IP Catalog > Analog IP > Sensor / Monitor IP

Sensor / Monitor IP

Sensor and Monitor IP cores enable efficient integration of sensor data acquisition and monitoring functions into embedded systems. These IP cores support a wide range of sensors, including temperature, pressure, motion, and environmental sensors, allowing real-time data collection and analysis. With built-in features for signal conditioning, data processing, and communication, Sensor and Monitor IP cores enhance system reliability and accuracy in applications such as IoT, automotive, industrial automation, and healthcare.

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Search (262)
Compare 262 Sensor / Monitor IP from 40 vendors (1 - 10)
  • Process/Voltage/Temperature Sensor
    • The PVT Sensor IP is designed for on-chip monitoring of processes, voltage, and temperature variations
    • It is a critical component in modern SoC designs, enabling real-time measurement and monitoring of environmental and operational conditions
    • It offers a reliable solution for chip operating condition monitoring applications, such as power supply IR drop measurement, high temperature alert, and dynamic performance adjustment
    Block Diagram -- Process/Voltage/Temperature Sensor
  • Dual Saturation Detector
    • The WEASD18NI18RO41M22G is a baseband saturation detector that outputs a logic signal when the input voltage swing surpasses a programmable threshold, which can be digitally programmed
    • The circuit is able to detect 9 different reference values
    • The absolute accuracy is 16.47 mV
    • The system is capable of detecting signals from DC to 2.5 GHz
    Block Diagram -- Dual Saturation Detector
  • Saturation Detector
    • The WEASD18NI18RO21M22G is a baseband saturation detector that outputs a logic signal when the input voltage swing surpasses a programmable threshold, which can be digitally programmed
    • The circuit is able to detect 9 different reference values
    • The absolute accuracy is 16.47 mV
    • The system is capable of detecting signals from DC to 2.5GHz
    Block Diagram -- Saturation Detector
  • Temperature Sensor 1.8 V
    • The WEA10TS45 temperature sensor operates from -40 oC to 140 oC and produces an output voltage from 0 to 1.2 V
    • The core of the sensor can be detached from the processing unit and placed to the silicon area of interest
    • The sensor has an absolute accuracy of +/- 5oC and after offset and gain calibration the maximum residual error is below +/-1.25 oC
    • The control is done through two 16 digital control signal bus in a linear way
    Block Diagram -- Temperature Sensor 1.8 V
  • Digital Capacitive Sensor Interface
    • The MVCT017 is a programmable capacitance-to-digital converter interface, designed to be easily integrated with capacitive sensors.
    • The chip features very fast measurement times, low operating power, and very low standby currents, making it very suitable for low-power and portable applications.
    Block Diagram -- Digital Capacitive Sensor Interface
  • Temperature Glitch Detector
    • The agileTGLITCH temperature monitor provides security and protection against side-channel attacks (SCAs) and tampering such as over/under temperature attacks and temperature glitching.
    • The sensor provides digital outputs to warn (secure) processors of intrusion attempts. As a key part of the agileSCA TVC (Temperature, Voltage, Clock) security sensor can be tuned to your specifications.
    Block Diagram -- Temperature Glitch Detector
  • High-precision temperature sensor - 15µA 0.1°C accuracy extended temperature range - UMC 0.25µm
    • CM6216ea is a temperature sensor macro with a linear analog output that enables a temperature measurement with ±0.1◦C accuracy.
    • The differential output voltage presents a slope of +840μV/◦C.
    • CM6216ea consumes only 15μA.
    Block Diagram -- High-precision temperature sensor - 15µA 0.1°C accuracy extended temperature range - UMC 0.25µm
  • Block Diagram -- Thermal Diode on TSMC CLN4P
  • Block Diagram -- PVT Sensor on TSMC CLN2P
  • Power Supply Droop Detector on TSMC CLN5
    • Integrated voltage reference for stand-alone operation
    • Easy to integrate with no additional components or special power requirements
    • Easy to use and configure
    • Programmable droop detection levels
    Block Diagram -- Power Supply Droop Detector on TSMC CLN5
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