Tech Specs | Product Specification

Vishay Semiconductors VCNL36825T-SB Sensor Board

Proximity Sensorboard for Standalone and SensorXplorer™ based optical sensing

General

Product TypeSensor board
Compatible withVCNL36825T chip
ApplicationsWearables, Smartphone, True Wirless Stereo (TWS) earphones, industrial equipment
Key FeaturesWorks with SensorXplorer kit and software, Standalone use, Congifurable performance with simplified GUI

Technical Specifications

Supply Voltage3.3 Volts
Software SupportSensorXplorer™
Operating ModesSensorXplorer evaluation board and Standalone Mode

Overview

Vishay Semiconductors VCNL36825T-SB Sensor Board is designed to provide high-precision optical distance detection. It features an advanced VCNL36825T proximity sensor for sensing and ambient light measurement, and offers standalone and SensorXplorer™ modes. ideal for small-space prototyping. 

Compatible with SensorXplorer Interface for Sensor Evaluation

The VCNL36825T-SB Sensor Board features a USB-to-I2C interface. It allows the sensor board to work with the SensorXplorer to evaluate sensor modules. It also integrates with the software environment to harness the power of ready-to-use software modules. Hence, it can be used for instant prototyping and evaluation of distance measuring applications based on optical measurements. Moreover, the software offers a GUI-based configuration environment, making it easier for beginners to get their hands-on experience with the sensor board. 

The board interfaces with a PC to capture data and configure the SensorXplorer with various performance parameters, allowing for testing under different working conditions. 

The SensorXplorer software package is available for download online with free demos for easy prototyping. The SensorXplorer board features LED indicators, a 3.3V regulator, and multiple GPIOs, providing the VCNL36825T-SB with seamless connectivity for sensor data for evaluation. 

Simplified Standalone Operation 

The VCNL36825T-SB can also be used in a standalone mode. It features communication and power pins that allow it to transmit data directly to a microcontroller or processor unit. It can integrate with an I2C communication module through a male connector. 

In addition to the sensor, the board also features a combination of LEDs, capacitors, and resistors for intuitive interfacing and configuration. 

At the heart of the sensor board is the VCNL36825T chip. It uses a vertical cavity surface emitting laser (VSEL) in conjunction with programmable interrupts, photodiodes, and I2C communication modules. The high-precision hardware enables the sensor board to detect minor distance changes and light-level detections, making it a viable option for industrial and commercial applications. 

Thanks to its compact size and lightweight, the VCNL36825T-SB is a suitable option for space-constrained applications. It speeds up the prototyping process and is a handy option for smartphones, wearable devices, handheld devices, industrial products, and True Wireless Stereo  (TWS) earphones. 

References

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