EFJ-C3385E5B Crystals, Oscillators, Resonators

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Resonators are essential components of a wide range of electronic applications, typically beginning with the radio frequency (RF) domain and extending to areas such as cellular telecommunications, radar, microwave, industrial and automotive applications. The EFJ-C3385E5B is one such resonator that is widely used across a wide range of applications due to its small size, excellent stability and low cost. This article details the application field and working principle of the EFJ-C3385E5B.

The EFJ-C3385E5B is a small, low profile resonator that is suitable for a wide range of applications. The crystal is housed in a 2.3x3mm package, making it ideal for even the most space-constrained designs. It offers excellent frequency stability over wide temperature ranges and a wide frequency range of 4-80MHz. In addition, it has great ageing characteristics, offering frequency stability over the long term. Its low cost also makes it attractive for those on a budget.

The EFJ-C3385E5B is typically used as a timebase generator and as a radio frequency (RF) reference. Its small size and wide frequency range make it perfect for a variety of devices, such as remote control systems, cordless phones, digital audio broadcasting (DAB) receivers, FM radios, global positioning system (GPS) receivers, television set-top boxes and many more.The working principle of the EFJ-C3385E5B is based on the mechanical vibrations of quartz crystal. When the crystal is subjected to an alternating electronic field, it responds with mechanical vibrations at a specific frequency. The frequency of the crystal is based on its resonant frequency, which is determined by the size and shape of the crystal. The frequency can also be adjusted by adding electrodes or changing the internal material. The vibrations created by the crystal are then converted into electrical signals that can be used by the device.The EFJ-C3385E5B is a great option for those looking for an economical and small resonator for their applications. Its small size and excellent stability makes it a cost-effective choice for a wide range of applications, from radio frequency to automotive. The basic working principle is also simple and easy to understand, making it ideal for those who are new to resonator-based electronic systems.

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