What is this BS 6288-10 - Magnetic tape sound recording and reproducing systems about?
BS 6288-10 discusses magnetic tape sound recording and reproducing systems with a focus on specifications for time and address codes. BS 6288-10 applies to an address code in the form of intentional pauses within a programme for the automatic recognition of individual parts of the programme.
BS 6288-10 is the tenth part of the multi-series on magnetic tape sound recording and reproducing systems that apply to a time reference (80-bit time code according to IEC Publication 461) located on a track halfway between the two audio tracks of a 6.3 mm wide professional twin-track magnetic tape for use at a tape speed of 19 cm/s or 38 cm/s.
Who is BS 6288-10 - Magnetic tape sound recording and reproducing systems for?
BS 6288-10 on magnetic tape sound recording and reproducing systems is useful for:
- Audio equipment manufactures
- Magnetic tape sound recording and reproducing systems manufacturers
- Audio programmers
- Sound technicians
- Regulatory bodies
Why should you use BS 6288-10 - Magnetic tape sound recording and reproducing systems?
Magnetic audiotape is used to capture speech and music, and magnetic videotape provides a low-cost medium for recording analog voice and video signals directly and simultaneously. Recorded audio signals comply with the requirements applicable to professional use. It is recommended that bias be applied during time track code recording.
BS 6288-10 discusses track configuration and mode of recording, requirements for equipment for recording and reproducing the time code, and recommendations for pauses within programmes. This will help you to understand address code in the form of intentional pauses within a programme for automatic recognition.
The requirements provided by BS 6288-10 assist you in improving the performance and quality of the magnetic tape sound recording and reproducing systems. With obedience and compliance to BS 6288-10, you can enhance magnetic tape sound recording and reproducing systems’ effectiveness and efficacy.