IDT23S08E-1DCG8

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An IDT23S08E-1DCG8 is a low-jitter, integrated, multiple low-voltage CMOS (LV-CMOS) output clock or timing generator. It provides both a single CMOS output and a clock generator output that ranges from 2.5V to 3.3V. The outputs similarly provide low-power, several-MHz output, even at such low-voltage levels. Because of the stability, accuracy and excellent clock output performance at given low-voltage levels, this device is ideal for use in a variety of applications. From wireless communications and data ports and best-in-class Frequency Synthesizers and PLLs, this Integrated and Multiple Clock (IMC) generator is used extensively in today’s technology-based markets. This article will examine the IDT23S08E-1DCG8’s application field and working principle.

The Integrated and Multiple Clock (IMC) generator, such as the IDT23S08E-1DCG8 enables the usage of multiple low-voltage CMOS clock sources to be used in conjunction with several independent I/O systems. This saves a vast amount of power-consumption compared to one clock source with multiple I/O systems. By eliminating the need for multiple clock sources, the user gets greater overall system-level power efficiency through the IDT23S08E-1DCG8 device.

Voltages and jitters are the two major dynamic features that affect the performance, accuracy, and precision of a clock system. With multiple clock outputs, stability and accuracy of the clock signals are not only important, but also critical. This is why the IDT23S08E-1DCG8 was designed to operate at 2.5V to 3.3V, making it a very low-jitter clock source. This is especially beneficial for clocking low-power, ultra-low power systems.

The IDT23S08E-1DCG8 is widely used in application areas such as cellular communications, wireless LANs (WiFi), broadcasting, automotive, data gathering and GPS applications. Its ability to provide multiple, programmable and low-jitter CMOS output clocks make the IDT23S08E-1DCG8 a must for these applications. Its low-jitter, low power output and programmable frequencies makes it a perfect choice for these very specialized and sophisticated applications.

The IDT23S08E-1DCG8 is a Clock Generator Output that provides multiple low-voltage CMOS (LV-CMOS) clock output signals while maintaining low jitter and excellent accuracy. The programmable frequencies can range from 2.5V to 3.3V and provide low power output at several Mega-Hertz. It supports both distributed and discrete clock architectures. This allows the user to create highly optimized system architectures by selecting the exact required frequency for each application.

The IDT23S08E-1DCG8 is based on a Low-Phase Jitter PLL architecture. It integrates PLL, Voltage Controlled Oscillator (VCO), Phase Frequency Detector (PFD) and loop filtering elements for ultimate low-jitter performance and flexibility. This simplified system integration offers great performance in applications where the stability and clock output of the system is critical.

The IDT23S08E-1DCG8 has a versatile loop bandwidth adjustment to further improve system accuracy and jitter performance. This is an important feature of clock generator devices and provides added flexibility in tasks such as amplifying, filtering and setting frequencies of the clock clocks.

The high performance of the IDT23S08E-1DCG8 enables the user to achieve stringent requirements of Frequency Synthesizers and PLLs, resulting in highly accurate clock rates that deliver the right performance levels for each application. For example, it can easily achieve low-jitter clocks of 150ps RMS, providing stable timing measurements in any internal or external clock system.

To summarise, the IDT23S08E-1DCG8 is a clock generator output, a LV-CMOSmultiple clock source that integrates PLL for low-jitter performance and greater output stability and accuracy. This makes the IDT23S08E-1DCG8 a popular choice for Frequency Synthesizers and PLLs applications, providing improved system performance and integration. Its wide variety of application possibilities allow for designs that offer highly optimized system architectures for each specific application.

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