Color image sensor development kits and headboards for VGA applications
Manufacturer： ['aptina-imaging', 'aptina-llc', 'onsemi', 'misc']
# MT9V136C12STC Product Series Introduction
## 1. Overview
The MT9V136C12STC product series represents a cutting - edge line of image sensors developed to meet the diverse and demanding requirements of modern imaging applications. These sensors are engineered with advanced semiconductor technology, offering high - performance imaging capabilities in a compact and efficient package.
## 2. Key Features
### 2.1 High - Resolution Imaging
The MT9V136C12STC sensors are capable of delivering high - resolution images. With a well - designed pixel array, they can capture fine details, making them suitable for applications where image clarity is of utmost importance. Whether it's for surveillance systems to identify small objects at a distance or for industrial inspection to detect minute defects, the high - resolution output ensures accurate and reliable results.
### 2.2 Low - Light Performance
One of the standout features of this product series is its excellent low - light performance. The sensors are equipped with advanced pixel technology that enhances their sensitivity to light. This allows them to capture clear and detailed images even in environments with limited lighting conditions. For example, in night - time surveillance or indoor applications with dim lighting, the MT9V136C12STC sensors can still produce high - quality images without significant noise or loss of detail.
### 2.3 High Frame Rate
The series offers a high frame rate, enabling the capture of fast - moving objects without motion blur. This is crucial in applications such as sports photography, high - speed industrial inspection, and automotive safety systems. The ability to capture multiple frames per second ensures that every moment is accurately recorded, providing a smooth and continuous visual experience.
### 2.4 Wide Dynamic Range
The sensors have a wide dynamic range, which means they can simultaneously capture both bright and dark areas in an image without overexposing or underexposing. This is particularly useful in outdoor applications where there may be a large contrast between sunlight and shaded areas. In a surveillance camera installed outdoors, the wide dynamic range allows it to clearly capture the details of a person in the shadow while also accurately representing the bright sky in the background.
### 2.5 Compact Size
The MT9V136C12STC sensors are designed with a compact form factor, making them easy to integrate into various devices. Their small size is beneficial for applications where space is limited, such as in mobile devices, wearable cameras, and small - scale industrial equipment. This compactness does not compromise on performance, as the sensors still offer all the advanced features mentioned above.
## 3. Technical Specifications
### 3.1 Pixel Array
The sensors feature a specific pixel array configuration, which determines the resolution of the images they can capture. The exact number of pixels and their arrangement are optimized to provide the best balance between image quality and performance.
### 3.2 Pixel Size
The pixel size of the MT9V136C12STC sensors is carefully engineered to enhance light sensitivity and reduce noise. A larger pixel size generally allows for more light to be captured, resulting in better low - light performance.
### 3.3 Output Format
The sensors support a variety of output formats, such as digital interfaces like MIPI (Mobile Industry Processor Interface) or LVDS (Low - Voltage Differential Signaling). These interfaces ensure fast and reliable data transfer from the sensor to the processing unit, enabling seamless integration with different types of devices.
### 3.4 Power Consumption
The product series is designed with power efficiency in mind. Low power consumption is essential, especially for battery - powered devices. The sensors are optimized to consume minimal power while still delivering high - performance imaging, extending the battery life of the devices they are integrated into.
## 4. Applications
### 4.1 Surveillance