DS1005M-175+

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 can be found in some of the most critical elements of everyday life. From electric power plants to wireless communication systems, having access to a quick, precise, and reliable timing is essential to the success of a product or service. The DS1005M-175+ is a product within the category of delay lines that is ideal for many applications. This article will provide a detailed examination of this specific model, as well as its particular application fields and operation principles for potential customers.

Overview of DS1005M-175+

The DS1005M-175+ is a delay line manufactured by Maxim Integrated. It has an adjustable delay range and voltage range of 5 ns to 175 ms, with compliance voltage of 3.3V to 5V. This product is designed to offer exceptional accuracy, characteristics, and repeatability to deliver precision timing in a variety of generated signals. As with most delay lines, the DS1005M-175+ has a low jitter of just 2ps RMS that is essential to creating a reliable signal.

In addition to its impressive specifications, the DS1005M-175+ offers a number of features to make it more usable by customers. It offers a selectable current-switching architecture, adjustable unidirectional delay, and a small form factor for easy installation. As such, it has a wide range of applications, from telecommunications to industrial measurement tools.

Applications for DS1005M-175+

The applications for the DS1005M-175+ are extensive. Its adjustable delay and voltage range have made it a perfect choice for designers who need to time events accurately. In addition, its high accuracy, repeatable characteristics, and low jitter make it a reliable choice for many high-demand applications.

The range of uses for delay lines, and the DS1005M-175+ in particular, include any situation where precise timing is essential. For example, it can be used in power plants for load-shedding systems, as well as for signal synchronization in telecommunications. It can even be used in scientific instruments for precise signal measurement. Additionally, it can be used in industrial settings where signal collection and analysis need to be accurate and repeatable.

Working Principle of DS1005M-175+

The DS1005M-175+ has a fairly straightforward working principle. It uses a series of buffer stages, along with a logic control circuit, to allow it to switch its output state. Its adjustable delay range and voltage range allow designers to create precisely timed signals, while its selectable current switching architecture allows it to switch between multiple voltage levels. The logic control circuit also allows it to be used as a unidirectional delay.

On the technical side, the DS1005M-175+ works by one of two possible configurations; the so-called “Single-Stage Delays” and the “Two-Stage Delays”. The Single-Stage Delays configuration allows for faster speeds, as it only uses a single buffer stage. The Two-Stage Delays configuration takes more time, as it uses multiple buffer stages, but it allows for a greater range of delay periods. As mentioned earlier, the DS1005M-175+ has a selectable current-switching architecture, meaning it can switch between multiple voltage levels, depending on the specific settings.

Conclusion

The DS1005M-175+ is a versatile and reliable delay line. Its adjustable delay range and voltage range, as well as its low jitter and selectable current-switching architecture allow it to be used in a number of applications. From telecommunications to power plants, the DS1005M-175+ offers accurate and reliable timing to make sure the job gets done right. Its intuitive design and preset delay ranges make it easy to use, no matter what the settings require.

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