CY22388ZXC-16A

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The CY22388ZXC-16A is a powerful, advanced, yet compact device designed to provide full clock and timing control for advanced embedded applications. It is a single chip Clock Generator, Phase-Locked Loop (PLL), and Frequency Synthesizer for a wide range of clock-controlled designs. The device provides Frequency Synthesizer control, with precision synthesis of frequency control for easy and accurate frequency selection for advanced clock control needs. The CY22388ZXC-16A provides several different clock output modes that can be used to support different types of applications. These include the following:

Crystal Oscillator Mode – The set up allows the CY22388ZXC-16A to use a single crystal oscillator as the main clock source, with the configuration options allowing the user to select a clock frequency up to 400MHz. This mode is ideal for applications where precise frequency control is required.

Variable Speed Voltage Controlled Oscillator (VCO) – In this mode, the CY22388ZXC-16A acts as a precision frequency synthesizer, allowing the user to precisely adjust the clock frequency up to 400MHz. This is ideal in mobile applications where the immediate control of the main clock source is required.

Direct Intentional Modulation (DIM) – The CY22388ZXC-16A supports Direct Intentional Modulation (DIM), which is ideal for applications requiring a precisely modified clock signal. This feature can be used to accurately control various clock outputs by changing the clock programming signals, while maintaining the exact clock frequency the user requires. This can be ideal in low-power, battery-operated applications.

Input Clock Divider Mode – Input clock divider mode can be used to divide the input clock frequency by an integer rate and are used to provide a lower frequency clock for output applications. This can also be used to enable the output of higher frequency clock signals by dividing the input signal to a lower frequency. This feature is ideal for applications that require multiple frequency clock outputs.

Output Clock Divider Mode – Output clock divider mode can be used to divide the output clock frequency by an integer rate and are used to provide a higher frequency clock signal as an output. This feature is ideal for applications that require multiple frequency clock signal output options.

The CY22388ZXC-16A has a number of programmable features that allow the user to adjust the frequency, duty cycle, and phase-shift of the clock signal outputs. This allows the user to precisely control the clock signal according to their needs and application. Furthermore, it is capable of an operating voltage between 1.8V to 5V and current consumption as low as 4.5mA, making it suitable for applications with varying power requirements. It is also I2C and SPI compatible, allowing for easy configuration and control.

The CY22388ZXC-16A is an ideal device for clock and timing control in advanced embedded applications. Its wide range of features, high precision, and low power consumption make it an optimal choice for clock control. It can be used in applications such as mobile devices, automotive systems, medical equipment, and other applications requiring precise frequency control.

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