402F40011CDR

402F40011CDR is a type of Crystal Oscillator that consists of quartz resonator, a pair of precision electrodes, the drive circuitry and output buffer. It works in conjunction with a load capacitance to create an oscillating voltage across and through the quartz crystal. The crystal is designed to vibrate with a frequency proportional to the capacitance value of the load capacitance. Its resonant frequency can be fine-tuned by varying the capacitive load, thereby allowing its designers to produce a wide range of operating frequencies.

The crystals are implemented in many consumer electronics products like radio, television and measuring instruments. 402F40011CDR has many applications like mobile phones, GPS receivers, fixed wireless applications and other consumer electronics instruments. It has a broad frequency range in which it is capable of operating and can be used for a variety of purposes, including the development of software-intensive systems. It is also used to provide a stable output frequency for a wide range of signal processing and communications applications.

The 402F40011CDR has a unique set of features that make it stand out from other crystals available in the market. It features very fast start-up times, a wide range of operating frequencies, and low power consumption. It also provides high stability, with a maximum frequency deviation of less than 0.015 parts per million. It has an integrated memory that stores custom tuning frequencies and related data, ensuring the crystal can produce an optimal frequency output.

The working principle of the 402F40011CDR is based on the Piezo-electric effect. This effect is created when pressure is applied to a quartz crystal, causing it to oscillate when placed in an oscillating electric current. The oscillating current imparts a voltage across the crystal, causing the formation of a standing wave. This standing wave creates an alternating current, which is then converted into a frequency signal by the oscillator circuitry.

The frequency output of the 402F40011CDR can be fine-tuned by varying the capacitive load on the crystal. This will permit the tuning of its frequency with a high degree of precision. The output frequency can also be determined by the number of clock cycles and their duration. The crystal is used with a load capacitance in the range of 10 – 47 pF, and is capable of operating at frequencies ranging from 10 kHz to 500 kHz.

In summary, the 402F40011CDR is a high-performance quartz crystal oscillator that is used in a wide range of consumer electronics products. It features wide frequency range, fast start-up times, and low power consumption. It works on the principle of the Piezo-electric effect, using a quartz crystal and capacitive load to create an oscillating voltage. The frequency output can be fine-tuned by varying the capacitive load on the crystal, making it capable of producing high-precision frequencies.