D10CE Universal SDI to component and composite converter 10-bit

DESCRIPTION
The component outputs are user configurable to YPbPr, (SMPTE, EBU-N10), Betacam, or RGB (or composite YC). The composite output is user configurable to composite video or sync. The component and composite outputs are completely independent including optimum chroma filtering for each and independent pedestal configuration. The D10CE also features an exclusive PLL jitter filter/memory to reduce the effects of SDI jitter on the output analog video. This feature, along with the precision 4x oversampled D/A filters, provides the highest quality analog outputs including very low phase noise in composite outputs. The D10CE also provides two re-clocked, loop-thru SDI outputs. All functions are user configurable via dipswitches.

Please note: This item requires the DWP D-series Power Supply, sold separately.

Features

• Excellent Quality 10-bit Universal D/A Conversion
• Full 10-bit Data Path, 4x Oversampling
• SDI Input, 2 Re-Clocked, Loop-Thru SDI Outputs
• Simultaneous Component and Composite Analog Outputs
• YPbPr, Betacam, or RGB Component Formats
• NTSC or PAL Composite Formats
• Precision PLL Jitter Filter For Stable Composite Outputs
• Digital Noise Reduction
• Low Cost

SPECIFICATIONS

• Inputs:
  • SDI (SMPTE 259M)
• Outputs:
  • Simultaneous Component and Composite Output
  • YPbPr SMPTE, EBU-N10, Betacam, RGB, NTSC, PAL,
  • YC (S-Video), 3x BNC
  • NTSC/PAL or Sync, 1x BNC
  • Re-Clocked, Loop-Thru SDI, 2x BNC
• D/A Converters:
  • 10-bit, 4x Oversampling
  • Clock Jitter Filtering to 2.5Hz
• Frequency Response:
  • Y +/.15dB to 5.5Mhz
  • C +/.15dB to 2.5Mhz (Component)
  • C +/.15dB to 1.3Mhz (Composite)
  • Less Than .5% K Factor (2T)
• User Controls:
  • External Dipswitch
  • Video Format
  • Pedestal
  • Narrow/Wide Blanking
  • Audio Group 1 4
  • Digital Noise Reduction
• Power:
  • 5VDC Regulated, 4 Watts
    • This item requires the DWP D-series Power Supply, sold separately.
• Size:
  • 5.8in x 3.1in x 1in (147 x 79 x 25mm)