Low-Drift AD633ANZ Analog Multiplier Delivers 1% Total Error, Expanding ADI’s Signal Processing Portfolio
In analog signal processing chains, the four-quadrant analog multiplier plays an irreplaceable role, serving as a fundamental unit for implementing key functions such as modulation/demodulation, voltage-controlled gain, and real-time computation. Faced with the growing demand in industrial and ...
What is a High-Linearity Analog Multiplier? You'll Understand After Reading This.
In analog signal processing design, the multiplication operation serves as a fundamental and critical functional block, and its performance directly impacts the overall behavior of systems such as communications, instrumentation, and automatic control. The MPY634KU, as a well-established, wide...
Want to build your own AM radio or guitar effects pedal? You might want to start by learning about the AD633ARZ.
January 10, 2026 — In precision industrial fields such as sensor signal linearization, communication modulation/demodulation, and dynamic measurement control, the need for real-time, continuous, and high-precision analog processing of signals remains a core requirement that digital solutions ...
AD633JRZ New Choice in Hardcore Algorithm-Integrated, Programming-Free Chips
January 8, 2026 — In the digitally-defined era where software governs nearly every aspect of technology, the value of fundamental analog computing units is being re-evaluated. Especially in fields such as industrial communications, sensor signal conditioning, and test measurement, the need for real...
Dual-Wavelength Chip Enables Widespread Adoption of Medical-Grade Accuracy
MAX30100EFD+ is a highly integrated pulse oximetry (SpO₂) and heart rate monitoring sensor chip developed by Maxim Integrated (now part of Analog Devices), specifically designed for wearable health devices. Core Positioning Type: Optical physiological sensor (PPG) Function: Integrated detection of ...
Single-Chip Redefines Wearable ECG Solutions
January 6, 2026 — In the fields of industrial safety monitoring and remote health management, the demand for highly reliable, continuous physiological monitoring is driving sensor technology toward greater integration and intelligence. Recently, a new biopotential analog front-end chip, model ...
Redefining the Foundation of Machine Vision: How a Single Chip Can Replace an Entire Traditional Photoelectric Detection Module
January 5, 2025 — In the fields of smart manufacturing, precision inspection, and automated logistics, the demand for non-contact, high-precision, and high-speed identification of object color, reflectivity, transparency, and even presence is becoming increasingly urgent. Traditional photoelectric ...
Apple Watch’s ECG — Is This Chip Its Technological Origin?
January 3, 2026 — In scenarios such as industrial production, high-risk operation monitoring, and human-machine collaboration, continuous, stable, precise, reliable, and highly interference-resistant real-time monitoring of vital signs such as personnel heart rate and blood oxygen has become a core ...
Consumer Electronics or Medical Device? A Single Chip is Blurring the Legal Boundary Between Them
January 2, 2026 — In the fields of industrial safety, hazardous environment monitoring, and human-machine collaboration, continuous, precise, and interference-resistant real-time monitoring of personnel vital signs has become a core requirement for ensuring safe production. The MAX30033CTA+T, a ...
Sleep as the New KPI: White-collar Professionals Tout Deep Sleep Hours to Prove Work Efficiency
January 0, 2026 — In the fields of industrial safety, hazardous environment monitoring, and human-machine collaboration, the continuous, precise, and interference-resistant real-time monitoring of personnel vital signs has become a core requirement for ensuring safe production. The MAX30102EFD+T, as ...
Beyond the "Smart Band Era": The Future of Health Sensing is Unobtrusive and Embedded
December 30, 2025 — In the fields of industrial safety monitoring, personnel health supervision, and intelligent human-machine interaction, there is a rapidly growing demand for continuous, precise, and interference-resistant non-contact acquisition of vital sign data. The MAX30101EFD+T, a highly ...
Sensing as a Service: The ADPD174GGI Chip Platform Pioneers a New Model for Industrial Monitoring
December 28, 2025 — In the fields of industrial safety, personnel health monitoring, and human‑machine interaction, the demand for continuous, reliable, non‑contact monitoring of vital‑sign parameters is growing rapidly. The ADPD174GGI‑ACEZRL, a highly integrated pulse oximetry and heart‑rate ...
