PI6C2405A-1WE

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The PI6C2405A-1WE is a low jitter, low power, low voltage, highly programmable clock device suitable for a variety of clock generation and frequency synthesis applications. It is perfect for a wide range of wide range of applications, from clock sources for communications, multimedia and base stations to clock sources for servers, PCs, laptops, tablets and other consumer appliances. The PI6C2405A-1WE is a highly programmable, low jitter clock generator and frequency synthesizer perfect for network and system clock sources. The PI6C2405A-1WE is designed to provide ultra-low jitter clock generation, as well as frequency synthesis features. It is capable of operating at frequencies up to 100MHz, and is designed to meet or exceed all applicable EMI, jitter and timing specifications. The PI6C2405A-1WE is designed to be used in a variety of clock generation applications such as frequency synthesis, clock synchronization and generation, clock and timing distribution, telecom clock sources and jitter attenuation. This device is suitable for applications such as mobile devices, base station backhaul networks, high speed data communication systems and embedded applications, among others.

The PI6C2405A-1WE provides two outputs with programmable output frequency. It also provides user-programmable and adjustable frequency ratios and phase shifts, as well as selectable source inputs for selecting the reference and reference data clock inputs. The PI6C2405A-1WE supports multiple flexible modes of operation, which enable it to be used as a jitter cleaner, temperature compensated oscillator, or fixed frequency output device. The device is capable of providing synchronization of signals to an external reference, or providing an internal oscillator source for low jitter operation. It also provides advanced features like spread spectrum, glitch free frequency and phase changes, and glitch free power-on reset.

The PI6C2405A-1WE is a single supply device that operates from a wide variety of power supplies and is compatible with a wide range of package types. It is also capable of operating from a wide range of operating conditions, from -40°C to +110°C, and is capable of operation up to 110MHz. The device incorporates advanced EMI filtering and jitter characteristics, making it ideal for applications for which noise immunity and stable operation is important.

The working principle of the PI6C2405A-1WE is based on its oscillator system, which consists of an on-chip VCO and single-shifted, low-noise fractional-N frequency synthesizer. The frequency synthesizer works on the principle of generating a series of integer frequency outputs with a single output divider. The frequency outputs are generated by counting in a given number of clock cycles between rising edges of the output signal. The reference frequency is divided into a given ratio, which is further divided down by the output divider to generate the desired output frequency. The device can also provide synchronous clock outputs from two separate reference sources by incorporating a dual-edge triggered synchronizer.

The PI6C2405A-1WE is programmable and configurable through an extended Serial Peripheral Interface (SPI) port. The device can be programmed to select the input source, output frequency, output phase and performance optimization. The device also provides an adjustable output frequency range which can be used to adjust the output frequency range to meet specific design requirements.

The PI6C2405A-1WE is a highly flexible, low jitter clock generator and frequency synthesizer which is suitable for a variety of clock generation applications. It is suitable for communications, multimedia and base station applications, but can also be used in a wide range of consumer, embedded, and industrial applications. The device offers reliability, flexibility, and excellent performance in a single package, at a very competitive price.

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