ICS4231M-03LF

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The ICS4231M-03LF is a high-performance oscillator designed to replace many popular clock generator and synthesis products. It is designed for use as a frequency synthesizer or PLL (Phase-Locked Loop) in many clock and data applications. It is a programmable 8-bit clock generator with two outputs and three selectable clock outputs. The ICS4231M-03LF features fast and accurate frequency synthesis and high performance jitter performance.

The ICS4231M-03LF is designed to provide low phase noise and low jitter, while offering the flexibility of two clock outputs, two power supply voltages, and selectable phase and frequency accuracy. The device also includes a built-in phase-locked loop (PLL) to synthesize clock frequencies from very low to very high frequencies. Furthermore, the device supports a wide range of programmable and integrated frequencies, as well as many different output formats, including Pulse Width Modulated (PWM), Spread Spectrum (SSP), and Variable Duty Cycle (VCD). The ICS4231M-03LF also includes a selectable clock output divider, which allows for further frequency customization. Additionally, the device includes a variety of programmable frequency and phase options, including adjustable cycle-to-cycle jitter and duty cycle skew.

The ICS4231M-03LF also features a wide range of features designed to ensure high-performance operation, such as a low-power consumption sleep mode and a low-voltage low-power architecture. These features make the device suitable for use in consumer electronics, networking, and telecommunications applications, among others. The device also includes a variety of power supply, protection, and environmental management features, making it suitable for a wide range of industrial, automotive, and medical applications. Finally, the ICS4231M-03LF is available in a variety of package sizes, making it suitable for many form factors.

The ICS4231M-03LF is designed to work as a clock generator or PLL in many clock and data applications. It functions by synthesizing an input frequency into two digital signals, each operating at different frequencies, called the main and auxiliary frequencies. The main frequency is the output frequency of the clock generator or PLL and is typically an integer multiple of the input or reference frequency. The auxiliary frequency is derived from the main frequency by dividing it down. The ICS4231M-03LF can synthesize a wide range of frequencies, from very low to very high frequencies.

The ICS4231M-03LF also includes a programmable PLL, which enables the device to output a wide range of user-programmable frequencies. The PLL is composed of a Voltage Controlled Oscillator (VCO), an analog Phase/Frequency Detector (PFD), and a programmable Divider/Multiplier Register (DMR). The device also includes a programmable divider register (PDR) to allow for frequency selections not directly programmable within the main and auxiliary frequencies.

The ICS4231M-03LF also includes a variety of programmable features to improve performance and ensure maximum clock stability. These features include a built-in Phase Lock Loop (PLL) and Programmable Output Drivers (PODs) to provide a wide range of signal levels. The device also features programmable clock output selects, which enables the user to select a variety of output clock formats including Sine Wave, Square Wave, Spread Spectrum, and Programmable Duty Cycle Clock. Additionally, the ICS4231M-03LF includes a programmable clock cycle time and pulse width, as well as programmable frequency accuracy and jitter performance, making it suitable for a variety of applications.

The ICS4231M-03LF is a highly programmable clock generator with a wide range of features for use in many types of clock applications. It is designed to provide low phase noise and low jitter performance, while offering the flexibility of multiple output formats. The built-in PLL enables wide range frequency synthesis and high performance clock generation capabilities. The device also includes a variety of programmable frequency and phase options, making it suitable for many clock and data applications. Finally, the device includes several low-power and environmental management options, making it suitable for a variety of industrial and automotive applications.

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