DS1135L-35/T&R

DS1135L-35/T&R is a type of clock/timing delay line used in a variety of applications. It is designed to provide a variety of timing and clock signals and to precisely interrogate a system of devices connected to a single source of time. The application fields of the DS1135L-35/T&R have been extensively used in precision timing applications such as computer networks, instrumentation systems, data-logging and control systems, audio and video systems, and for synchronization of distributed clocks.

The DS1135L-35/T&R timing delay line works by establishing a number of programmable clock and delay signals on a single source. Using various combinations of these signals, the precise timing of a system of devices can be established. The basic operation of the delay line is to store a sequence of clock signals and to make them available in a desired order. This facet of the delay line\'s operation is due to its pulse-delay memory storage. The pulse-delay memory stores and delays each of the clock signals until its release.

The DS1135L-35/T&R is constructed of an array of delay elements which are constantly interconnected in specific ways for each of the application fields mentioned above. Each delay element has the ability to store an instantaneous time-delay with a resolution of 1 nsec. The time-delay of each element is controlled by the user and can be adjusted individually. Additionally, each element can be independently triggered by either an external TTL compatible signal, or by selecting one of several internal fixed delay elements.

Due to the delay elements\' extensive flexibility, the DS1135L-35/T&R has a wide range of applications ranging from providing precise timing of various data-sources, to controlling the synchronization of multiple distributed clocks. This makes it a highly useful and versatile timing device.

The working principle behind the DS1135L-35/T&R delay line is based upon the principle of logical synthesis. This principle implies that a given system can be synthesized by connecting together simple logical functions and letting each logical function act upon the input signals in various ways.

In this way, the DS1135L-35/T&R performs its operations by using logic synthesis to create a number of programmable time and clock signals within a single package. By programming the signals stored within the delay elements, the timing and synchronization can be precisely set for any data-source or system.

In conclusion, the DS1135L-35/T&R is a highly useful and versatile delay line used in a variety of clock/timing applications. Its working principle involves the logical synthesis of time and clock signals, enabling precise synchronization and timing of any system of devices connected to a single source of time. The precision and flexibility of the DS1135L-35/T&R makes it an incredibly valuable tool in many applications.