CY22800FXC-034A

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CY22800FXC-034A is a clock/timing Application Specific Integrated Circuit (ASIC) with a variety of features. The device includes two separate clock oscillators, two full-bridge pre-amplifiers, two voltage-controlled delay lines, a programmable-divider, a programmable- duty cycle, and two variable-width, source-synchronous divides.

This ASIC is designed to simplify the design of synchronous systems. It is ideal for any system that requires tight synchronization in real-time events. It is also useful in digital signal processing and communications applications.

Application Field

CY22800FXC-034A is ideal for a wide range of applications, which include but are not limited to: high-speed clocking/timing, computer system synchronization/tracking, point-to-point communications, digital signal processing, and in sampling clocks. It is also quite useful in providing reduced system setup time.

Working Principle

The device has two independent clock oscillators, each with a unique frequency and stability characteristics. The user can supply an clock signal to the device to use as a reference frequency for the oscillators. The oscillators are then used in conjunction with two voltage-controlled delay lines and two full-bridge pre-amplifiers in order to allow for tracking of the reference frequency with a given amount of jitter.

The programmable-divider allows for fast set-up times by allowing for scalable clock frequencies that can be operated from the same oscillator block. This allows for faster startup and system-level optimization. The programmable-duty cycle module helps to minimize jitter, while the variable-width, source-synchronous divides provide accurate signal transmission.

In short, CY22800FXC-034A is a versatile clock/timing ASIC that is designed to simplify system design and provide synchronized real-time events. Its programmable features allow for quick setup and optimization, while its voltage and current-controlled modules provide high system accuracy by reducing jitter and providing accurate signal transmission.

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