PI6C2510-133ELE

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The PI6C2510-133ELE is a Clock/Timing device from Pericom. It is a clock generator, PLL (phase-locked loop), and frequency synthesizer that is designed for use in a variety of applications and industries. The feature set of this device makes it ideal for use in medical, automotive, industrial, military, aerospace, and other high-reliability applications.

The PI6C2510-133ELE is a low-power, low-jitter, high-performance clock source that can generate up to 140MHz of square-wave output. It outputs both differential clocks and PECL (positive emitter-coupled logic) signals that are used to synchronize various systems with one another. The main advantage of this device is its extremely low jitter and high reliability.

The PI6C2510-133ELE supports several different operating modes. It can be used for low jitter Mode, frequency synthesis Mode, and IEEE 802.3 compatible Mode. In frequency synthesis Mode, the device can take an input clock signal and generate an output clock with the same frequency but with different characteristics, such as a different duty cycle or edge rate. This makes the PI6C2510-133ELE an ideal solution for applications that need to match different clock sources. It can also be used as a fan-out clock buffer and as a fan-in clock driver.

The device supports a wide range of input signals including differential or single-ended signals, such as LVPECL, LVDS, and SSTL. It also supports LVTTL and HDMI signals, as well as spread spectrum clocks input signals. Additionally, it supports output splits and multiple PECL outputs.

The PI6C2510-133ELE also supports a number of advanced features such as spread spectrum modulation, frequency lock loop (FLL), and pulse cycle modulation. The FLL allows the device to adjust its internal clock rate to maintain a consistent output frequency over temperature changes and other environmental variances. This feature ensures that the device maintains the highest level of reliability even under changing temperatures and other conditions. The pulse-cycle modulation feature reduces the output jitter to nearly 0.1ps (rms).

The PI6C2510-133ELE is also highly programmable with an integrated SPI/I2C interface. Through this interface, users can program the device to generate different clock frequencies, duty cycles and edges, as well as to enable or disable the output stages. This flexibility allows the device to meet different demands that may be required by the application.

The PI6C2510-133ELE also features an adjustable slew rate that enables the user to fine-tune the clock transitions. This helps to reduce EMI and reduce potential system noise. It is also designed with integrated ESD and latch-up protection to ensure a high level of reliability and compatibility with other systems.

The PI6C2510-133ELE is designed for a wide range of applications and can be used in a variety of settings. It is an ideal solution for medical, automotive, industrial, military, aerospace, and other high-reliability applications. In addition, it can be used as fan-out clock buffering, clock synchronization, and frequency synthesis applications. Its high level of performance and low-power operation makes it an attractive choice for design engineers.

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