CY28405OXC

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The CY28405OXC is a silicon oscillator circuit from Cypress Semiconductor. It is capable of supporting operating frequencies from 1 MHz up to and beyond 1000 MHz, a frequency range that is ideal for use in a variety of high-speed applications. The CY28405OXC is a very low power, low-noise, multi-channel oscillator circuit that can be used in a variety of digital and mixed signal applications. Its versatility and high performance make it an ideal choice for clock, timing, and signal conditioning applications that require high precision and low power consumption.

The CY28405OXC is programmable up to 25 different reference clock frequencies and provides an adjustable frequency output level with an operator interface that provides a comprehensive frequency adjustability range. An on-chip embedded trimming feature allows the circuit to accommodate variations in operating parameters, to maintain accuracy and reduce idle current consumption. The CY28405OXC is available in a variety of voltage and temperature range options, to ensure that a compatible option is available for various system requirements.

The CY28405OXC is ideal for use in high-speed data applications that require high levels of frequency accuracy and stability. It is suitable for use in applications that require clock generation in multi-channel systems such as radio receiver, transceivers, spread spectrum and clock synchronization. Additionally, the CY28405OXC can be used as a clock generator and jitter attenuator for systems that require adjustable reference clock synchronization, such as use in digital video recorders and set-top boxes.

The CY28405OXC utilizes an advanced, multi-channel architecture which provides both a low-jitter and low-noise output, enabling the system to keep abreast of the ever-increasing data rates. The device also provides low-jitter reference clock output, meaning that it is ideal for serial data applications such as data communications, and is highly suitable for synchronization with RAMDACs, timing systems and DSPs.

The CY28405OXC is able to regulate the reference clock output of the oscillator by an in-built trimming control circuit. This circuit provides a precision trim to the reference clock, which results in an improved level of accuracy and precision. In addition, the operating temperature range of the device has a wide range, covering a broad variety of applications, ranging from consumer electronic systems to high-end computing systems.

The CY28405OXC utilizes advanced architecture, such as high-speed differential signaling, and is capable of providing a wide dynamic range of clock frequencies and output power levels. This makes the CY28405OXC ideal for clock generation in high-speed applications such as DDR (Double Data Rate) and AGP (Advanced Graphics Port) systems. The high level of precision provided by the circuit also makes it suitable for use in high-end networking applications where clock accuracy is critical.

The CY28405OXC is a cost-effective solution that provides excellent reliability and performance for demanding applications. Its integration of an onboard trimming control circuit allows for precision output clock tuning and superior frequency stability, resulting in superior overall performance of the system. This makes the CY28405OXC an ideal choice for clock and timing applications that require high precision and low power consumption.

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