DS1110LE-250+

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DS1110LE-250+ Clock/Timing - Delay Lines Applications and Working Principle

Clock/timing delays are an integral part of many electronic systems, and the DS1110LE-250+ is one of the most reliable and cost-effective solutions on the market today. Known for its ultra-low jitter and extremely fast rise times, the DS1110LE-250+ delay line offers reliable performance when timing critical system events.

DS1110LE-250+ Delay Line Applications

This proprietary DS1110LE-250+ delay line is used in a variety of industrial, scientific, medical, aerospace and military applications. Its exceptional performance makes it ideal for synchronizing and triggering systems, providing reliable timing references and controlling time delays between system events. It is designed specifically for mission-critical applications, and can handle the harshest of working environments.

The DS1110LE-250+ is a versatile delay line that\'s often used in complex industrial and commercial designs. It can be used as a timing reference for industrial motion controllers, providing reliable signal timing to ensure highly-precise motion control. It\'s also often used in data acquisition systems, providing pulsed or real-time signal control. The DS1110LE-250+ can also be used to trigger system events based on specific times or according to a specific scheduling or sequence.

DS1110LE-250+ Working Principle

The DS1110LE-250+ uses a series of delay cells connected in a daisy chain configuration to provide a precision signal timing reference. The delay cells are connected to a high-speed clock signal source, allowing for high-speed synchronous operation. The clock signal propagates through each cell, triggering the delay cells in sequence. The DS1110LE-250+ can be configured to have a selectable number of delay cells, allowing for a maximum delay of up to 256 microseconds.

The DS1110LE-250+ also features a programmable switching matrix and four control lines, allowing for the individual control of each delay cell. This flexibility allows the device to be used in a variety of timing applications. The DS1110LE-250+ also features built-in fail-safe operation, which ensures that the clock signal is always propagated through the device in the event of a power failure.

The DS1110LE-250+ also features a configurable skew between the outputs, allowing for the adjustment of the delay between multiple output channels. This feature allows for the creation of delay lines with uniform delays across multiple output channels, which is ideal for applications such as simultaneous trigging of multiple devices or system events.

Conclusion

The DS1110LE-250+ is a versatile and reliable delay line, designed for use in mission-critical and time-sensitive applications. Its high-performance features and configurable delay characteristics make it an ideal solution for a wide range of industrial, scientific, medical and other applications.

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