CX3225SB38400H0FLJCC

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Crystals play an integral role in a wide variety of electronic equipment, from home appliances to sophisticated computing equipment. The CX3225SB38400H0FLJCC is a type of crystal designed to minimize circuit board size. It works by providing an electrical signal at a specific frequency, allowing circuits to operate accurately and synchronize operations without consuming additional power or taking up a lot of space.

At its core, an oscillator circuit is a crucial part of a system design. The oscillator circuit automatically generates a periodic electrical signal using inductive and capacitive elements, which are commonly referred to as “crystal oscillators” or “crystal-based oscillators”. The term “crystal” actually refers to the crystal used in the oscillator circuit, not the oscillator itself. The CX3225SB38400H0FLJCC is one such crystal oscillator that provides accuracy and reliability for Frequency Control in consumer, industrial, and many other applications.

The CX3225SB38400H0FLJCC crystal oscillator is a specialized device developed for high-accuracy, low-voltage, surface-mount applications. It works by combining a high-precision, temperature-compensated, quartz-stabilized crystal with an open-loop, in-line amplifier and transceiver. This design not only ensures stable and precise operation, but also eliminates the need for additional circuitry.

This crystal oscillator is ideal for applications that require very precise timing or synchronization, such as oscillators used in musical instruments, clocks, timers, and high-speed communication systems. The frequency stability of the crystal oscillator is controlled by a temperature compensated feedback network that keeps the oscillator frequency precise within a range of -40°C to +85°C without the need for external components. This feature makes the CX3225SB38400H0FLJCC an extremely reliable, temperature-stable, yet cost-effective solution.

At the same time, the small size of the CX3225SB38400H0FLJCC crystal oscillator makes it ideal for densely packed electronic designs. With a footprint of only 2mm x 4.4mm and a height of only 0.7mm, this crystal oscillator is designed to fit in tight spaces, allowing designers to maximize board space without sacrificing performance. The crystal oscillator\'s size also helps save valuable power, since it requires less energy to power it up than a larger conventional crystal oscillator.

The CX3225SB38400H0FLJCC crystal oscillator is also designed to provide reliable operation when subjected to harsh environmental conditions. This crystal oscillator incorporates an advanced C-MOS manufacturing process, which is designed to provide improved temperature stability, reliability, and immunity to electrical noise interference. Additionally, the crystal oscillator is designed to meet MIL-STD-202G specifications for shock and vibration resistance.

In summary, the CX3225SB38400H0FLJCC crystal oscillator is an advanced device, designed to provide reliable and accurate frequency control in a variety of electronic designs. Its small size, power-saving features, and reliable performance in harsh conditions make it an ideal choice for a variety of applications. Furthermore, its temperature-stabilized design and MIL-STD-202G compliance make it a robust solution for any system requiring high-precision timing and synchronization.

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