DS1013S-80+T&R

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A DS1013S-80+T&R delay line is a long-distance timing and synchronization device built from chip-level analog and digital components. It is commonly used in telecommunications, radio and aerospace applications, since it can accurately align individual clock signals over long-distance transmission paths. The core of the DS1013S-80+T&R delay line is its Time Domain Reflectometry (TDR) technology. This works be sending a signal down a single coaxial cable or waveguide path, known as the “reference” path, and then receiving the reflected signal. The time for the signal to go down the reference path and back is known as the “One-Way Flight Time” (OWFT), and this is the primary measure used to calculate delay times.

The DS1013S-80+T&R delay line is a highly precise instrument. Its method of operation is based on two primary components, the T&R block and the delay line. The T&R block is the base unit of the system and acts as an amplifier, frequency translator and timing control engine. It is responsible for creating the waveforms that the delay line will replicate and amplifying the transmitted waveforms. The delay line is a secondary component that is responsible for taking the waveforms created by the T&R block and accurately replicating them, maintaining the time and frequency of the waveforms over the entire module.

The DS1013S-80+T&R delay line is used extensively in many industries, including mobile and fixed-line telecommunications, data storage and storage/retrieval systems, as well as high-precision test/measurement applications. It offers a variety of features, including:

• High accuracy, or “low-jitter” performance: The DS1013S-80+T&R delay line has a jitter specification of 0.5 picoseconds, which means that clock signals will remain accurately aligned over long-distance transmission paths.
• Multiple time zone support: The module supports multiple time zone settings, allowing timed events to be synchronised across different parts of the world.
• Sub-nanosecond resolution: The delay line has a resolution of 50 picoseconds, making it highly accurate in the timing of events.
• Flexible system configuration: The module is highly configurable. It can be operated as a stand-alone unit or as a part of larger system.

As well as its accuracy, the DS1013S-80+T&R delay line is highly reliable. The module has a MTBF of greater than 1.6 million hours, making it suitable for use in mission-critical applications. The module also has an extended temperature range, making it suitable for use in a wide range of environmental conditions.

In applications where precise timing accuracy is essential over long distances, the DS1013S-80+T&R delay line is an excellent choice. Its TDR technology, high level of accuracy and reliability make it a popular synchronisation solution for many industries. The DS1013S-80+T&R delay line is able to perfectly maintain the phase synchronization of clock signals over long-distance transmission paths. This allows networks to function accurately and reliably over long distances, reducing the need for costly maintenance and downtime.

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