SY898533LKZ

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The SY898533LKZ is a range of non-differential, four-channel, dual-control differential clock buffers used to condition high-frequency clocks in chip designs and other related applications. The device features a balanced output configuration and a low output skew of less than 10 psec, which allows it to meet the signal timing requirements of today\'s most demanding systems. This particular device is perfect for high-speed or high-performance systems, as it is capable of handling frequencies up to 2GHz.

The SY898533LKZ is a very versatile clock buffer, able to be used in both single-ended and differential clock architectures. It allows for the input of two single-ended clocks, two differential clocks, or one of each, and can also output up to four single-ended clocks as well as four differential clocks. The device has flexible routing options, allowing for a variety of configurations such as clock fan-out, clock tree generation, clock cross-bar, and dual-edge triggered designs. Additionally, the device features programmable slew rate control and output enable / disable.

The device\'s working principle is fairly straightforward. The input signals are received and conditioned by the inputs of the buffer. The digital logic of the buffer controls the level shifter, which converts the input signal\'s digital logic level from the LVTTL to LVCMOS digital logic. The outputs are then sent to the outputs, allowing the device to act as a clock buffer with the addition of a power supply voltage. Depending on the user\'s requirements, the device can be enabled and disabled with the Control pins.

The SY898533LKZ is an excellent choice for clock conditioning due to its wide operating temperature range and high-frequency operating range. Additionally, the device\'s low output skew and adjustable slew rate make it well-suited for high-performance and high-speed clock architectures. The device is available in three different packages, making it well-suited for various system sizes. The device is used in a variety of applications including wireless and optical communications, datacom, base stations, industrial applications, automotive and instrumentation, and more.

In summary, the SY898533LKZ is a range of non-differential, four-channel, dual-control differential clock buffers used to condition high-frequency clocks in chip designs and other related applications. It features a balanced output configuration, programmable slew rate control, and output enable/disable, and is available in three different packages. The device is well-suited for high-performance and high-speed clock architectures, and can be used in wireless, optical communications, datacom, base stations, industrial applications, automotive and instrumentation, and more.

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