Why choose TI for your field transmitter and sensor design?
Engineering smarter field transmitter and sensors
Establish a fast and reliable connection
Whether wired or wireless, use the next generation of communication standards to connect field transmitters, sensors and actuators with your system or cloud to bring Industry 4.0 to life. Ethernet-APL provides 10Mbps Ethernet and power delivery over a single twisted pair of wires down to the field level and up to 300 times faster than existing communication in the process industry. 10/100/1000 Mbps Single-Pair Ethernet (SPE) and Power over Data Lines (PoDL) provide extended bandwidth for usage in non-hazardous areas. IO-Link can be considered as standard communication for transmitters and sensors on the factory floor. Similarly, our wireless connectivity product portfolio offers a broad selection of available devices.
IEEE 802.3cg 10BASE-T1L Power over Data Lines Powered Device Design (Rev. A)
Ultra-Low-Power, Low-Voltage, 2-Wire, 4- to 20-mA Loop Transmitter Using AFE881H
Connect: Key protocols for increasingly automated factories
Solve design challenges with a variety of options and design flexibility
Our microcontrollers (MCUs) and processors excel with scalability and efficient performance, from simple control to advanced data analytics at the edge. Our portfolio offers additional integrated analog modules designed to streamline analog signal chain development.
Quickly get started with MSPM0 MCUs
Optimizing Field Sensor and Transmitter Applications With MSPM0 MCUs
High precision and accuracy meets small size and low power
Leverage our broad portfolio of amplifiers, data converters and dedicated sensors, such as radar, proximity, multi-axis magnetic, temperature and humidity sensors designed for maximum flexibility.
How to Select Amplifiers for Pressure Transmitter Applications (Rev. B)
Precision labs series: Instrumentation amplifiers
Reliability for isolating signals, data and power
Field transmitters and sensors are commonly used in extreme environments with high pressure, temperature and more. Furthermore, they face additional electrical voltage differences in GROUND levels leading to ground loops and unwanted noise injection. By isolating circuit blocks electrically from each other these ground loops will be broken. Our digital isolators, isolated power solutions or a combination of both, help to reliably maintain signal integrity and electrical safety to ensure optimal operation under such conditions.
Addressing High-Volt Design Challenges w/ Reliable and Affordable Isolation Tech (Rev. D)
How to Isolate Two-Wire Loop-Powered Field Transmitters (Rev. B)
Intrinsic Safety Compliance of Digital Isolators in Explosive Atmospheres (Rev. A)
AFE881H1 evaluation module for 16-bit low-power AFE with DAC, ADC, and HART® modem
The AFE881H1 evaluation module (EVM) is a platform for evaluating the AFE881H1, which is a highly-integrated, high-accuracy, extremely low-power, 16-bit digital-to-analog converter (DAC) with voltage outputs designed for HART®-enabled sensor transmitter applications.
AFE881H1 also features cyclic (...)
ISOW7741 quad-channel digital isolator with integrated DC-DC converter evaluation module
ISOW7741DFMEVM is an evaluaiton module used to evaluate the quad channel high-performance, 5000-VRMS reinforced quad-channel digital Isolators with integrated high-efficiency, and low-emissions DC-DC converter ISOW774x in a 20-Pin WB SOIC package (Package Code-DFM). The EVM features enough test (...)
TIOL112x and TIOS102x evaluation module for IO-Link
The TIOx1x2xEVM provides users with the ability to evaluate all features of the TIOL112x and TIOS102x IO-Link transceiver families. The EVM contains an industry standard 4-pin M12 connector in a Class A two-channel configuration implementing one IO-Link communication channel from the TIOL1123 and (...)