9LPRS436CGILF

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The 9LPRS436CGILF device is a low-power, single-mode, low-jitter timing circuit (LTC) specifically designed for the Clock/Timing applications. In this application, the devices enables the precise control of system frequencies within narrow limits, providing a precise timing reference point, and allowing stringent timing accuracy even in extreme environment conditions.

The device features a low power and high performance architecture, as well as a compact feature set that optimizes power consumption, performance and space efficiency. The device is based on a low power CMOS process, integrated with a number of advanced PLLs and DSPs to ensure reliable and accurate operation even under extreme environmental conditions, such as high temperature and high noise.

The 9LPRS436CGILF device includes two main features, which are the Device Configuration Interface and the PLL Timing Interface. The Device Configuration Interface enables the user to select and configure various timing parameters, such as system clock frequencies, duty cycles, jitter tolerance and output latency, and then apply them to the device. The PLL Timing Interface is responsible for synchronizing the device with other PLL core logic and enables the precise control of system frequency with high accuracy and stability.

The key function of the 9LPRS436CGILF device is to provide a vital bridge between the “analog” world and the “digital” world, eliminating the need for large amounts of design time and resources to perform complex timing adjustments and calculations. In this way, the device provides a reliable and accurate mechanism that can be easily integrated into a wide variety of related applications.

The 9LPRS436CGILF device is widely used for clocking systems in a variety of different application areas. It has been widely applied in the consumer and industrial electronics market for its exemplary performance and reliability. The device is particularly well-suited for use in data transfer and communication systems, such as gigabit Ethernet and USB3.0, as these require precise synchronization and timing to ensure accurate communication between different components.

In addition, 9LPRS436CGILF is also used in automotive and telecommunication systems, as they are required to maintain precise and consistent frequency and timing references. These systems often demand high accuracy and reliability, particularly in safety-critical applications. The 9LPRS436CGILF devices have been demonstrated to provide robust and reliable performance in such environments, with minimal latency and power consumption.

The 9LPRS436CGILF devices are also used in the medical industry, particularly in diagnostic imaging and ultrasound systems. These systems require precise frequency control to ensure accurate imaging, and the devices provide excellent performance in these applications.

The 9LPRS436CGILF device stands out as a reliable and high-performance solution for a wide range of clocking applications, delivering exceptional system performance with low power consumption, low complexity, and high accuracy. The device is specifically designed for use in embedded systems, and its features and capabilities make it an ideal choice for various Clock/Timing applications.

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