SY100EP196VTG

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SY100EP196VTG is one of the products of the SY100 family of Timing Delay Line (TDL) solutions from Syfer Technology. The device is designed for a wide variety of applications in which delay-line functions for timing, multiplexing, and sequencing are important. It has a wide operating range, from 0.9 to 3.6V, and can be programmed for delays from 0 to 200ns. It is offered in a 28-pin DIP or SOP package and is compatible with SMT and/or through-hole assembly.

The delay value of the SY100EP196VTG is adjustable and controlled by programming a single external register, allowing it to be set without the use of expensive wizards and software. Furthermore, its low power consumption, high noise immunity and wide operating voltage range make it suitable for a wide range of applications.

The SY100EP196VTG is specifically suitable for applications in which multiple data signals need to be delayed in order to achieve synchronization and/or re-timing, such as data bus arbitration, LED display control, and serial interface control. It also uses a common synchronization pulse/clock input pin so a single clock source can be used for multiple delayed signals. The device allows up to four data paths to be synchronous or asynchronous, depending on the design requirement.

The main working principle behind the SY100EP196VTG is straightforward. All inputs and outputs are registered versions which means that valid data from the input pins is only propagated to the output pins after a fixed delay. The register enable pin controls the input registers, while the enable output pin controls the output registers. This structure allows the output data to be adjusted by programming the device via the register enable pin.

In summary, the SY100EP196VTG is a versatile Delay Line device which is suitable for a variety of applications. Its adjustable programming makes it especially suitable for synchronization and re-timing needs, as well as multiplexing, sequencing and signal interface control. Furthermore, its low power consumption, high noise immunity and wide operating voltage range make it attractive for a wide range of applications.

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