DS1089LU-140+T

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The DS1089LU-140+T is a versatile clock generator and frequency synthesizer, capable of providing high quality, low power clocking solutions for a variety of applications. This device can be used in a wide range of digital and analog applications, including chip design, power management, embedded and automotive systems, broadcast, and communications.

The DS1089LU-140+T includes a Multiple Clocking Circuit (MCC) and a Phase Lock Loop (PLL). The MCC contains two independent programmable clock generators. They include two separate voltage-controlled oscillator (VCO) inputs, three independent clock outputs, and an auxiliary or buffered output. With the onboard programmable counter and power management, the MCC provides the flexibility for timing critical applications.

The PLL allows for an oscillator to be used as a reference clock. It features both phase and frequency detection, providing a way to fine-tune the frequency of the output clock. Additionally, various output frequencies can be derived from a single input reference. The programmable divider and the programmable PLL can be used to obtain the desired frequency for the application.

The DS1089LU-140+T has a wide range of applications, including digital systems, processor design, power management, clock generation, embedded systems, and data communications. With its advanced features, this device is suitable for a variety of clock sensitive applications.

In digital systems, the device can be used to provide a clock signal for controlling the speed of digital systems. It is used to generate various clock signals from a single reference clock. The PLL allows for an optimized clock signal to be generated for each application, thus providing cost-effectiveness. Additionally, its wide output range makes it ideal for clock sensitive applications such as high-speed I/O, memory systems, and communications.

In processor design, the DS1089LU-140+T can be used to generate optimized processor-driven clocks. The PLL is used to provide a clock frequency that is best suited for the processor. Since this device has multiple VCO inputs, it can be used to generate a variety of clock signals to meet the processor-specific clock requirements. Furthermore, the device can be used to achieve full on-chip synchronization of all digitally-controlled functions.

In power management, the DS1089LU-140+T can be used to maximize the power saving of the system. The PLL can be used to regulate the time-constraint clocking of various functions such as the processor, memory, and peripherals. This device also features clock gating, which can be used to gate off or reduce the unnecessary power consumption of the system.

In embedded systems, the DS1089LU-140+T can be used to generate timing signals that are critical for the operation of the system. The PLL can be used to generate clock signals that are tailored to the operation of the embedded system. This device can also be used to generate a range of clocking signals that are perfect for synchronizing different subsystems within the system. Additionally, this device can be used to create a low-power interface that is compatible with external clock sources.

In data communications, the device can be used to generate clock signals that are synchronized with the data communication channel. It can also be used to generate synchronized clock signals for different transmission protocols. This device is also equipped with an integrated oscillator, which allows for an efficient and cost-effective design.

The DS1089LU-140+T is a versatile clock generator and frequency synthesizer, with features that are suitable for various applications. Its features include low power consumption, high-frequency range, wide voltage supply range, and programmable clock counters. With its advanced features, it provides flexibility for timing critical applications and can be used in different digital and analog applications.

The specific data is subject to PDF, and the above content is for reference