DS1013-25

Delay Lines are electronic devices used to precisely control the timing of signals involved in complex electronic systems. They are used extensively in all types of applications, from telecommunications to broadcast radio. The DS1013-25 is a powerful and precise delay line that is used for a wide range of applications, from industrial instrumentation to synchronizing networks.

The DS1013-25 is a Delay Line based on a 25 MHz clock cycle. This allows the device to maintain precise timing over long intervals of time. It can be used to generate a precise delay of up to 25 microseconds and can be used for pulse delays or pulse stimulation.

The DS1013-25 has two primary modes of operation. The first mode is Pulse Stimulation, which can be used to generate precise pulses at precise intervals. For example, if a pulse needs to be generated every 10 microseconds, the DS1013-25 can be used to reliably produce these pulses. The second mode is Pulse Delay, which is used to delay the arrival of a signal over a specific interval of time. For example, if a pulse needs to be delayed by 20 microseconds, the DS1013-25 can be used to provide this delay.

The DS1013-25 is used extensively in industrial instrumentation applications. It can be used to precisely synchronize linear and rotary actuator controls, allowing the user to accurately regulate the speed and position of the actuator. It can also be used to control the timing of digital communications over various networks, ensuring the arrival of data packets at their destination within the required time. In addition, the DS1013-25 can be used in broadcasting and telecommunications applications to time the sending and receiving of signals over various media.

The DS1013-25 is a reliable and accurate delay line that is suitable for a wide range of precision timing applications. The device is simple to use and can be operated with minimal user intervention. It is a cost-effective solution for high-precision timing applications, and it can be used to reliably generate and delay pulses with precise timings.