How accurate sensing enables better system performance and increased efficiency

Explore the capabilities and innovations of sensor ICs in modern systems, from EVs and data centers to energy management systems and robotics.
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Why choose our sensing technology?

Meet your system's most important requirements
Maximize system performance
Accelerate time to market

Explore our sensing technologies

Accurate and fast current sensing for every system

Advancements in current-sensing performance have enabled us to build on subsequent generations of innovation and deliver more accurate results with each measurement. Our devices enable bandwidths up to 1.3MHz at gain, enabling fast-reacting systems with more precise control and protection.

Benefits:

  • Maximum errors as low as 1µV offset.
  • Gain errors as low as 0.01%.
  • Drift over temperature as low as 0.01µV/°C.

Technical article

4 key current-sensing design trends that are powering electrification

Learn about higher system voltages, increased system protection, telemetry monitoring and reduced form factors.
E-book

An Engineer's Guide to Current Sensing (Rev. B)

Learn how to design with our current-sensing amplifiers. This e-book addresses many of the common and challenging functional circuits used today.

Current sensing trends in energy

Discover how innovative current-sensing solutions, from Hall-effect sensors to shunt-based devices, help engineers design fast, accurate and safe high-voltage systems.

AMC23C12現行

具有可調閥值和閂鎖功能的快速回應強化型隔離窗型比較器

TMCS1123現行

具有 AFR、參考及 ALERT 功能的 ±1300V 強化型隔離 80ARMS 250kHz 霍爾效應電流感測器

INA700現行

40V、16 位元整合式分流 E3 驅動器功能電流、電壓、電源和能源監視器

Maximize system performance with accurare and relaible voltage measurement

Whether you need to measure an AC or DC voltage, our diverse portfolio of isolated and non-isolated voltage-sensing solutions enable industry-leading accuracy to maximize system performance. For simpler design, we offer highly integrated solutions that reduce external component count, saving board space and costs. Building on decades of innovation, our voltage-sensing technology delivers more accurate measurements for precise control and protection.


White paper

透過隔離式電壓感測最大化電源轉換 與馬達控制效率 (Rev. A)

Accurate, isolated voltage sensing to measure high voltages presents a significant electrical engineering challenge. Small, efficient and cost-effective power converters and motor controllers are a necessity in today’s market.
Application note

Increased Accuracy and Performance with Integrated High Voltage Resistor Isolated Amplifiers and Modulators (Rev. A)

This application note introduces the AMC038x devices, galvanically isolated amplifiers and modulators with integrated resistive dividers for high-voltage sensing, and highlights the benefits and common use cases.
Product overview

Small-Size INA500x Versus Discrete Difference Amps

Explore the INA500x family of difference amplifiers that offers smaller size, lower cost and higher performance than discrete configurations.

AMC0381D-Q1現行

整合電阻分頻器與差動輸出的車用 DC 輸入隔離放大器

AMC0311R-Q1現行

具備 DC 電壓感測比率輸出的車用 2V 輸入強化隔離放大器

INA500現行

低功率、大於 1MΩ RIN、13.5µA IQ、小尺寸衰減差動放大器

Achieve precise measurements of linear or rotational motion

Optimize position-sensing applications for high performance, low power or cost. Our high-accuracy, low-drift productcs offer advanced capabilities including open and close detection, motor commutation, rotary encoding, angle sensing and linear displacement.

Benefits:

  • High-performance Hall-effect sensors with jitter and output delay below 5µs.
  • 3D linear sensors with 2.6% sensitivity drift up to 20KSPS.
  • High-precision (0.1° typ) AMR angle sensor with 360° range.
  • Solutions for cost-optimized designs.
  • High-accuracy inductive solutions for precision measurements of approximately 1µm resolution and rotational speeds up to 480Krpm.
  • Wide portfolio of ultrasonic solutions including integrated DSP and logarithmic amplifier.

 


White paper

位置感測器如何在汽車與工業應用中實現創新 (Rev. A)

Learn about trends in position sensing and associated design challenges and solutions in automotive and industrial applications.
White paper

Improve System Performance With Linear 3D Hall-Effect Position Sensors

Find out how our linear 3D Hall-effect position sensors can help solve system-level design challenges for automated manufacturing and industrial equipment.

Precision labs series: Magnetic sensors

Learn the basics of magnetic sensors, key specifications for designing, tips for Hall applications and more.

TMAG6180-Q1現行

具有 360° 角度範圍的車用高精密類比 AMR 角度感測器

TMAG5170現行

具有序列週邊設備介面的高精密度線性 3D 霍爾效應感測器

TUSS4440現行

配備對數放大器的變壓器驅動超音波感測器 IC

High-resolution proximity sensing for more intelligent and efficient applications

Enable sensing applications with long range and edge intelligence that can withstand tough environmental conditions. From low-power simple motion detection to high-end imaging, our broad portfolio offers a solution to meet your needs.

Benefits of our millimeter-wave (mmWave) radar sensors:

  • Detect and track multiple objects in 3D at < 1mm and 1 degree of accuracy.
  • Detect static and moving objects in challenging environmental conditions.

Technical article

近距感測在新興市場中所扮演的角色

Learn more about proximity sensors and how to choose the best type to meet your design requirements for today's emerging markets.
White paper

The fundamentals of millimeter wave radar sensors (Rev. A)

Learn about our mmWave sensors, which can determine the range, velocity and angle of nearby objects using a combination of radio-frequency, analog and digital electronic components.
Application brief

How 60GHz Radar Sensors Reduce False Detections for Sensing Applications

Learn how 60GHz mmWave radar sensors reduce false positive and false negative detections to provide more accurate information about the surroundings.

OPT3101現行

ToF 型長距離近距與測距感測器類比前端 (AFE)

Increase system performance, safety and reliability

Our environmental-sensing portfolio can help you achieve reliable temperature, humidity and pressure measurements in your system. With 40 years of experience, we are known for designing and manufacturing sensors that maximize system performance by achieving higher accuracy and lower power consumption in compact packages.

Benefits:

  • Choose from more than 200 options.
  • Create zero-calibration designs.
  • Achieve accuracy up to ±0.08°C.

Application brief

Temperature sensing fundamentals

Learn about design and IC considerations for efficient thermal monitoring and protection.
E-book

An Engineer's Guide to Temperature Sensing (Rev. A)

Discover design techniques that enable higher system performance, more features and smaller form factors.

Precision labs series: Humidity sensors

Learn the fundamentals of humidity and how to get started using our integrateed temperature and humidity sensors.

Achieve accurate measurement of visible IR, XYZ and RGB light spectrums

Whether you need tamper detection, LED and display brightness adjustment, color adjustment, day versus night detection or camera management in your system, we have a light sensor to meet your needs. Our light sensors ensure high performance in all lighting conditions with excellent spectral matching, fast conversion time, low power consumption, high resolution and unmatched color accuracy.


Application brief

How to Select a Light Sensor for Your Application (Rev. C)

Learn about the fundamental design considerations for light sensors to improve user experience, optimize energy consumption and extend device lifetime.
Application brief

Choosing Between RGB and XYZ Color Sensors for Adaptive Lighting Adjustments (Rev. A)

Understand the differences between RGB and XYZ color sensors and when to select each sensor for an application.

Precision labs series: Light sensors

Learn the fundamentals of light sensing, application use cases and how to integrate light sensors into your design.

OPT4001現行

高速、高精確度數位環境光感測器 (ALS)

OPT4003-Q1現行

車用高速高精密度數位光感測器

OPT4048現行

高速、高精確度三刺激 XYZ 色彩感測器