Fiber Options B743AV CCTV transmission system
Technical Specification
Features:
- Make: Fiber Options
- Model code: B743AV
- Transmission type: Fibre Optic transmission
- Video Inputs: 1 channels
- TX/RX: TX/RX
Additional info:
The B743AV/B7743AV series high performance broadcast grade fiber transmission system supports composite video and four channel of line-level audio. The all-digital processing platform features 24-bit audio processing and a 48 kHz audio sampling rate. For added flexibility dual range audio levels for the four audio channel can be configured for -10 dB to +8 db or 0 dB to +18 dB operation. Four multi-segment LED display provides for complete monitoring of input video, output video, audio input and audio output levels and the received optical signal. The built-in test feature aids in the installation process as it easily measures the actual optical loss in the fiber run from the transmitter.
Read more| Make | Fiber Options |
|---|---|
| Category | Surveillance software products |
| Model code | B743AV |
|
Transmission type: Fibre Optic transmission Video Inputs: 1 channels TX/RX: TX/RX Video Outputs: 1 Transmission Range m: 6000 Number of Fibres: 1 Digital: Digital Signal Mode: PAL / NTSC |
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| Physical Specifications | Weight g: 540g |
| Electrical Specifications | Voltage: 13.5 |
| Environmental Specifications | Operating Temp oC: -40 ~ +75 |
| Additional info | The B743AV/B7743AV series high performance broadcast grade fiber transmission system supports composite video and four channel of line-level audio. The all-digital processing platform features 24-bit audio processing and a 48 kHz audio sampling rate. For added flexibility dual range audio levels for the four audio channel can be configured for -10 dB to +8 db or 0 dB to +18 dB operation. Four multi-segment LED display provides for complete monitoring of input video, output video, audio input and audio output levels and the received optical signal. The built-in test feature aids in the installation process as it easily measures the actual optical loss in the fiber run from the transmitter. |
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