GP1UE291QKVF

Series:	--
Packaging:	Bulk
Part Status:	Obsolete
Sensing Distance:	8m
B.P.F. Center Frequency:	38.0kHz
Voltage - Supply:	2.4V ~ 3.6V
Current - Supply:	400µA
Orientation:	Top View
Mounting Type:	Through Hole
Operating Temperature:	-10°C ~ 70°C (TA)

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Introduction:

GP1UE291QKVF application field describes the application field of the popular GP1UE291QKVF photo detector, and examines its working principle in a remote receiver system. This article will focus on the features of the GP1UE291QKVF and its advantages in the field of remote sensing. The article will also analyze the working principle of the GP1UE291QKVF, including its structure, components and operation.

Remote Sensing Applications of GP1UE291QKVF Photo Detector:

GP1UE291QKVF photo detectors are used in a variety of remote sensing applications such as motion detection, object recognition, and geographic information systems. Due to its high sensitivity and low power consumption, GP1UE291QKVF photo detectors are ideal for use in remote sensing systems. GP1UE291QKVF utilizes a 940nm infrared LED with an integrated photo sensor to detect motion or objects. It is compact and easy to install, making it well-suited for remote sensing systems, which require reliable performance in harsh environments. Furthermore, the GP1UE291QKVF photo detector operates without the need for additional components, such as a power supply or external components to sense the incoming infrared signal. As a result, GP1UE291QKVF provides considerable cost efficiency for remote sensing applications.

GP1UE291QKVF Working Principle:

The working principle of GP1UE291QKVF can be explained according to its structure. GP1UE291QKVF consists of two main components, an infrared LED and a photo sensor. The LED emits 940nm infrared light when power is applied. This light is then detected by the photo sensor, which converts the infrared light into an electronic signal.The photo sensor consists of a photosensitive element, a bias, and a reference voltage. The photosensitive element is the key component of the photo sensor that detects the infrared light, while the bias and reference voltage are used to control the sensitivity of the photo sensor. When the infrared light is applied to the photosensitive element, it generates a current that is proportional to the intensity of the light. This current is then compared to the reference voltage, and the output signal is generated accordingly.

Advantages of GP1UE291QKVF Photo Detector:

The GP1UE291QKVF photo detector has many advantages over traditional sensors. These include high sensitivity, low power consumption, and easy installation. Furthermore, GP1UE291QKVF is fully integrated, meaning that it does not require additional components or external power. This makes it ideal for remote sensing applications, which must operate reliably in harsh environments.

Conclusion:

The GP1UE291QKVF photo detector is an ideal solution for remote sensing applications. It offers high sensitivity and low power consumption, as well as easy installation. Moreover, it is integrated, meaning that it does not require additional components or external power. The GP1UE291QKVF works according to the principle outlined above, and it can provide cost efficiency for remote sensing systems.

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