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Image Sensors

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090700420100
HARTING
Sensor/Actuator Box PNP Wiring 3 Pole M8 8 Port to M16
Quantity: 1
Ship Date: 6-12 working days
1+ $129.8395
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090700430100
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Conn Sensor/Actuator Box
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090700120100
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Sensor/Actuator Box PNP Wiring 3 Pole M8 8 Port to Cable Connection 10m
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090700122200
HARTING
Sensor/Actuator Box PNP Wiring 5 Pole M12 8 Port to Cable Connection 10m
Quantity: 10
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090700022200
HARTING
HARTING Sensor junction box, Har-SABseries, M12Junction box, 8port, 5line
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Ship Date: 7-15 working days
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09 07 003 2220 0
HARTING
Sensor/Actuator Box PNP Wiring 5 Pole M12 8 Port to M23
Quantity: 0
Ship Date: 6-12 working days
1+ $166.8551
5+ $163.5192
10+ $160.1821
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09 07 001 0010 0
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Distribution Box for Sensor
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Ship Date: 7-10 working days
1+ $214.7017
10+ $186.175
50+ $183.3108
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x $214.7017
Ext. Price: $214.70
MOQ: 1
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09 07 001 0220 0
HARTING
Sensor/Actuator Box PNP Wiring 5 Pole M12 4 Port to Cable Connection 10m
Quantity: 0
Ship Date: 6-12 working days
1+ $202.3013
5+ $198.2564
25+ $194.2103
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x $202.3013
Ext. Price: $202.30
MOQ: 1
Mult: 1

Image Sensors

Image sensors are electronic devices that convert light into electrical signals, which are then processed to create digital images. They are the core component in digital cameras, smartphones, and many other imaging systems.

Definition:
An image sensor is a semiconductor device that captures light and translates it into a digital signal. It is composed of an array of tiny, light-sensitive elements called photosites, which can be photodiodes or phototransistors.

Function:
The primary function of an image sensor is to detect and measure light intensity for each pixel in an image. When light falls on the sensor, the photosites generate an electrical charge proportional to the amount of light they receive. This charge is then read out and converted into a digital signal, which can be processed to form an image.

Applications:
Image sensors are used in a wide range of applications, including:
1. Digital photography in cameras and smartphones.
2. Surveillance and security systems for capturing images and videos.
3. Medical imaging, such as endoscopy and radiography.
4. Machine vision systems for quality control and automation in manufacturing.
5. Scientific research, like astronomy and remote sensing.
6. Consumer electronics, such as barcode scanners and depth sensors.

Selection Criteria:
When choosing an image sensor, several factors are considered:
1. Resolution: The number of pixels determines the level of detail in an image.
2. Sensitivity: How well the sensor responds to low light conditions.
3. Dynamic Range: The range of light intensities the sensor can capture without losing detail.
4. Speed: The rate at which the sensor can capture and process images.
5. Color Accuracy: The ability to accurately reproduce colors in the captured image.
6. Noise Performance: The level of unwanted variations in the image signal.
7. Cost: The budget for the sensor and its impact on the overall system cost.
8. Size and Form Factor: Depending on the application, the physical dimensions of the sensor may be important.

In summary, image sensors are crucial for capturing and digitizing visual information across various industries and applications. Their selection is based on a balance of performance, cost, and suitability for the intended use.
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