Sony IMX990 Image Sensor: Practical Applications
Sony Semiconductor Solutions has launched two new image sensors in the visible and infrared ranges. The company’s new sensors are manufactured by Framos and have the industry’s smallest pixel size of 5um. The company also offers the image sensor with SenSWIR*2 technology. These image sensors can be used in a variety of applications including machine vision. Here are some features of the new sensor.
SenSWIR*2 technology
SenSWIR*2 technology is built into the Sony EMX990 sensor to offer high sensitivity over a wide spectrum of wavelengths. This technology allows the sensor to capture images at higher rates and with greater efficiency. It ensures reproducible imaging results.
Sony has implemented this technology in both its IMX990 camera and IMX9901 camera. To achieve high image quality, it works with the Cu Cu connection of the sensors. These sensors are sensitive in the visible, NIR and SWIR ranges and can be used for both analog and digital output. Sony says the new sensors have performance comparable to the best CMOS image sensors in industrial applications. The new sensors are intended for use in a variety of applications, including semiconductor inspection, material selection, and contaminant detection.
The SenSWIR*2 technology uses a combination of infrared light and visible light to produce a bright, accurate image. It is made up of two main parts: an InP/InGaAs/InP stack, and an active imageable region. The InGaAs SWIR dash is in the active area. It measures 7.4 x 6.7 mm.
Copper-to-copper connection
A new sensor from Sony uses a copper-to-copper connection to provide high image homogeneity. The sensor can produce a consistent and reliable signal that is more consistent, which allows for a five-mm resolution. It also allows a smaller camera body while still supporting VGA or SXGA resolution.
The sensor is sensitive to high levels, with a maximum of 20 nm. The sensor can also capture images across a wide range of wavelengths, something that is not possible with traditional camera systems. These types of imaging require multiple cameras. But Sony’s sensors can handle it with just one. They are the industry’s most compact five-mm pixels. This allows them to be used in many lighting conditions.
Sony’s new sensor is made from an InGaAs-based semiconductor to create a small image sensor capable of capturing images in both the visible and SWIR wavelengths. It also features a copper-to-copper connection, allowing for high sensitivity.
Broad spectrum of wavelengths
The IMX sensor can capture a broad spectrum of light including visible and infrared wavelengths. It has four layers, including a light shield made from metal and a semiconductor absorber layer made of InP/InGaAs/InP. The total thickness of the sensor is 3.4um. The top InP layer, n-type, acts as a window layer and detects visible light. It supports a global shutter with a pixel pitch equal to 5.0 um.
The IMX990 sensor consists of five-millimeter pixels and has a spectral response between 0.4 and 1.7u. The sensor is based on SenSWIR technology, which provides photodiodes on an InGaAs compound semiconductor layer. This provides high sensitivity to a broad range of wavelengths. The sensor is packaged in a ceramic LGA or PGA package.
The Sony IMX990 sensor is capable of capturing short-wave infrared light, which enables it to detect material differences. It can also be used for thermal imaging applications.
For machine vision applications, powerful sensor
Sony’s IMX990 sensor features a resolution of 1.34 megapixels with a pixel pitch 5.0 um. It uses SenSWIR technology to create an advanced pixel architecture. This enables image acquisition in the visible, NIR and SWIR ranges, which is critical for machine vision applications. This sensor eliminates the need for calibration and simplifies image analysis.
The IMX990 sensor, the first SWIR-based camera from Sony, is now available. The sensor uses photodiodes that are embedded in an InGaAs compound semiconductor layer and are connected to a silicon readout layer via Cu-Cu bonding. This allows for high sensitivity across a broad range of wavelengths while being compact and light. This technology allows seamless image capture across a broad wavelength range of 0.4 mm up to 1.7mm.
The IMX990 sensor offers exceptional performance, including high dynamic range and low noise. It starts at US$1000. Sony also offers an InGaAs-compatible sensor. The CQD sensor provides a wider spectral band than the IMX990. This sensor is compatible to many machine vision applications.