416F27011CLT

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Crystals play an essential role in electronics, as they feature the ability to control frequencies used in many radios and other communication devices. The 416F27011CLT is a cutting-edge quartz crystal that offers unique characteristics to many applications. Through understanding how the 416F27011CLT operates and its potential application field, designers can maximize the benefits of incorporating this high-performance device into their designs.

Specification and Features

The 416F27011CLT is a full-size SMD quartz crystal which features an improved load capacitance of 27pF, ± 20ppm frequency stability and an operating range of 16MHz to 30MHz. The device features an absolutely no aging characteristic coupled with a low temperature coefficient, ensuring that the device\'s frequency will remain accurate even over long periods of usage in varying temperatures. With its combination of performance, stability, size and cost advantages, this 9mm x 7mm device is well suited for use in a variety of communication transceiver designs.

Application Field

Apart from its high performance, the 416F27011CLT also has some unique characteristics which make it ideally suited for use in a wide range of applications. Firstly, this crystal is suitable for use in military and industrial applications where performance and reliability are critical. With its low aging, high precision and wide frequency range, it is extremely suited to GPS and short-range radio applications. In addition, with its small size and extended load capacitance range, it is ideal for incorporation into cellular phones, radio and television systems, computers, radar and auto-tracking systems, among many other applications.

Working Principle

The 416F27011CLT operates in a similar way to other quartz crystals. A quartz crystal is a piezoelectric device, meaning that it resonates in response to an applied electric field. A voltage applied across the crystal causes it to vibrate at its natural frequency, allowing it to produce an oscillating output signal. The 416F27011CLT provides an improved level of performance by using a high-temperature burning and compression technology to ensure accurate and stable frequency performance. Additionally, it incorporates a wide range of frequency tuning, ensuring that it can be used in a variety of applications.

Conclusion

The 416F27011CLT crystal offers an improved level of performance over traditional quartz crystals. With its wide frequency range and superior frequency accuracy, it is suitable for use in many demanding applications. Through understanding how the 416F27011CLT operates and its potential application field, designers can maximize the benefits of incorporating this high-performance device into their designs. This crystal is sure to be an essential component in many designs and applications going forward.

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