GL286F23CDT

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Crystals have been used for hundreds of years for a variety of applications. In the past, crystal use was confined to mechanical watches, which employed the piezoelectric properties of crystals to power their timekeeping mechanisms. In modern times, the use of crystals has expanded beyond mechanical watches to encompass a variety of other devices such as radios and cell phones. The GL286F23CDT crystal is just one such device.

The GL286F23CDT is a quartz clock oscillator designed specifically for applications that require reliable timing accuracy. It has a narrow tolerance of ±30ppm and a maximum frequency of 11MHz. The device is available in both surface-mount and through-hole packages, and features low jitter and low EMI/RFI emissions. The GL286F23CDT is designed to be used in a wide variety of applications, including automotive, computer, consumer, and industrial electronics.

The GL286F23CDT is based on the piezoelectric effect, which is a phenomenon that occurs when a material is subjected to an electric field. When this occurs, the material’s molecules become slightly distorted and generate an electrical charge in response. This electrical charge then causes the material to vibrate and generate a frequency-specific sound wave. In the case of the GL286F23CDT, this effect is used to generate a reliable, accurate timing signal for use in electronics.

The GL286F23CDT also features a high-stability temperature coefficient of ±15ppm per degree Celsius, meaning that the device maintains a consistent frequency over a wide range of temperatures. This is important in many electronic circuits where variations in temperature can cause significant changes in the timing of signals. The GL286F23CDT is RoHS compliant and has a power dissipating of 10mW.

The GL286F23CDT is a versatile crystal oscillator that is designed to meet the needs of a wide range of applications. It offers reliable timing accuracy with a small package size, making it ideal for a variety of timing-sensitive applications such as radio receivers, digital TVs, and other consumer electronics. The high-stability temperature coefficient and low power dissipating of the device makes it a durable and reliable component for a wide range of users.

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