Low-Drift AD633ANZ Analog Multiplier Delivers 1% Total Error, Expanding ADI’s Signal Processing Portfolio
In analog signal processing chains, the four-quadrant analog multiplier plays an irreplaceable role, serving as a fundamental unit for implementing key functions such as modulation/demodulation, voltage-controlled gain, and real-time computation. Faced with the growing demand in industrial and ...
What is a High-Linearity Analog Multiplier? You'll Understand After Reading This.
In analog signal processing design, the multiplication operation serves as a fundamental and critical functional block, and its performance directly impacts the overall behavior of systems such as communications, instrumentation, and automatic control. The MPY634KU, as a well-established, wide...
Want to build your own AM radio or guitar effects pedal? You might want to start by learning about the AD633ARZ.
January 10, 2026 — In precision industrial fields such as sensor signal linearization, communication modulation/demodulation, and dynamic measurement control, the need for real-time, continuous, and high-precision analog processing of signals remains a core requirement that digital solutions ...
AD633JRZ New Choice in Hardcore Algorithm-Integrated, Programming-Free Chips
January 8, 2026 — In the digitally-defined era where software governs nearly every aspect of technology, the value of fundamental analog computing units is being re-evaluated. Especially in fields such as industrial communications, sensor signal conditioning, and test measurement, the need for real...
Dual-Wavelength Chip Enables Widespread Adoption of Medical-Grade Accuracy
MAX30100EFD+ is a highly integrated pulse oximetry (SpO₂) and heart rate monitoring sensor chip developed by Maxim Integrated (now part of Analog Devices), specifically designed for wearable health devices. Core Positioning Type: Optical physiological sensor (PPG) Function: Integrated detection of ...
Single-Chip Redefines Wearable ECG Solutions
January 6, 2026 — In the fields of industrial safety monitoring and remote health management, the demand for highly reliable, continuous physiological monitoring is driving sensor technology toward greater integration and intelligence. Recently, a new biopotential analog front-end chip, model ...
Redefining the Foundation of Machine Vision: How a Single Chip Can Replace an Entire Traditional Photoelectric Detection Module
January 5, 2025 — In the fields of smart manufacturing, precision inspection, and automated logistics, the demand for non-contact, high-precision, and high-speed identification of object color, reflectivity, transparency, and even presence is becoming increasingly urgent. Traditional photoelectric ...
Apple Watch’s ECG — Is This Chip Its Technological Origin?
January 3, 2026 — In scenarios such as industrial production, high-risk operation monitoring, and human-machine collaboration, continuous, stable, precise, reliable, and highly interference-resistant real-time monitoring of vital signs such as personnel heart rate and blood oxygen has become a core ...
Consumer Electronics or Medical Device? A Single Chip is Blurring the Legal Boundary Between Them
January 2, 2026 — In the fields of industrial safety, hazardous environment monitoring, and human-machine collaboration, continuous, precise, and interference-resistant real-time monitoring of personnel vital signs has become a core requirement for ensuring safe production. The MAX30033CTA+T, a ...
Sleep as the New KPI: White-collar Professionals Tout Deep Sleep Hours to Prove Work Efficiency
January 0, 2026 — In the fields of industrial safety, hazardous environment monitoring, and human-machine collaboration, the continuous, precise, and interference-resistant real-time monitoring of personnel vital signs has become a core requirement for ensuring safe production. The MAX30102EFD+T, as ...
Beyond the "Smart Band Era": The Future of Health Sensing is Unobtrusive and Embedded
December 30, 2025 — In the fields of industrial safety monitoring, personnel health supervision, and intelligent human-machine interaction, there is a rapidly growing demand for continuous, precise, and interference-resistant non-contact acquisition of vital sign data. The MAX30101EFD+T, a highly ...
Sensing as a Service: The ADPD174GGI Chip Platform Pioneers a New Model for Industrial Monitoring
December 28, 2025 — In the fields of industrial safety, personnel health monitoring, and human‑machine interaction, the demand for continuous, reliable, non‑contact monitoring of vital‑sign parameters is growing rapidly. The ADPD174GGI‑ACEZRL, a highly integrated pulse oximetry and heart‑rate ...