Rosendahl Nanosyncs HD Audio Clock & Video Sync
|
상품가격 상세보기
이벤트보기
|
- 상품상세정보
상품설명
With the introduction of high definition video standards synchronisation of digital audio and video signals is becoming an even more exacting and complex task than it has been already. The new Nanosyncs HD Multi Standard Sync Engine is an intricate electronic gearbox which locks PAL, NTSC or slow PAL, progressive or interlaced HD Trilevelsyncs and digital audio reference signals together in any required combination. The improved DDS audio clock synthesiser combined with a new, ultra high frequency analog PLL design results in lowest clock jitter and minimal phase drift. Word clock jitter is < 8 ps RMS within the audio spectrum (20 Hz 20 kHz). Jittery, interrupted or lost input signals do not affect the stability of the video and audio reference outputs.The unlock and relock procedures are processed smoothly and ensure that all output signals deliver stable reference signals in all operation conditions. A Nanosyncs HD Multi Standard Sync Engine inserted in your synchronisation chain gu
With the introduction of high definition video standards synchronisation of digital audio and video signals is becoming an even more exacting and complex task than it has been already. The new Nanosyncs HD Multi Standard Sync Engine is an intricate electronic gearbox which locks PAL, NTSC or slow PAL, progressive or interlaced HD Trilevelsyncs and digital audio reference signals together in any required combination. The improved DDS audio clock synthesiser combined with a new, ultra high frequency analog PLL design results in lowest clock jitter and minimal phase drift. Word clock jitter is < 8 ps RMS within the audio spectrum (20 Hz 20 kHz). Jittery, interrupted or lost input signals do not affect the stability of the video and audio reference outputs.The unlock and relock procedures are processed smoothly and ensure that all output signals deliver stable reference signals in all operation conditions. A Nanosyncs HD Multi Standard Sync Engine inserted in your synchronisation chain gu
2019-11-25 22:07:15