SY10E111JC

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The SY10E111JC is a bipolar dual-driver subcircuit in a 16-lead wide body SOIC (Small Outline Integrated Circuit) package. It is a product of Symmetry Electronics and is used in fixed frequency clock buffers to provide drive for one clock input and multiple fan-out outputs. The SY10E111JC is designed to provide low skew delay and be able to transmit signals up to gigahertz frequencies.

The SY10E111JC works as a driver for dual clock inputs. It is usually used in high speed digital applications such as serial and parallel data transfer. The SY10E111JC can be used to drive one signal to multiple outputs, with each signal polished for reduced skew delay between outputs. This makes it ideal for applications involving digital logic, such as data capture, high speed computing, and network communications.

The SY10E111JC can be used in different operating modes. It can operate as a single clock driver or dual clock driver depending on the application needs. In single clock mode, the SY10E111JC can act as a single driver with two outputs. In dual clock mode, the SY10E111JC can be configured to drive two independent clock signals and output them on different fan-outs.

The SY10E111JC is designed to reduce edge-skew and clock integrity between outputs. This ensures that data is accurately captured, with consistent timing margins and jitter values. The clock outputs have an active edge-skew of 10ps and a propagation delay of 80pS between channels.

The SY10E111JC is designed to operate from a single 3.3V supply. It is optimized for low power, with a typical power dissipation of 13mW. The device is designed to function at frequencies up to 1GHz and is compatible with standard TTL and CMOS logic devices. It is available in a 16-lead SOIC package.

In conclusion, the SY10E111JC is an excellent choice for clock buffering and fan-out applications. It provides low skew delay, low power dissipation, and is able to handle signals up to gigahertz frequencies. The two configurable clock inputs and two outputs make it ideal for data transfer and computing applications.

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