DS1100U-150+

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DS1100U-150+ belongs to the family of clock/timing delay lines. It is a clock/timing delay line that offers low insertion loss and high accuracy. It is optimized for low voltage applications, providing a high-precision and low-voltage clock delay when used in a variety of applications.

DS1100U-150+ is designed for devices that require precise time delays and accurate control of time. It is used to extend clock signals from one point to another to provide accurate timing control. Its clock/timing delay line allows for precise clock timing by providing controlled delays for clocks. It is suitable for devices that require precise control of time for many applications such as communications, instrumentation, and aerospace systems.

The DS1100U-150+ clock/timing delay line utilizes a series of Master-Slave clock delay lines with a multiple-tap architecture inside. To provide precise time delay, the master clock line is used to drive the slave lines while the multiple master taps are adjustable to achieve different levels of timing control. The multiple slave lines can also be used to achieve high levels of precision and accuracy.

The DS1100U-150+ clock/timing delay line also features adjustable delay lines. It has two rotary dials which are used to adjust the delay. One dial is used to adjust the master or tap delay while the other is used to adjust the slave delay. The adjustable delay lines enable the user to customize the clock/timing delay and thus provide the user with precise control over the timing of the signals.

The DS1100U-150+ clock/timing delay line uses an edge connector for the clock and timing signals. This connector is designed to ensure maximum connection reliability and proper electrical performance. The edge connector is also designed to be tamper-proof, preventing misplaced or misaligned signals.

The DS1100U-150+ clock/timing delay line is designed to provide a low voltage, high accuracy, and low insertion loss delay. It is optimized for applications such as communications, instrumentation, and aerospace systems that require precise timing control. Its multiple-tap architecture, adjustable delay lines, and edge connector technology make it ideal for a wide array of clock/timing applications.

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