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Review Summary
12 V DC (during external power supply operation)
190 V DC (when CCU is connected
25 W (during external power supply operation, camera only)
53 W (maximum power during external power supply operation when maximum power supplied for each output connector while all accessories are connected)
60 W (maximum power when CCU is connected and maximum power supplied for each output connector while all accessories are connected)
-10 deg. C to 45 deg. C (14 deg. F to 113 deg. F)
Preheating required at temperatures below 0 deg. C (32 deg. F)
-20 deg. C to 60 deg. C (-4 deg. F to 140 deg. F)
10 % to 85 % (no condensation)
2/3 type 2.2 million pixel IT, CCD x3
GBR pickup system
f/1.4 prism
ND: Clear, 1/4, 1/16, 1/64
Bayonet type
SMPTE 292M
F11 (59.94 Hz)
F12 (50 Hz)
1100 TV lines
60 dB or higher
33.716 kHz, 1125 line frame (59.94 Hz)
28.125 kHz, 1125 line frame (50 Hz)
59.94 Hz or 50 Hz, interlace
-60 dBu to 4 dBu (XLR 3-pin female x 2) Gain selected by camera menu
XLR 5-pin female x 1
Input: -60 dBu to -20 dBu
Output: 100 mW max
MIC ON/OFF, receiving level or PGM level
BNC x 2 (HD SDI 1/HD SDI 2)
HD signal = 0.8 V [p-p], 75 Ohms
The HD SDI 2 signal output can be added to the regular images using the camera menu item setting and switched to the VF or RET image output.
BNC x 1, VBS signal = 1.0 V [p-p], 75Ohms
12 V, MAX. 1A
Round 6 pin x 1
Round 20 pin x 1, D-Sub 29 pin x 1
CCU, OFF, EXT
Functions specified by menu items can be assigned to the switch
For selecting the return signal
RET, PPT
CAM, BAR, TEST
A, B, preset
59.94 Hz: 1/48 (23.98p), 1/60 (23.98p, 29.97p), 1/100, 1/120, 1/125, 1/250, 1/500, 1/1000, 1/1500, 1/2000
50 Hz: 1/50 (25p), 1/60, 1/100, 1/125, 1/250, 1/500, 1/1000, 1/1500, 1/2000
MIC power, MIC gain, MIC1 selection
135 x 260 x 367.5mm / 5.31 x 10.24 x 14.47" excluding protrusions
Approx. 8.16lbs / 3.70kg
This cost-effective HD camera system with optical fiber transmission capability meets the high-end TV program production needs of broadcast studios. The developed AK-HC3800 Studio Handy Camera is equipped with a high-sensitivity, high-quality 2/3 type 2.2 megapixel 3CCD and a high-precision 16 bit A/D image processing circuit. The advanced digital functions such as Chromatic Aberration Compensation (CAC), Digital Extender, Film Rec Gamma, Dynamic Range Stretch (DRS) and etc.
Realize high image quality and versatile operations. By using the AK-HC3800 together with the AK-HCU200 Camera Control Unit, AK-HRP200G Remote Operation Panel and AK-HVF70G 17.8 cm (7 inches) LCD Color Viewfinder, an optical fiber transmission studio camera system that achieves high image quality, uncompressed and long-distance transmission, can be configured at a low cost. The camera and camera control unit can be connected for long-distance transmission of video signals over approximately 1,200 m (1,312 yards) when power is supplied from the camera control unit. The camera control unit and remote operation panel are connected either by a dedicated cable or an IP connection.
AK-HC3800 Studio Handy Camera:
High Quality images achieved by a Highly developed DSP. Advanced digital technology allows compact, lightweight lenses to meet studio production needs
3CCD with High Sensitivity, Low Noise and Low Smear
The 2/3 type 2.2 megapixel 3CCD enables the standard sensitivity of F11 (2,000 lx/59.94 Hz) which is one of the highest sensitivity in this range of cameras. A high S/N ratio of 60 dB (at 59.94 Hz) produces high quality images with low noise and low smear. Panasonic's single-channel transfer system and spatial-offset processing technologies also improve signal modulation depth and reduce more.
High-Performance DSP Provides 16 bit A/D, 38 bit Processing
HD images are digitized with 74 MHz sampling and 16 bit A/D conversion. Full 38 bit processing within the DSP produces highly detailed, high quality images.
Multi Video Format
For HD, supporting 1080/59.94i, 1080/50i, 1080/23.98p, 25p and 1080/29.97p video format are supported as standard. In addition, 720/59.94p, 720/50p and 1080/23.98PsF video format can also be supported when selected on CCU.
Chromatic Aberration Compensation (CAC)
This exclusive technology sets up a conversation between lens and camera which allows for a highly sophisticated algorithm to be deployed that will automatically compensate the registration error that is caused mainly by lens chromatic aberration and minimize the circumjacent blur.
Film Rec Gamma and Scan Reverse Functions
Selectable gamma curves are included in the DSP circuit. The Film Rec mode produces the kind of film tone that you get with Panasonic VARICAM models. The Scan Reverse function is mounted by standard functions that cancels the image inversion that happens when using a HD lens adaptor or shooting with special effects such as 3D rig.
Digital Extender (2x)
This function expands the image by 2x in the digital signal processing circuit, allowing powerful shooting even with a low-magnification lens. HD images retain their superior resolution even with zooming and - unlike when a lens extender is used - brightness is not reduced.
Dynamic Range Stretch (DRS)
The DRS function automatically suppresses blocked shadows and blown highlights. A gamma curve and knee slope are estimated to match the contrast of each pixel and applied in real time. When dark, bright and intermediate shades are all contained in the same scene, this produces excellent gradation for each shade. The images that result are enhanced by a visually wide dynamic range.
Advanced Digital Functions
12-axis color correction, linear matrix and other color correction functions
Selectable EBU or NTSC preset matrix
A skin tone detail function with two skin tone settings
A lens file function (for up to 32 files) to save flare and shading Values
Camera settings, such as VF settings, can be saved on an SD memory card. SD memory cards can also be used for firmware upgrades
Various information, including the color temperature setting, is displayed in the viewfinder