The datasheet for the miniaturized pressure transmitter series AMS 4710 with 0 to 10 V output is now available.
March 2020:
Analog Microelectronics can be contacted normally despite the COVID-19 pandemic. We have taken necessary safety precautions and are working with full commitment to supply our customers with pressure sensors and ICs. For futher information please click here: Press Release
The board-mount pressure sensor AMS 5812 is now also available for differential pressure measurements in a pressure range from 0 to 0.4 psi. Find more information on AMS 5812's product page.
Our pressure sensors from the AMS 5812 series are an almost ideal replacement for products from the SM5852 and SM5812 series from SMI. With identical package dimensions and pinout the AMS 5812 series offers a 0.5 ... 4.5 V analog output and an I2C digital output with 14 bit resolution. For more information see the cross reference or AMS 5812's product page.
February 2020:
In November you will be able to meet us at two trade fairs. We will be presenting our products at Electronica 2020 in Munich from the 10.10.2020 to the 13.10.2020 and at the Compamed 2020 in Dusseldorf from the 16.10.2020 to the 19.10.2020.
January 2020:
From the 23rd to the 25th of june 2020 we present our products at the Sensor+Test 2020 in Nuremberg. Meet us at booth 3C-208.
July 2019:
From the 18th to the 21st of November we are at Compamed 2019 together with HJK. Meet us in hall 8A booth M04 and learn more about our product's various applications in medical instrumentation.
The AMS 5915 Arduino Nano Kit is now available. It offers a simple solution to connect a board-mount pressure sensor from the AMS 5915 series to an Arduino Nano development board and read data from the sensor’s I2C interface.
The application note AMS 5915 AN02 describes how to interface an AMS 5915 board mount pressure sensor with the Arduino Nano development board to read data from the sensor’s I2C interface.
Analog Microelectronics expands its board-mount pressure sensor series AMS 5915 by variants for pneumatic applications. It is available for differential and relative pressure measurements with an over pressure of 30 bar in the pressure ranges 0 - 4 bar, 0 - 7 bar, 0 - 10 bar, 0 - 12 bar and 0 - 16 bar. Learn more on AMS 5915's product page or in the press release AMS 5915-PR05.
From the 25th to the 27th of june 2019 we present our products at the Sensor+Test 2019 in Nuremberg. Get your free admission voucher here and meet us at booth 1-215.
November 2018:
We present our new board-mount pressure sensor AMS 6916 with ratiometric 0.5 ... 4.5 V analog output. Learn more on AMS 6916's product page.
In application note AMS 5812 AN02 Analog Microelectronics presents the Arduino Nano Kit for AMS 5812 pressure sensors.
April 2018:
Analog Microelectronics publishes the application note "Data readout of AMS 5915 pressure sensors with Arduino Uno" with source code for Arduino's IDE, AMS 5915 AN01.
January 2018:
From the 26th to the 28th of june 2018 we present our products at the Sensor+Test 2018 in Nuremberg. Get your free admission voucher here and meet us at booth 1-254.
October 2017:
The USB starter kit is now available for AMS 6915 allowing first tests with AMS 6915 and the customization of its I2C adress. For more information see AMS 6915's product page.
July 2017:
Our PCB pressure sensor module is now available with a 0 .. 10 V voltage output. For more information see AMS 2710's product page.
June 2017:
We present our new miniaturized pressure sensor module AMS 2712 with 4 .. 20 mA current-loop output. Learn more at AMS 2712's product page.
February 2017:
From the 30th of may to the 1st of june 2017 we present our products at the Sensor+Test 2017 in Nuremberg. Get your free admission voucher here and meet us at booth 1-309.
Analog Microelectronics publishes the application note "Interfacing AMS 5812 to an Arduino Uno" with source code for Arduino's IDE, AMS 5812 AN01.
May 2016:
We present our new miniaturized pressure transmitter AMS 3011. Learn more at AMS 3011's product page.
March 2016:
From the 10th of may to the 12th of may 2016 we present our products at the Sensor+Test 2016 in Nuremberg. Get your free admission voucher here and meet us at stand 1-352.
Februar 2016:
Analog Microelectronics is looking for distributors worldwide. If you are interested, please contact sales@analogmicro.de.
June 2015:
In the application note AMS 5105 AN01 "Monitoring HVAC filter and fan units using AMS 5105" Analog Microelectronics proposes the use of the OEM pressure sensor AMS 5105 in HVAC systems.
May 2015:
We are glad to announce our new board-mountable, digital OEM pressure sensor series AMS 6915.
March 2015:
AMS 5915, an OEM pressure sensor with I2C output, is now available with higher pressure ranges from 2 bar up to 10 bar for pneumatic applications.
August 2014:
To simplify the use of CAV444 in industrial capacitive sensor systems with 0 .. 5 V or 0 .. 10 V voltage output Analog Microelectronics publishes the application note "Construction of capacitive sensors with 0 .. 5 / 0 .. 10 V output", see CAV444 AN01.
Analog Microelectronics publishes the application note "Construction of capacitive sensors with 4 .. 20 mA output", see CAV444 AN02. Therein the realization of capacitive sensor systems with two-wire 4 .. 20 mA current loop output using CAV444 and AM402 is described.
July 2014:
Analog Microelectronics publishes a revised version of CAV424's datasheet.
Analog Microelectronics releases an improved version of CAV444's dimensioning sheet, see CAV444_Cali Rev. 3.2, with increased capacitance range from 10 pF to 10 nF.
Analog Microelectronics now provides an improved version of CAV424's dimensioning sheet, CAV424_Cali Rev. 3.0, with increased measurement capacitance range from 5 pF to 40 nF. Furthermore the revised dimensioning sheet supports separate dimensioning procedures for single and differential capacitive measurement heads.
October 2012:
To make the dimensioning of circuits with CAV444 easier Analog Microelectronics offers Kali_CAV444 Rev. 3.
August 2012:
Analog Microelectronics likes to announce the availability of the CAV424 and CAV444 with improved performance.
Archive