DS1086LU-527+

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The DS1086LU-527+ is a low-jitter, programmable-delay digital delay generator designed to convert the signal from a reference oscillator into desired timing output signals. It combines the advantages of low cost, low operating voltage and low power consumption with robust feature set.

The DS1086LU-527+ is housed in a small form factor, 6-pin thin SOT23 package, making it suitable for use in a variety of small form factor applications. It is capable of generating fixed or advanced delay patterns and can be configured to meet specific timing designs. It also features an adjustable output delay range, allowing designers the flexibility they need in their designs.

The DS1086LU-527+ is useful in a wide range of applications such as clock, data, serial buses and other communication systems that require precise timing. In addition, due to its small form factor, it can be used in a variety of portable and embedded systems. It can even be used as a fan-out buffer for microprocessors and other digital devices.

The working principle of the DS1086LU-527+ is relatively simple. The device takes the signal from a reference oscillator, such as a quartz crystal, and performs an array of digital functions on it.These functions can be programmed using an onboard microcontroller.The output of the device is an output signal with a programmable delay and a selectable waveform.

The clock generator in the DS1086LU-527+ has three main functions.The first is frequency synthesis, which allows the user to select any frequency within the range of the device.The second is frequency division, which allows the user to divide the input frequency.The last function is phase-shifting, which introduces a delay into the generated waveform.These three functions combine to form a highly configurable delay clock generator.

The DS1086LU-527+ is an ideal choice for those looking for a fast, low-power, low-cost solution for their timing requirements.Its small form factor makes it ideal for use in a variety of small form factor applications and its robust feature-set makes it highly adaptable to meet the needs of a variety of different designs.In addition, its adjustable output delay range allows for a highly customized solution for any application.

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