ROHM Ambient Light Sensor Unit WSOF 5-Pin 560nm Maximum Wavelength BH1620FVC-TR

ROHM BH1620FVC-TR Ambient Light Sensor Unit WSOF 5-Pin features a maximum wavelength detection of 560 nm, offering precise ambient light sensing capabilities for diverse electronic applications.

This sensor unit utilizes surface mount technology, packaged in a compact WSOF package with dimensions of 1.6mm length, 1.2mm width, and 0.6mm height, making it ideal for space-sensitive designs. The device demonstrates a swift typical rise time of 45μs, ensuring rapid response to changes in ambient light.

Operating voltage ranges from 2.4 to 5.5 volts, with operational temperature spanning from -40°C to 85°C, supporting use in industrial, automotive, consumer electronics, and laboratory settings. The analogue output signal type enables seamless integration with microcontrollers and processing units for ambient light measurement.

Its compact 5-pin configuration simplifies board layout in applications such as LCD displays, laptops, digital video cameras, portable gaming devices, PDAs, mobile phones, LCD TVs, and PDP TVs. The sensor conforms to no specific standards or automotive certification but maintains robust performance in ambient light sensing environments.

The sensor features a typical rise time of 45 microseconds for fast response. It utilizes a surface mount type for compact PCB integration. The package type is WSOF, measuring 1.6mm in length, 1.2mm in width, and 0.6mm in height.

This unit operates from a supply voltage range of 2.4V to 5.5V. Designed to work across temperatures from -40°C to 85°C for reliability in various environments. Output signal is analogue, suitable for real-time light intensity monitoring.

The sensor has 5 pins, simplifying connection in electronic circuits. Applications include LCD displays, laptops, digital cameras, game consoles, video cameras, PDAs, mobile phones, and LCD/PDP TVs.

This ambient light sensor by ROHM is well-suited for usage in electronics manufacturing, consumer device production, industrial automation, and laboratory instrument design. It enhances device responsiveness to changing environments by accurately detecting light conditions. Browse more Sensor ICs and ambient light sensor units on EnvMart for reliable electronic components.