Technical specifications

Pick-up element

1/3" solid state CCD

Pixel elements 5

12 (H) x 582 (V), PAL interlaced, or 512(H) x 492 (V), NTSC

 

interlaced

Resolution

330 TVL

Gain control

automatic

Lens

See: Using a different lens

Iris

Electronic iris

 

When connected, an auto-iris lens overrides the electronic iris.

Light sensitivity

• 0.3 lux minimally acceptable picture with standard lens (F1.2)

 

at 3200K, transmission 86%, scene reflection 100%

 

• 0.5 lux, 50ire (-6dB) with standard lens (F1.2) at 3200K,

 

transmission 86%, scene reflection 100%

Scene illumination

Not for continuous use above 2k lux with standard lens (F1.2)

 

For outdoor use an auto-iris lens is recommended.

Signal to noise ratio

48dB at 200-25000 lux, 25°C

White balance TTL

range 2500-6500K

System connector (output)

RJIIE plug

Microphone

Built-in, can be switched off at the camera.

• Frequency range

300-3000Hz

Synchronisation

The camera automatically synchronises to the system monitor.

Power supply

24VDC, when the system-cable length exceeds 200m/600ft a power-

 

adapter (24VDC, current limit 500mA) is required (available as

 

accessory)

Power consumption

≤ 3W

System-cable length

max. 300m/900ft (when a mains power adaptor is used)

Dimensions

72,5 (H) x 70 (W) x 60 (D) mm (excl. lens)

Weight

190g

Connectors

 

• System cable

RJ11E modular ("telephone" plug)

• External power

Power jack

Auto-iris control

4-pole socket, passive Auto-iris, direct drive

Mounting

1/4" 20 UNC

Ambient temperature

 

• Operating

-10 to +50°C

• Storage

-25 to +70°C

Ambient humidity

 

• Operating

20 to 90% RH

• Storage

up to 99% RH

The pin connections of the auto-iris connector are: pin 1 = control coil -

pin 2 = control coil + pin 3 = drive coil - pin 4 = drive coil +

4 2

3 1

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Philips Colour Observation Camera manual Technical specifications

Colour Observation Camera specifications

The Philips Colour Observation Camera stands out as a cutting-edge solution in the realm of medical imaging and diagnostics. Designed to meet the rigorous needs of healthcare professionals, this camera combines advanced technology with intuitive usability to enhance the quality of patient care.

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The camera is equipped with advanced imaging technologies, including a sophisticated sensor that captures images in a wide spectrum of colors. This means healthcare providers can observe subtle variations in tissue coloration, which can be indicative of underlying health conditions. With such capabilities, the Philips camera plays a vital role in various applications ranging from endoscopy to surgery, aiding in real-time decision-making.

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