SY100E111AEJI-TR

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The SY100E111AEJI-TR is a high performance low skew 1 to 10 differential 2.5V PECL/ECL Clock Buffer. This particular buffer is useful in a variety of application fields due to its high performance and low skew characteristics. This includes networking, storage, telecommunications, embedded systems, test and measurement equipment.

The SY100E111AEJI-TR boasts excellent timing characteristics for a variety of applications. It is capable of running at very high frequencies, up to 953 MHz in ECL mode and 927 MHz in PECL mode. This makes it ideal for applications that require extremely low skew, such as high frequency clocking. In addition, it also features low power consumption and a high output drive capability.

The SY100E111AEJI-TR is also suitable for a range of applications that require clocking with different protocols. This includes both PECL and ECL clocking, as well as LVDS, which are popular with many telecom, networking and data storage systems.

When it comes to the working principle of the SY100E111AEJI-TR, it is quite simple. It acts as a buffer between an input clock source and an output clock receiver. The buffer is used to level shift the input clock signal, along with isolating it from any stray signals. It is also used to amplify the clock signal, helping to ensure that the output clock receiver receives a stronger, more reliable signal.

In addition, the SY100E111AEJI-TR features a programmable output delay and skew compensation circuit. This allows for precise control over the timing of the output clock, ensuring high frequency accuracy in a variety of applications.

Overall, the SY100E111AEJI-TR is an excellent choice for a variety of applications. It features excellent timing characteristics, low power consumption, a high output drive capability, and is well suited for a range of protocols. In addition, it features a programmable output delay and skew compensation circuit, ensuring precise control over the output clock. As such, it is an ideal choice for any application that requires high frequency clocking accuracy.

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