Panasonic GP-KS822 manual Heat-resistant components, Well connected, Easy to operate, Components

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Compact solutions with built-in versatility

1CCD and 3CCD camera systems

A CCD component converts light signals into electric signals. With the 1CCD camera system, a colour filter separates the light into complementary colours which are all captured by just one CCD. In cameras that use the 3CCD approach, a prism splits the light into the three primary colours, namely red, green and blue. The individual colour information is sent to separate CCDs. Consequently, the brilliance of the colours, accuracy of detail and depth of focus are increased.

Heat-resistant components

In medical applications or specialist industrial solutions, micro cameras need to be extremely heat-resistant. Which is why selected components in our micro cameras can withstand temperatures of up to 125° C and can be integrated into autoclavable camera systems.

Well connected

Depending on the model, the control units on the Panasonic micro cameras are equipped with SDI, analogue RGB/component, S-Video and FBAS video outputs for flexible connectivity.

A powerful individual unit or a perfect integrated solution

The camera system components are designed to work in perfect harmony, and yet can also be combined with other products.

•Lenses: Panasonic special lenses or high-grade TV lenses from third-party manufacturers

•Heads: available in 1CCD and 3CCD versions and different sizes

•Cable: available in different lengths

•Control unit: varying functional range for 1CCD or 3CCD versions, with casing or circuit board

Easy to operate

We have developed a system of user-friendly on-screen menus to ensure easy and effective use of our micro cameras. This means you can change parameters quickly and clearly during operation. It is also extremely easy to save individual settings as presets for different users. The on-screen menu of OEM components can be adapted to customer requirements.

Colours

The Panasonic micro cameras' 6 or 12-axis colour matrix allows individual colour ranges to be separately adjusted.

Zoom

Get in close with the 2.5x continuous electronic zoom and frequency-independent 2D edge enhancement.

Natural brilliant colour

Optimised, true colour reproduction is a given – and our micro cameras’ 6 or 12-axis colour matrix allows individual colour ranges to be separately adjusted. This means that reds can be enhanced - as is common, for example, in medical applications or biological research.

Components

1) Head unit with lens

2) Sensor cable

3) CCU control circuit board

4) Monitor

Image capture

Loss-free transmission of

Digital Signal Processing

Brilliant image

 

sensor signal

(DSP)

reproduction

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Contents GP-US932 GP-US742 GP-KS822 Panasonic Micro Cameras More than just a point of view Dynamically digitalSmall in size big on performance Easy to operate Powerful individual unit or a perfect integrated solutionHeat-resistant components Well connectedGreater clarity and a brighter picture even in the dark Quality starts with the headIt doesn’t get any sharper Colours on demandGP-US932CUT control unit FeaturesNew GP-US932 3CCD HD micro camera system Overview of controls and connectionsGP-US742CBVE circuit board GP-CA522/4 signal cable · 4 m length3CCD as industry standard GP-US742 series GP-US742CUE control unitCamera head Block diagram of an OEM cameraMini format max performance Features at a glanceTurn and rotate to your heart’s content Flexible photometry1CCD micro cameras GP-KS822/842 series GP-KS822CUE control unitGP-KS822CBZE circuit board Synchronisation Technical data GP-US932 and GP-US742 series SpecificationsTechnical data GP-KS822/842 series Want to know more? Panasonic System Solutions Europe

GP-US532, GP-US932, GP-KS842, GP-KS822, GP-US742 specifications

Panasonic has made a significant impact in the field of industrial cameras with its innovative line-up of high-performance image sensors and advanced technologies. Among its noteworthy models are the GP-US742, GP-KS822, GP-KS842, GP-US932, and GP-US532 cameras. Each of these cameras is designed to meet diverse imaging needs across various applications, including industrial inspection, broadcasting, and scientific research.

The GP-US742 is a compact, high-sensitivity camera that features a 1/3-inch CCD sensor and delivers outstanding image quality in low-light conditions. One of its main characteristics is its progressive scan capability, which allows for smooth motion capture and enhanced detail in images. The camera also offers a wide range of electronic shutter speeds, making it adaptable for dynamic environments.

Next in line, the GP-KS822 and GP-KS842 models are engineered for versatility in multiple imaging scenarios. Both cameras utilize a 1/2.8-inch CMOS sensor that provides full HD resolution. The GP-KS822 features a compact design ideal for space-constrained setups, while the GP-KS842 provides advanced color reproduction, making it suitable for applications that require high fidelity images, such as live events and presentations.

The GP-US932 expands on the capabilities of its predecessors by integrating a 1/2.3-inch CMOS sensor to capture 4K video at high frame rates. This model is particularly renowned for its low noise performance and wide dynamic range, making it a perfect choice for environments with challenging lighting conditions. Furthermore, its robust connectivity options allow seamless integration into existing systems.

Lastly, the GP-US532 is designed for those needing a balance between quality and compact design. This camera features a 1/3-inch CCD sensor and offers versatility with its multiple output formats, including HD-SDI and analog. Its lightweight build and low power consumption make it an excellent choice for mobile deployments and remote applications.

In summary, Panasonic's range of industrial cameras, including the GP-US742, GP-KS822, GP-KS842, GP-US932, and GP-US532, showcases cutting-edge technology and features tailored for various professional needs. Their exceptional image quality, sensitivity, and adaptability reinforce Panasonic's commitment to delivering reliable solutions for the demanding fields of broadcasting, inspection, and beyond.
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