PNA4611M00XB

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Optical sensors are electronic instrumentation component used to measure, analyze and control optical properties such as light intensity, radiation, and reflectance. Photo detectors are used to detect and measure light of any wavelength. The PNA4611M00XB is a wide dynamic range digital photo detector for infrared (IR) remote receiving.

This device is designed with a 0.2 V input serving as the maximum dynamic range. The built-in CMOS low-power logic circuit provides an adjustable 10-bit path, making the PNA4611M00XB suitable for use in applications where high dynamic range photo detectors are required. The output of the PNA4611M00XB is a low voltage logic signal, which can be connected directly to a microcontroller.

The PNA4611M00XB is suitable for a range of applications. The most common types are IR remote receivers, barcode readers, and sensors for protecting outdoor antennas from rain and snow. Additionally, the device is suitable for a variety of lighting and imaging applications in industrial and security monitoring solutions.

The PNA4611M00XB is designed to provide high sensitivity and low noise. It uses a photodetector with pin photodiode, along with an adjustable high gain amplifier and an autocalibration stage to determine the level of light intensity. This allows the device to detect light of any wavelength and to maintain its sensitivity for a wide range of applications.

The device also features an adjustable low noise CMOS-LPGIC output, ensuring a low power consumption and a reliable operation. Additionally, the PNA4611M00XB is designed to provide a wide detection range, allowing it to detect light from a few nanometers away. Finally, it includes a self-calibration feature for optimal performance.

In summary, the PNA4611M00XB is a wide dynamic range digital photo detector for infrared (IR) remote receiving. It is suitable for a range of applications, including IR remote receivers, barcode readers, and sensors for protecting outdoor antennas from rain and snow. Additionally, the device is designed to provide high sensitivity and low noise, along with an adjustable low noise CMOS-LPGIC output. Finally, it includes a self-calibration feature for optimal performance.

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