DS1123LE-100+

DS1123LE-100+ is a frequency-programmable delay line from Maxim Integrated. It consists of four 8-bit digital words (outputs), where each word can be set to a different delay within the device’s programmed range. This delay line provides excellent performance in terms of linearly adjustable delay and temperature stability, with very low noise. The device also includes a clock circuit for accurate delay setting.

The DS1123LE-100+ can be used in a variety of applications, such as clock phase shifting, phase-locked loop (PLL) phase delay, Ultrasound scanning, time-domain reflectometry (TDR), delay lines, and optical pulse shaping. The device is designed to provide very accurate delay settings in a variety of timing and frequency reference applications.

The DS1123LE-100+ works by applying a clock signal, which is then converted into a digital word. This data is used to set the internal delay of each word. The output of the device is a programmable delay line consisting of four 8-bit digital words. The output can be programmed to a range from 30ns to 1.25ms. The delay can be adjusted in increments of 10ns. This allows for very precise control and fine-tuning of the delay.

The DS1123LE-100+ can be used in a wide range of applications, ranging from ultra-precise timing control to frequency reference rate control. It can also be used to synchronize multiple devices in order to ensure an accurate time-base for various types of measurements. The device is also ideal for optical systems, such as high-speed optical switching, where it can be used to precisely control the timing of optical switches.

In addition to its use in timing applications, the DS1123LE-100+ can be used to synchronize multiple devices to enable continuous measurements over long periods of time. This is an especially useful feature for measuring the properties of slow-moving objects or for controlling processes over extended periods of time.

The DS1123LE-100+ is a reliable and accurate frequency-programmable delay line from Maxim Integrated. It can be used to achieve precise timing control in a variety of applications and is ideal for precise timing control in optical systems. The device is designed to be easily programmable and provides excellent temperature stability and low noise.