87001BG-01LF

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The 87001BG-01LF is an integrated circuit clock buffer and driver, designed to amplify and fan out clock and timing signals. It is ideal for applying to applications requiring as many as sixteen outputs for signaling and/or fan-out purposes related to bus switching, data capture, and interfaces. The 87001BG-01LF can be used with TTL, CMOS and other logic levels to cover a wide variety of applications.

The 87001BG-01LF has an extended operating temperature range, up to a maximum of +85°C. This, coupled with its low power dissipation, makes it ideal for use in military and aerospace applications, as well as thermal management applications. The 87001BG-01LF also features an integrated power-on reset circuit, which helps improve system stability and reliability. This feature allows it to be used as a standalone device, or as part of an larger system.

The 87001BG-01LF utilizes two techniques to ensure robust design,and to ensure reliable system performance: clock skew and jitter control. The clock skew control helps buffer and adjust the clock signals, making them consistent across all lines. The jitter control technique operates by utilizing multiple redundant clock signals that are applied to the internal clock buffer, ensuring the clock appears consistent, regardless of the jitter or distortion it may be subject to.

The 87001BG-01LF is provided in a 16-pin Thin Small Outline Package (TSOP) footprint, providing a low cost and highly functional solution for a wide range of timing applications. In addition, it is delivered with a circuit schematic and an operating manual, making it easier to understand and use. With its small size, efficient design, and functionality, the 87001BG-01LF is a great choice for many critical timing applications.

In summary, the 87001BG-01LF is a highly reliable and cost-effective integrated circuit clock buffer and driver, designed primarily for timing and signal distribution applications. Its extended operating temperature range and integrated power-on reset circuit make it an ideal choice for mission-critical operations. Moreover, its small size, robust design and ease of use make it an attractive choice for a wide variety of timing applications.

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