ASMT-YTC7-0AA02 Temperature Sensor Module ?C Accurate Thermal Detection, Packaged Unit

ASMT-YTC7-0AA02 Overview

The ASMT-YTC7-0AA02 is a precision optical sensor designed for accurate ambient light detection and color measurement. Engineered with a compact form factor, it integrates a photodiode array optimized for visible and near-infrared spectral response, ensuring high sensitivity and low noise performance. This device suits applications requiring reliable illumination sensing, color calibration, and environmental monitoring. Its robust electrical characteristics and consistent output stability make it a preferred choice for industrial sensors and consumer electronics. For detailed specifications and availability, visit the IC Manufacturer.

ASMT-YTC7-0AA02 Technical Specifications

ASMT-YTC7-0AA02 Key Features

• Wide Spectral Sensitivity: Covers 350 nm to 1100 nm, allowing accurate detection across visible and near-infrared light, critical for color sensing and ambient light measurement.
• Low Dark Current: Ensures minimal noise for enhanced signal integrity, improving measurement accuracy in low-light environments.
• Fast Response Time: Less than 10 milliseconds response enables real-time sensing applications without lag, suitable for dynamic lighting conditions.
• Compact SMD Package: Facilitates easy integration into space-constrained industrial and consumer devices with reliable mechanical stability.
• Wide Operating Temperature Range: Supports stable operation from -40??C to +85??C, ensuring reliability in harsh environments.
• Analog Voltage Output: Simplifies interface with microcontrollers and ADCs, enabling straightforward system design and calibration.

ASMT-YTC7-0AA02 Advantages vs Typical Alternatives

This sensor stands out for its broad spectral range and low dark current, delivering superior sensitivity and accuracy compared to standard photodiodes. Its fast response and stable analog output ensure precise and reliable measurements, while the wide operating temperature range enhances robustness in diverse industrial environments. These attributes translate into improved system performance and lower integration complexity versus alternative ambient light sensors.

Typical Applications

• Ambient light sensing for display brightness adjustment in portable and embedded electronics, enabling energy-efficient screen dimming based on surrounding lighting conditions.
• Color calibration in imaging systems to ensure accurate color reproduction across different lighting environments.
• Industrial automation systems requiring precise light level monitoring for process control and quality assurance.
• Environmental monitoring devices where accurate detection of visible and near-infrared light is critical for data collection and analysis.

ASMT-YTC7-0AA02 Brand Info

Manufactured by a leading semiconductor producer, this component reflects the brand??s commitment to quality and innovation in optical sensing technology. The sensor is a testament to the company??s extensive experience in delivering reliable, high-performance photodiode solutions tailored for industrial and consumer markets. Backed by rigorous testing and comprehensive documentation, it supports engineers and designers in developing advanced sensing applications with confidence.

FAQ

What is the spectral sensitivity range of this sensor?

The device covers a wide spectral range from 350 nm to 1100 nm, enabling it to detect both visible light and near-infrared wavelengths. This makes it versatile for applications requiring broad spectral response.

How does the low dark current benefit sensor performance?

Low dark current minimizes noise and leakage current when the sensor is in darkness, improving measurement accuracy and enabling reliable detection of low illumination levels.

What type of output signal does the sensor provide?

This sensor outputs an analog voltage signal proportional to the detected light intensity, which can be easily interfaced with analog-to-digital converters in embedded systems.

Is this sensor suitable for harsh environmental conditions?

Yes, with an operating temperature range from -40??C to +85??C, it is designed to maintain performance stability in demanding industrial environments.

What packaging does this sensor use for integration?

The sensor comes in a compact surface-mount device package, facilitating straightforward PCB integration and ensuring mechanical robustness in automated assembly processes.