DS1013M-200

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The DS1013M-200 is a precision analog delay line product from Dallas Semiconductor that is designed for use in applications involving clock or timing circuits. The device provides a precise delay of 200 nanoseconds for signals ranging from 0.5 to 3.5 volt TTL levels, making it suitable for a wide range of high speed applications. It offers highly precise pulse and waveform shaping, clock and timing expansion, and signal buffering.

The DS1013M-200 consists of a single stage cross-coupled feedback circuit, with a delay of 200 nanoseconds at 5 volts. The input and output circuits are connected by a 3.3V reference voltage to form a closed loop that eliminates the dependence on load variations. The device is also designed for industrial temperature operation, making it well-suited for systems that must operate in extreme environments.

The operation of the DS1013M-200 can be described in terms of its transfer function. The input signal is first passed through a low pass filter that removes high frequency noise. The signal then passes through the cross-coupled active components, and the delay is determined by the width of the components and their operating voltages.The delay is then set using either digital or analog programming techniques.

In terms of its application field, the DS1013M-200 can be employed in a wide range of applications. It is well-suited for use in clock and timing circuits, as it offers highly precise pulse and waveform shaping for signals ranging from 0.5 to 3.5 volts. It is also well-suited for clock and timing expansion, as the delay is accurately controlled by adjusting the device’s operating voltage. The device can also be used for signal buffering, in which a signal is prevented from propagating too quickly through a circuit, allowing for more stable operation.

The DS1013M-200 is an excellent choice for delay line applications. Its single stage cross-coupled feedback circuit provides a stable, accurate, and repeatable delay of 200 nanoseconds. At the same time, its low pass filter, operating voltage control, and buffering capabilities make it well-suited for use in a wide range of clock and timing applications.

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