SY10H842LZC

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SY10H842LZC is a Clock/Timing -- Clock Buffers, Drivers used for distributing digital logic clock outputs in asynchronous or multiple clock busses systems. It is mainly used for digital signal switching in computer, communication and consumer audio video equipment control.

The SY10H842LZC provides class-A output capability. The clock outputs are high-impedance unless actively driven by a low-impedance signal. This allows the signals to be connected to more than one output simultaneously without the necessity of using external isolations circuits. There are built-in input filters, allowing wide bandwidth and fast rise times without difficulties.

The SY10H842LZC provides a simple pin-out configuration. The outputs can be programmed individually for fast slew rate characteristic for relocating the clock to its destination. The programmable outputs can be used in rising or falling edge mode, enabling the use of data sampling single-ended or source synchronous techniques. The active low enable input helps to reduce total power consumption and offers a simple way of power management.

The operating temperature range of the SY10H842LZC is -40°C to + 85°C, making it an ideal choice for reliable data and clock switching in high temperature applications. In addition, it has superior EMI suppression, with the integrated built-in EMI filter eliminating the need of additional external EMI filters.

When it comes to the working principle of the SY10H842LZC, it utilizes a synchronous design and differential clock inputs. This provides superior signal integrity with respect to jitter, noise, and reflections that may be encountered in high-frequency clock signals. The differential clock inputs allows the use of both positive and negative-edge triggered flip-flops, thus significantly reducing the amount of signal noise that may affect the overall system.

Furthermore, the SY10H842LZC also offers high fan-out capability and minimal jitter, making it an ideal choice for applications requiring low-jitter clock switching. It also supports multiple process technologies and offers excellent signal logic performance. The device supports up to twelve outputs that can each be individually programmed for a variety of speed and output logic-level combinations, providing low jitter, low operating power, and excellent signal integrity.

In short, the SY10H842LZC is an ideal choice for distributed digital logic clock output applications. It offers superior signal integrity and low-jitter performance, along with the flexibility of being able to program the outputs individually. With its wide range of application and low operating power, the device is perfect for high-speed applications where signal integrity is of critical importance, such as in telecom, data communication, and consumer audio and video control systems.

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