Cooled Core

Cooled core and uncooled core are different in many aspects, including the descriptions below.

TC320MW/TC640MW

TC320MW|TC640MW are mid-wave cooled thermal imaging cores with high-quality detectors which can be easily integrated into infrared systems that require extremely long distance detection and adaption to any harsh environment.

TC640SMW

This product cannot only be adapted into extremely long-distance detection, but also it can work in all kinds of bad weather conditions. Try it and you will know how good it is!

The first is a cooled infrared camera core. The imaging detector of the cooled infrared camera core is equipped with an integrated cryogenic refrigerator unit. This is a device that reduces the detector temperature to the cooling temperature.

In order to reduce the thermal noise below the level of the imaging signal at the scene, the drop in detector temperature is essential. The cooled infrared camera core is the most sensitive infrared thermal core that detects the slightest temperature difference between objects.

They operate in the spectral mid-wave infrared (MWIR) and long-wave infrared (LWIR) bands because of the high thermal contrast in these bands from a physics perspective.

Thermal contrast refers to a change in signal with respect to the target temperature. The higher the thermal contrast, the easier it is to detect scenes where the target temperature does not differ much from the background.

The imaging detectors provided by the uncooled infrared camera core do not require a low-temperature cooled infrared thermal image camera core. The common detector design is based on pyroelectric detectors, which are small vanadium oxide (or polysilicon) resistors with large temperature measurement coefficients, large surface area, low heat capacity, and good thermal insulation.

Changes in the temperature of the scene cause the temperature of the infrared detector to change, which is converted into an electrical signal and processed to produce an image. Uncooled detectors are used in the long-wave infrared (LWIR) band, and targets with similar ground temperatures emit the most infrared heat in that band.

Compared to cooled detectors, uncooled detectors have fewer manufacturing steps, higher yields, and lower vacuum packaging costs. Moreover, the cooled ir cameracore does not require extremely expensive cryocooler equipment. The uncooled infrared camera core is equipped with fewer moving parts, and under similar operating conditions, it tends to have a longer service life than a cooled infrared core.

The imaging speed of the cooled infrared core is faster than that of the uncooled infrared core. The exposure time of high-speed thermal imaging can reach microseconds, which can stop the apparent motion of dynamic scenes and capture more than 62,000 frames per second. Applications include thermal analysis and dynamic analysis of jet engine turbine blades, automotive tire or airbag inspection, supersonic projectiles, and explosions.

The cooled thermal imaging core has an extremely fast response speed and takes advantage of the global shutter. This means that it can read all the pixels at the same time, rather than reading them line by line like an uncooled thermal imaging core, enabling a cooled thermal imaging core to capture sharp images and measure moving objects.

One of the biggest advantages of a cooled thermal imaging core is the ability to easily perform spectral filtering to detect details and temperature measurements, which are difficult to achieve with uncooled thermal imaging core.

However, when selecting according to the actual application, you should pay more attention to parameter settings. ULIRVISIONprovides a professional consulting team to solve various professional problems for customers. In addition, we provide both cooled and uncooled cores for you to choose.

If you want to know more kinds of cooled thermal systems, please visit our website.

As an infrared equipment manufacturer, we will do our best to meet all the needs of customers.

Другие товары поставщика

	Eagle70CC Thermal Imaging Sight	Overview of Infrared Night Camera Eagle 70CC Eagle70CC is the thermal weapon sight. With high resolution, it is widely used for law enforcement....
	Cooled Core	Cooled core and uncooled core are different in many aspects, including the descriptions below. TC320MW/TC640MW TC320MW|TC640MW are mid-wave coo...
	Eagle30 Thermal Imaging Sight	Overview of Eagle30 PortableClear Night Vision Camera Eagle30 is a thermal weapon sight, and it is widely used for law enforcement. It is capable o...
	TI400S/TI600S Thermal Imaging Cameras	Overview of TI400S/TI600S Temperature Thermal Camera The TI400S|TI600S HD thermal camera adopts 384×288|640×480 high pixel aSi micro-h...
	Thermal Imaging Core	Infrared thermal imaging technology is now more and more widely used in many different areas around the world, such as the security monitoring, ind...

Все товары поставщика

Похожие товары

	Sapphire Lenses	Продавец: Hyperion Optics	Sapphire is the best medium for sapphire glasslenses that require a broad spectrum of light trans...
	Magnesium Fluoride Lenses	Продавец: Hyperion Optics	Uses of Magnesium Fluoride CVD magnesium fluoride (MgF2-CVD) has good mechanical properties, che...
	Germanium Lenses	Продавец: Hyperion Optics	In the range of 2-12 μm, germanium is the most commonly used material for the production of sp...
	Gallium Arsenide Lenses	Продавец: Hyperion Optics	GaAs is semi insulator, which can be used in large power continuous CO2 laser system to replace t...
	Chalcogenide Lenses	Продавец: Hyperion Optics	Chalcogenide glassis containing one or more chalcogens (sulfur, selenium and tellurium, but exclu...