8Y-16.000MAHQ-T Crystals, Oscillators, Resonators

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Crystals are an essential element to many electronic devices, providing frequencies and oscillation references, electrical oscillators, and components used in communication equipment, plus other related product areas. As such, the 8Y-16.000MAHQ-T crystal has a critical role in several applications and has design specifics that allow it to function better than alternative offerings.

This 8Y-16.000MAHQ-T crystal exhibits modern-day technology advances, proven oscillation and stable output frequencies, and a dual use application with its half-frequency version. In addition to being available in both fundamental classic and third overtone designs, this crystal is also RoHS compliant, eliminating environmental concerns while meeting the every day needs of many commercial applications.

In an 8Y-16.000MAHQ-T oscillator circuit, the crystal governs the frequency of the applied signal. This type of crystal creates an electrical oscillator in an electronic device, which maintains a harmonic relationship between electromagnetic or mechanical vibration and electrical signals. Its configuration focuses on the parallel resonant frequency (or “natural frequency”) by making direct contact of the Quartz crystal with a metal vibrator and using capacitors with inductors to form the oscillating circuit.

This 8Y-16.000MAHQ-T is designed using a temperature compensated, low power control technique that improves stability over a wide operating temperature range, along with a low drive level of only 10μW. In addition, its hermetic cavity, with two tight-tolerance covers, allows for consistent operation even when the settings are all solidly filled with gas, creating a reliable storage container.

The 8Y-16.000MAHQ-T crystal is a multi-functional oscillating device that can be used to drive variety of clocks, receiving, and transmitting frequency divider circuits, frequency synthesizers, and programmable logic controllers. Additionally, its versatile design offers not just the standard frequency of 16MHz, but also the high-precision capability of user-selectable frequency dividers as well as clock monitoring.

The other advantage of this 8Y-16.000MAHQ-T is its low magnetic field sensitivity, meaning it offers reduced signal distortion from noisy environments, such as magnetically shielded electrical components in proximity to the crystal. This is particularly beneficial when used in mobile or handheld communication applications, as well as in modern wireless applications.

Overall, the 8Y-16.000MAHQ-T crystal is an excellent option for applications requiring exceptional sturdiness, stability, and accuracy. This high precision crystal is designed to operate with temperature swings of up to ±20°C, as well as providing low power operation with minimal electrical noise. Additionally, its robust construction and hermetic encapsulation enable improved environmental sealing and higher levels of vibration and shock resistance, making it a great choice for more demanding applications.

The specific data is subject to PDF, and the above content is for reference