DS1007S-14

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Delay lines are common circuit components utilized in many different types of systems. The DS1007S-14 is a specific type of delay line developed by Maxim Integrated and is designed for use in a variety of applications. In this article, we will discuss the DS1007S-14 and its typical applications, as well as its associated working principle.

The DS1007S-14 is a high-speed 10-bit digital delay line that is capable of operating up to 30 MHz. It includes a 1.2-bit architecture and a low average power consumption of 1-2mW. It also features built-in compensation for capacitance mismatch. This makes the delay line ideal for a number of applications, including digital processing for video, audio, speech, and other precision timing operations. It is available in both standard and extended temperature ranges.

The DS1007S-14 is generally used in a variety of image processing, low-power processor timing, and general delay purposes. In image processing, the device promotes ultra-high-speed shift-register operation and can be used in applications such as analog-to-digital conversion. It is also suitable for developing low-power processor timing applications, like intermediate frequency (IF) timing adjustment and clock recovery. For general delay purposes, the device is used to obtain precise time delays with a minimum of power consumption.

The working principle of the DS1007S-14 is based on the concept of shifting the input data into a 10-bit shift register, manipulating it, and subsequently outputting it. The device comprises a single 10-bit data input line (DIN) programmed with the 10-bit parallel data, as well as a single clock input line (CLK). At every rising edge of CLK, the 10-bit parallel data stored in DIN is transferred to the ten-stage D-type flip-flop. The stored data then shifts out serially at each cycle of a chosen frequency. The device also has an output enable line (OE), which serves to enable the output data. The output data is also specified with regards to skewing and skew compensation.

In summary, the DS1007S-14 is an effective choice for applications requiring precise timing. It has a low average power consumption and comes with a built-in compensation for capacitance mismatch. It is generally used for image processing, low-power processor timing, and general delay purposes. It works by transferring data in parallel from the 10-bit DIN and then storing it in the ten-stage D-type flip-flop, before being shifted out serially.

The specific data is subject to PDF, and the above content is for reference