70156-3313

Optical Sensors - Photoelectric, Industrial

The 70156-3313 is an industrial-grade digital optical sensor designed for use in harsh environments. The device is well suited for detecting and monitoring physical objects and environments with its sensitive photoresistor array, providing a reliable source of data. Its features and properties make it useful for a wide range of applications such as measuring light levels, detecting flow rate, and detecting the presence of solid objects.

Design

The 70156-3313 uses a durable construction that enables the device to be installed in demanding conditions. The device’s lens is designed using a two-dimensional multi-angle signal receiver to ensure that the device accurately detects the object or environment being measured.

The sensor utilizes an on-board amplifier and a buffered input stage. The device also features an average burst read mode, allowing it to read a burst mode signal with a much lower sampling rate. These features help to compensate for environmental and signal fluctuations to ensure the device captures data accurately.

The device is equipped with a number of digital input and output connections for its signal transmission. These include digital and analog inputs, as well as generic TTL digital outputs. These interfaces provide a wide range of compatibility for interfacing with a variety of systems.

Application Field

The 70156-3313 is suitable for a variety of applications that require reliable and accurate detection of mechanical objects or environmental conditions. It is often used in robotics and automation, manufacturing industry, and building automation applications. The device is also often used in industrial applications to detect the presence of solid objects. Its ability to accurately measure light also makes it useful for photography and videography applications.

Working Principle

The 70156-3313 is an optical sensor with two sensors that work together to detect objects and environmental conditions. The device’s two sensors are arranged in a crisscross pattern, allowing for two-dimensional sensing of objects and environments.

When the device receives light, it creates an electrical field between the two sensors. This electrical field is measured by the device’s internal amplifier and sent to a digital output. The device uses this output to determine the presence of an object or environmental condition.

The 70156-3313 is capable of detecting various types of objects and environmental conditions. The device is highly sensitive and can detect objects with a size as small as 0.01 mm. It can also detect light with a wavelength of up to 500nm.

Conclusion

The 70156-3313 is a digital industrial-grade optical sensor capable of detecting a wide range of mechanical objects and environmental conditions. Its two-dimensional sensing capability allows it to accurately detect objects in real-time. Its flexible signal transmission interfaces mean that the device can be used in a wide variety of industrial and automation applications. Its stability and sensitivity make it well-suited for applications in which accurate measurements and readings are required.