NX5032SD-13.225625M-STD-CSY-1

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Crystals are an important part of the electronic industry, used in a variety of applications, from clocks, oscillators, and filters, to radio and television tuning circuits. With the advent of modern technology, the utilization of crystals has become more and more intricate, as evidenced by the many available versatile crystal designations and varieties. An example of one versatile crystal variety is the NX5032SD-13.225625M-STD-CSY-1.

The NX5032SD-13.225625M-STD-CSY-1 is a miniature Clock (TCXO) crystal oscillator for use in telecommunications systems, broadband and local access networks, cordless and wireless phones, mobile station transceivers, and other products requiring low jitter, precision timing and low power consumption. This crystal\'s low profile surface mount device (SMD) housing, small size, and low power consumption make it highly suitable as a clock source for communications equipment, including wireless and cellular base stations, switches, routers, and modems.

The NX5032SD-13.225625M-STD-CSY-1 crystal oscillator operates on a fundamental frequency of 13.225625 MHz. It employs a two-stage topology to achieve ultra-low jitter <10ps, 10k-20MHz. With a typical output drive level of 6dBm and typical pull range of +/- 3ppm, the frequency accuracy and stability of this oscillator make it ideal for use in communications timing modules.

The core of the NX5032SD-13.225625M-STD-CSY-1 is a quartz crystal that is regulated in a temperature-controlled oven and kept at its optimum performance. This crystal oscillator features a wide temperature range (-20 to +70 degrees Celsius), a temperature coefficient (800 to 1600ppm) and a frequency tolerance of ±0.1%.

This highly precise crystal oscillator is constructed using advanced manufacturing processes, which provide a high level of design uniformity and unparalleled performance characteristics. It also offers an impressive level of stability under vibration and extreme environments. This stability, along with the oscillator\'s heightened frequency accuracy, make it ideal for use in highly reliable and low power applications such as military and space applications.

The design and working principle of the NX5032SD-13.225625M-STD-CSY-1 crystal oscillator is based on the principle of piezoelectricity. Piezoelectricity is the phenomenon that occurs when certain material behaves as a capacitor when subjected to an electric field, as well as when a mechanical strain is applied to the same material. When an input voltage is applied to a quartz crystal, the crystal’s natural vibrating frequency changes, allowing the crystal to oscillate.

The NX5032SD-13.225625M-STD-CSY-1 crystal oscillator uses a set of tiny electrodes to generate the oscillation frequency, which is an integral part of its frequency stabilization mechanism that prevents frequency drifts due to changes in temperature or other environmental conditions. The output frequency is then amplified and stabilized by an amplifier. The crystal also has a temperature sensor which constantly adjusts the oscillator’s frequency in order to maintain a precise and stable output frequency.

Overall, the NX5032SD-13.225625M-STD-CSY-1 crystal oscillator is an ideal choice for today’s communications systems and applications which require a precise yet precise and stable frequency output. Its versatility of applications and its piezoelectricity based working principle make it a highly desirable and cost-effective oscillator solution.

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