SY10EL15ZG-TR

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The SY10EL15ZG-TR is a high-speed low-skew clock driver designed specifically for clock buffer application fields and working principles. It is suitable for applications where many fan-outs are required from a single clock signal. With 2 channels of support, the device is able to provide precise signal timing for systems which require high-speed clock signals for their operation.

The device is made up of two differential inputs each having a low skew output, a write enable (WE) buffer and an output enable (OE) buffer. The differential inputs receive a single clock signal and produce two low-skew, high-speed outputs, one each for the write (WE) and output (OE) buffers.

The first stage of the device is the differential input stage. This stage is composed of two modified NAND gates configured in a differential circuit. These gates are used to provide the data source for each output. The outputs are synchronous with the input signal, so they are automatically assumed to be synchronized with the device\'s system clock.

The second stage of the device is the write enable (WE) buffer. This buffer consists of a latch, which is used to store the data that is written to it when the WE signal is active. The output of the WE buffer is also synchronous to the system clock.

The output enable (OE) buffer is the third stage of the device. It is composed of an open-drain output, which is used to control the data output from the WE buffer. When the OE signal is de-asserted, the output of the WE buffer is asserted-low. When the OE signal is asserted-low, the output of the WE buffer is asserted-high.

The outputs of the SY10EL15ZG-TR are low-skew and high-speed. This means they are well-suited for applications that need high clock distribution throughout the system. The device is protected from damage due to Electrical Overstress (EOS). It also has an under-voltage lockout that allows the device to powerup safely. The SY10EL15ZG-TR is also not affected by Electro Magnetic Interference (EMI).

The SY10EL15ZG-TR is a highly integrated, low-skew, high-speed clock driver designed specifically for clock buffer application fields and working principles. It is suitable for applications where precise signal timing and multiple fan-outs from a single clock signal are needed. With 2 channels of support, the device is able to provide precise signal timing for systems which require high-speed clock signals for their operation.

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