9DB433AFILF

Series:	--
Packaging:	Tube
Part Status:	Active
PLL:	Yes
Main Purpose:	PCI Express (PCIe)
Input:	Clock
Output:	HCSL
Number of Circuits:	1
Ratio - Input:Output:	1:4
Differential - Input:Output:	Yes/Yes
Frequency - Max:	166MHz
Voltage - Supply:	3.135 V ~ 3.465 V
Operating Temperature:	-40°C ~ 85°C
Mounting Type:	Surface Mount
Package / Case:	28-SSOP (0.209", 5.30mm Width)
Supplier Device Package:	28-SSOP
Base Part Number:	ICS9DB433

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Introduction

9DB433AFILF is a clock/timing device that is specifically designed for the medical space. It provides a wide clock and timing solution for medical instruments, imaging equipment and patient monitoring systems, offering a wide range of features and advantages. In this paper, we will discuss the application field and working principle of 9DB433AFILF.

Application Field of 9DB433AFILF

9DB433AFILF has a wide range of applications in the medical space, including instruments, imaging equipment and patient monitoring systems. It is a low-power clock/timing device that supports a wide range of frequencies and time periods, including the main frequency range between 25MHz to 175MHz. In addition, it offers a high level of accuracy, with a frequency stability of 0.05ppm and a temperature stability of 0.05ppm/K. Its low-power operation and high accuracy makes it a perfect choice for medical instruments, imaging equipment and patient monitoring systems.

Features and Advantages of 9DB433AFILF

In addition to its wide range of applications, 9DB433AFILF also offers a wide range of features and advantages. First, the 9DB433AFILF has high signal quality, with a low jitter and low phase noise. This ensures accurate clock and timing synchronization which is essential in medical instruments, imaging equipment and patient monitoring systems. Second, the 9DB433AFILF contains an integrated crystal oscillator, providing a robust and accurate clock source. The integrated crystal oscillator also helps to minimize size and cost, making it a perfect choice for medical applications. Third, the 9DB433AFILF is power-efficient, with a standby current as low as 20 μA. This feature allows the device to consume minimal power and enables it to be used in power-constrained medical applications. Finally, the 9DB433AFILF also offers a wide range of controls, such as frequency range, time period, and level of accuracy. This allows the user to customize their device to the specifics of their applications.

Working Principle of 9DB433AFILF

The working principle of 9DB433AFILF is based on the same principle as any other clock/timing device. The key component of a clock/timing device is a crystal oscillator, which is responsible for generating a stable and accurate clock signal. The 9DB433AFILF also contains an integrated crystal oscillator, which is used to generate a stable and accurate clock signal. The crystal oscillator is powered by the 5V power supply and has a frequency range of 25MHz to 175MHz. This is then passed through the phase-locked loop (PLL) to generate the desired clock or timing signal. The PLL is then passed through the frequency divider, which can divide the input signal down to any desired frequency. This allows the 9DB433AFILF to provide a wide range of frequencies and time periods, depending on the user\'s requirements. Finally, the output of the device is passed through the register and buffers, which ensures that the output signal is of the highest quality. This allows the 9DB433AFILF to provide a highly accurate and stable clock or timing signal, which is essential for use in medical instruments, imaging equipment and patient monitoring systems.

Conclusion

In conclusion, 9DB433AFILF is a clock/timing device specifically designed for the medical space. It provides a wide range of applications, features and advantages, making it a perfect choice for medical instruments, imaging equipment and patient monitoring systems. The 9DB433AFILF contains an integrated crystal oscillator, which is used to generate a stable and accurate clock or timing signal. Finally, the device includes a wide range of controls and buffers, ensuring a high level of accuracy and signal quality.

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