DS1013M-30+

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

DS1013M-30+ is a popular model in the field of delay lines. It is a type of memory RAM device with \ a capacity of 4K x 8 bits, and can read random access data if configured properly. It has the ability to store data in different ways, reusing energized address lines, and can be configured for different kinds of timing and delay line applications.

Delay lines are electrical devices which allow for the passage of a signal from one point to another point with a certain period of delay. They are typically used for triggering events, creating time-delays in production processes, controlling certain devices, and performing other timing and synchronization related functions.

The DS1013M-30+ has a lot of helpful features for the specific purpose of providing timing and delay functions. There are two types of delay lines in the DS1013M-30+, a fractional delay line and an integral delay line. The fractional delay line can provide a delay of 0-255 clock cycles and the integral delay line can provide a delay of 0-2999 clock cycles.

The delay line can be used to create various types of delays. The fractional delay line is useful for applications where accuracy is important. It is used in applications such as data acquisition, telecommunications, and industrial automation. The integral delay line is used for applications which require long delays, such as memorization and verification processes.

The DS1013M-30+ also offers a number of additional features, such as bus arbitration, bus hold timing, and write protect. Bus arbitration allows multiple memory devices to communicate without having to address each individual device. Bus hold timing ensures that data is not overwritten by multiple devices. Write protect keeps data from being overwritten when the device is in the write mode.

The DS1013M-30+ also includes a memory array controller module which is used to control access to the memory. The controller module is used to set up the write/read pointers, control the delay line timing, configure the address lines, and perform other useful functions. The controller module is also used to add additional features such as memory protection, diagnostics, and status registers.

The working principle of the delay lines in the DS1013M-30+ is simple. When a signal is received, it is inputted into the first storage location of the delay line. From there, the signal is outputted to the next storage location until the desired delay time has been reached. At that point, the signal is outputted to the destination. This process takes a certain amount of time and is determined by the speed of the delay line.

Delay lines are used in a wide range of applications. They are used in industrial automation for controlling production processes and for verifying the accuracy and timing of production tasks. They are also used in data acquisition and transmission, such as in telecommunications and television broadcasting. Delay lines are also used in computer systems for synchronization, in motor vehicle systems for keeping timing, and in medical equipment for precise timing of various events.

The DS1013M-30+ is a reliable and precise delay line module and is well suited for a variety of applications and timing needs. It is easy to configure and use, and is a great choice for those looking for a reliable and easy to use delay line module.

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