CY24115KSXC-2T

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CY24115KSXC-2T is a master synthesizer ideal for clock generation and frequency synthesis applications. This device is designed to interoperate with its associated PLL, frequency synthesizer, and clock generator peripherals, providing users with a highly integrated point-and-click clock generation solution. The CY24115KSXC-2T operates in either a single-ended or tunable dual-phase mode, allowing users to generate frequency output in the range of 1 to 94 MHz with a 12.5MHz master clock or a 6.25MHz master clock if the core is tuned to a higher frequency.

The architecture of the CY24115KSXC-2T consists of an internal 12.5MHz master clock, an 8MHz system clock, and a half-bridge driver for driving clock signals to the corresponding system peripherals. It is equipped with a power-saving ARM Cortex-M4 core for bridging the gap between the master clock frequency and the output clock. Users can control the frequency output of the CY24115KSXC-2T using either a pre-programmed frequency register, or through controlling the values of the internal clock synthesizer registers. Its internal oscillator consists of an adjustable crystal oscillator that can be tuned for frequency response in the range of 1 to 94 MHz.

The output of the CY24115KSXC-2T can be configured for differential or single-ended operation. The device supports configuration of single-ended signals to drive the connected system peripherals, or low-cost clock outputs for interfacing with external crystal oscillators. Additional features include an adjustable slew rate, individual enable and disable pin controls, adjustable frequency output via the internal registers, and more. The CY24115KSXC-2T is compatible with a range of DIP and SMD packages, and supports an operating temperature range of 0 – 70°C.

The CY24115KSXC-2T is “programmable” in a sense that the user is able to tune the frequency output of the device. This programming is done via various registers or pins in the peripheral that can be modified in order to adjust the settings and parameters. For example, the user may configure the power-saving ARM Cortex-M4 core and the clock synthesizer registers to generate a specific frequency output.

The CY24115KSXC-2T can be used in numerous clock generation and frequency synthesis applications. It is particularly well suited for automotive and aerospace applications such as timing and control in communications, satellite navigation, and computing. Other applications for this device include digital video broadcasting, remote controllers, data converters, asynchronous microprocessors, closed-loop motor control, and watchdog timer systems.

In conclusion, the CY24115KSXC-2T is a powerful and feature rich point-and-click clock generation solution ideal for a variety of clock and frequency synthesis applications. With its highly integrated design and configurable registers, users are able to quickly and easily generate frequency outputs in the range of 1 to 94 MHz and beyond without the need for complicated external components. This device is preconfigured to support both single-ended and dual-phase outputs, further enhancing the flexibility and usability of this offering.

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