DS1013S-80

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The DS1013S-80 is a product from Maxim Integrated designed for clocking and timing. It is a Delay Line that is ideal for interface clocking and data synchronization purposes. The device is suited for a variety of applications in communications, computing, and consumer electronics systems.

DS1013S-80 has a Delay Line structure that consists of three stages. This allows for precise control and positioning of the timing of clock signals, providing better reliability and superior performance. The delay line has a configurable setup time that can be set to optimize the delay line response to ensure improved control of signal propagation times.

The device has a maximum clock frequency of 80 MHz and can accommodate up to four clock outputs. It also supports the generation of a single system clock with four selectable delays, creating four precise timed clock edges within the system with deterministic jitter and low noise thanks to the low-noise design of the device.

The device is able to operate at temperatures of up to 105°C, making it suitable for high-temperature, automotive and mission-critical applications, allowing the device to perform more reliably in these more demanding conditions. The device also has increased signal integrity, low output skew, and precise duty cycle adjustment features.

The DS1013S-80 has a differential signal input, allowing for precise clock and timing synchronization. The device also features an adjustable compensation network that is capable of controlling clock and data signal propagation delays when taking into account the differences between the board and the Delay Line. This ensures better signal integrity and improved system performance.

The DS1013S-80 is a highly reliable Delay Line that is suitable for clocking and timing applications. It has low output skew, adjustable duty cycle, and adjustable propagation delays, ensuring superior system performance. The device is also compatible with high-temperature, automotive and mission-critical applications, making it a reliable choice for these demanding conditions.

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