DS1013S-60+

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The DS1013S-60+ is a delayed line device made up of several delay stages. It was developed by Maxim Integrated and is part of the Dallas Semiconductor family of integrated circuits (ICs). This device is primarily used in signal-processing and analog-to-digital conversion systems, such as signal conditioning systems, and signal routing applications in clock, timing, and control systems.

The DS1013S-60+ is a delay line device with a constant delay of 60ns per stage, allowing users to set the delay to a specific number of stages or to a specific amount of delay. It offers a wide range of digital logic I/O levels including 3.3V, 5V, as well as other digital logic levels. It has low power consumption, are low-voltage tolerant, and are fully static, making them ideal for battery-backed applications.

The DS1013S-60+ consists of several cascaded delay stages. Each stage consists of a two-gate delay cell connected in series with a differential amplifier and a pulse transformer. The two-gate delay cell is made of two transistors, and the differential amplifier is a differential transmission gate. Both transistors and the differential amplifier are placed in a single integrated circuit chip. This is the basis for the delay line, providing the necessary pulse-amplification and pulse-transformation for the desired delay. The pulse transformer interconnects the two-gate delay cell and the differential amplifier stages, providing isolation from power and performance-altering environmental noise.

The DS1013S-60+ is designed to be driven by a single TTL or CMOS level input, providing a low-level delay line with a maximum delay of 240ns per stage. The outputs of the delay stages are either open drain drivers or high-level outputs. Open drain drivers are independent open collector outputs allowing the DS1013S-60+ to be used in a 3-state mode. High-level outputs are driven TTL or CMOS levels, which can be used to drive any type of digital logic.

The DS1013S-60+ provides an economical and reliable source of precision delays for clocks and timing applications. It is ideal for creating delay lines used in clocking systems, digital signal processors (DSPs), digital filters, analog-to-digital converters (ADCs), and many other circuits. With its adjustable delay, the DS1013S-60+ is able to provide more flexibility and accuracy compared to fixed delay lines.

The DS1013S-60+ has several advantages over other delay lines. It has low power consumption, is low-voltage tolerant, and has fully static circuitry. This makes it ideal for battery-backed applications. It is also packaged in a compact package, which allows for easier mounting on PC boards and reduces the overall size of the system.

The DS1013S-60+ is a great choice for a variety of applications in which an adjustable delay line is needed. It is an economical, reliable, and reliable source of precision delays, making it ideal for creating delay lines used in clocking systems, digital signal processors, digital filters, and analog-to-digital converters. Additionally, its adjustable delay and low power consumption make it the ideal choice for battery-backed applications such as signal-processing and control systems.

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