9'){ //If the '9' key is pressed
// Get Heater Status
printf("\n");
printf("Getting Heater Status...\n");
stat = ms8607_get_heater_status(&heat_stat);
// Display the status returned from the heater status check operation
printf("Get Heater Status Check Complete with status: ");
if(stat==ms8607_status_ok){
printf("Ok.\n");
printf("Heater ");
if(heat_stat == ms8607_heater_on){
printf("On.\n");
}else{
printf("Off.\n");
}
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}else if(stat==ms8607_status_i2c_transfer_error)
printf("Transfer Error.\n");
// Wait for another key press and then display the main menu again
printf("\nPress any key to continue...\n");
read(1, (char*)&key_input, 1);
ms8607_main_menu();
}else if(key_input == '0'){ //If the '0' key is pressed
// Enable heater
printf("\n");
printf("Enabling Heater...\n");
stat = ms8607_enable_heater();
// Display the status returned from the enable heater operation
printf("Enable Heater Operation Complete with status: ");
if(stat==ms8607_status_ok)
printf("Ok.\n");
if(stat==ms8607_status_i2c_transfer_error)
printf("Transfer Error.\n");
// Wait for another key press and then display the main menu again
printf("\nPress any key to continue...\n");
read(1, (char*)&key_input, 1);
ms8607_main_menu();
}else if(key_input == 'A' || key_input == 'a'){ //If the 'A' key is pressed
// Disable heater
printf("\n");
printf("Disabling Heater...\n");
stat = ms8607_disable_heater();
// Display the status returned from the disable heater operation
printf("Disable Heater Operation Complete with status: ");
if(stat==ms8607_status_ok)
printf("Ok.\n");
if(stat==ms8607_status_i2c_transfer_error)
printf("Transfer Error.\n");
// Wait for another key press and then display the main menu again
printf("\nPress any key to continue...\n");
read(1, (char*)&key_input, 1);
ms8607_main_menu();
}else if(key_input == 27){ // If the 'ESC' key is pressed
// Print done and exit.
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printf("Done.\n");
break;
}else{ // If some other key is pressed
// Redisplay the main menu
ms8607_main_menu();
}
}
return 0;
}
void ms8607_main_menu(void){
//Clear the screen
printf("\033[2J");
//Display the main menu
printf("*******************************************\n");
printf("**** Measurement Specialties ****\n");
printf("*******************************************\n");
printf("\n");
printf(" MS8607 - PTH Combined Sensor \n");
printf("-------------------------------------------\n");
printf("\n");
printf("Select a task:\n");
printf(" (1) - Reset\n");
printf(" (2) - Read PROM Coefficients\n");
printf(" (3) - Set Humidity Resolution\n");
printf(" (4) - Set Temperature/Pressure Resolution\n");
printf(" (5) - Read Temperature, Pressure, and Relative Humidity Once\n");
printf(" (6) - Read Temperature, Pressure, and Relative Humidity 20 Times\n");
printf(" (7) - Compute Dew Point\n");
printf(" (8) - Get Battery Status\n");
printf(" (9) - Get Heater Status\n");
printf(" (0) - Enable Heater\n");
printf(" (A) - Disable Heater\n");
printf(" (ESC) - Quit\n");
printf("\n");
return;
}
MS8607
MicroZed Driver
SENSOR SOLUTIONS /// MS8607 MICROZED SOFTWARE DEVELOPMENT KIT
Page 17
Ordering Information
Description
Part Number
DPP901Z000
Disclaimer
Copyright © 2015 Measurement Specialties Inc., TE Connectivity Ltd. Company
Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation fi les (the
"Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute,
sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following
conditions:
The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.
THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED
TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT
SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN
ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE
OR OTHER DEALINGS IN THE SOFTWARE.
te.com/sensorsolutions
TE Connectivity, TE Connectivity (logo) and Every Connection Counts are trademarks. All other logos, products and/or
company names referred to herein might be trademarks of their respective owners.
The information given herein, including drawings, illustrations and schematics which are intended for illustration purposes
only, is believed to be reliable. However, TE Connectivity makes no warranties as to its accuracy or completeness and
disclaims any liability in connection with its use. TE Connectivity‘s obligations shall only be as set forth in TE
Connectivity‘s Standard Terms and Conditions of Sale for this product and in no case will TE Connectivity be liable for any
incidental, indirect or consequential damages arising out of the sale, resale, use or misuse of the product. Users of TE
Connectivity products should make their own evaluation to determine the suitability of each such product for the specific
application.
© 2015 TE Connectivity Ltd. family of companies All Rights Reserved.
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PRODUCT SHEET
Contact us:
Measurement Specialties Inc – MEAS France
Impasse Jeanne Benozzi CS 83 163
31027 Toulouse Cedex 3, FRANCE
Tel:+33 (0)5 820.822.02 Fax:+33 (0)5.820.821.51
Sales: sales.tlse.fr@meas-spec.com
MEAS Website: http://www.meas-spec.com/DCS_TBD