DS1013M-10+

Series:	--
Packaging:	Tube
Part Status:	Obsolete
Function:	Multiple, NonProgrammable
Delay to 1st Tap:	10ns
Available Total Delays:	10ns
Number of Independent Delays:	3
Voltage - Supply:	4.75 V ~ 5.25 V
Operating Temperature:	0°C ~ 70°C
Mounting Type:	Through Hole
Package / Case:	8-DIP (0.300", 7.62mm)
Supplier Device Package:	8-PDIP
Base Part Number:	DS1013

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The DS1013M-10+ are a range of ultra-precision delay lines. They are designed for use in analog audio and video signals, as well as clock and data applications, providing amplification and transport of signals along with synchronized operations.Delay lines are essential for many applications involving synchronization and timing. They are commonly used in systems that require precise delays. For this reason, delay lines are often used in medical electronics and in military applications. Delay lines are also extensively used in telecommunications, and they have been used in audio and video recording systems since the early days of technology.The DS1013M-10+ provides unsurpassed power efficiency, long-term stability and precision control, while maintaining an extremely low power budget and end-to-end delay of just 10 ns. The overall power budget of the DS1013M-10+ is 1/3 of that required by comparable devices.A delay line consists of an input, a buffer, a storage medium, and an output. When the signal is received at the input, it is processed and stored in the storage medium. At the output, the stored signal is sent on with a delay equal to the time it took the signal to travel from the input to the storage medium.The DS1013M-10+ uses a variety of delay line technologies, depending on the application. These technologies include monolithic delay lines, subsampling, hybrid and optical delay lines. Each type has its own advantages and disadvantages, so it is important to choose the right one for the application.The special design of the DS1013M-10+ provides a wide range of control selections for high accuracy and repeatability. Control input signals are provided through a two-wire differential connection, allowing for phase and frequency adjustment.The monolithic delay line technology is used in the DS1013M-10+ to provide higher resolution, faster operation and greater accuracy. The delay line uses two sets of capacitors to store data, which is then passed through the buffer to the output in a staggered sequence. This process is repeated until the delay is achieved. Monolithic delay lines provide a large number of channels for simultaneous signals, allowing for greater performance and accuracy.The subsampling delay line consists of an array of shift register cells, and provides high resolution, low power and wide dynamic range. This technology is used in audio, video and communications systems, and provides fast, silent operation.The hybrid delay line uses a combination of different technologies, such as monolithic or subsampling, to provide higher resolution, greater accuracy and reduced power consumption. Hybrid delay lines can be used in medical and military applications, such as ECG and MRI imaging, requiring higher resolution and speed.The optical delay line operates by modulating the light signal, adding a time delay to the signal. This technology is commonly used in fiber optic communications systems, where it is used to simulate cables and enable higher speed and accuracy.The DS1013M-10+ is designed to be reliable and robust, providing optimal performance for its applications. With its high levels of accuracy, power efficiency and stability, the DS1013M-10+ is an essential component for many synchronization and timing applications.

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