DS1077LZ-40+T&R

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The DS1077LZ-40+T&R is a high-precision frequency control device designed and manufactured by Dallas Semiconductor, a subsidiary of Maxim Integrated. Its wide range of output frequencies makes it an ideal choice for a variety of timing and oscillating applications. Its small size, low power, and high accuracy make it an ideal solution for applications that require small or compact timing solutions.

This programmable timer and oscillator has a peak frequency range of 20 Hz to 400 MHz. Its clock stability characteristics and long temperature stability range make it suitable for a wide range of applications. The DS1077LZ-40+T&R is also capable of providing precision frequency control, which is useful in telecommunications, instrumentation and testing, and signal management systems.

The major application fields of the DS1077LZ-40+T&R include telecommunication, signal management, and industrial automation systems. It is also suitable for use in automotive, avionics, and aerospace applications due to its low power and tight frequency control. In general, the device can be used in a variety of timing and oscillator applications.

One of the most common applications of the DS1077LZ-40+T&R is as a timing device in mobile phone systems. It is capable of providing frequency control and jitter performance to ensure the integrity of cellular signals. It can also be used in satellite communications to generate precise time synchronization signals and control remote devices. Furthermore, its low jitter performance makes it ideal for applications that require timing accuracy.

The working principle of the DS1077LZ-40+T&R is based on the timed external oscillation of a quartz crystal. The crystal is electrically excited by an external clock signal, or the device’s internal clock. The quartz crystal is connected to two electrodes and acts as an oscillator, producing sinusoidal waveforms with an accurately known frequency. The frequency is determined by the resonant frequency of the quartz crystal. The device then modulates the output frequency in order to create a desired waveform.

The DS1077LZ-40+T&R also features a variety of features designed to improve its performance and accuracy. These features include the ability to automatically adjust the output frequency according to specific conditions, phase-locked loop (PLL) technology, and temperature compensation to maintain stability over a wide temperature range. In addition, the device’s low power consumption helps to maximize battery life and minimize energy waste in portable applications.

In conclusion, the DS1077LZ-40+T&R is a high-precision frequency control device with a wide range of output frequencies and low power consumption. Its applications include telecommunication, signal management, industrial automation, automotive, avionics, and aerospace. The device works by timed external oscillation of a quartz crystal, and it features advanced features such as PLL technology, temperature compensation, and frequency adjustment. The DS1077LZ-40+T&R is an ideal solution for demanding applications that require precision frequency control and reliable timing.

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