DS1110S-350+

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The DS1110S-350+ is a delay line from Maxim Integrated which has a variety of applications and working principles. Delay lines are essentially simple devices which permit a signal or waveform to be delayed by a fixed length of time. They are often used in applications that need to synchronize different signals or circuits together. However, a delay line can also be used to provide time-based triggering of circuits, or to vary a stage of a data processing operation when applied to digital signals.

The DS1110S-350+ is a versatile device which can be used in a range of different applications. Its application fields include data processing, communications, and logic circuits. Its working principle involves utilizing a shift register, the basic delay element of which is the single stage T-Delay Flip-Flop. When input timing signals are present at the clock inputs of the T-Delay Flip-Flop, a delayed Pulse Width Modulated (PWM) pulse is generated at the output. In order for the T-Delay Flip-Flop to operate properly, it needs to be supplied with two separate clock signals; one clock signal, the Master Clock (MCK), is used to synchronize the operation of the T-Delay Flip-Flop, whilst the other clock signal, the Data Clock (DCK), is used to determine the width of the output pulse. To change the amount of time-delay produced by a single stage T-Delay Flip-Flop, the frequency of the DCK can be adjusted. To increase the total available time-delay of the Delay Line, multiple T-Delay Flip-Flops can be cascaded and configured in a shift register circuit.

The DS1110S-350+ consists of a 12-stage shift register of single-stage T-Delay Flip-Flops, with a relatively low-power consumption and a maximum achievable time-delay of 350nS. The output pulses generated by the DS1110S-350+ are highly precise due to the precise synchronization that is provided by the two clock signals, and this precision makes it ideal for use in various timing applications. Furthermore, the low-power consumption of the DS1110S-350+ is advantageous in terms of overall system power consumption.

Another advantage of the DS1110S-350+ is its programmability. By altering the characteristics of the two clock signals supplied to the device, it is relatively easy to program the DS1110S-350+ to generate an output pulse of required width and time-delay. The programmable nature of the DS1110S-350+ can also be further extended if additional external components are added to the circuit.

The DS1110S-350+ is a versatile device which offers a number of benefits in terms of timing operations and applications. Its programmability, precision and low-power consumption make it an ideal choice for use in many different types of circuits. In addition, its relatively simply working principle based on shift registers of single-stage T-Delay Flip-Flops makes it relatively easy to understand, even for those with a limited knowledge of electronic devices and circuits.

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