GL120F33CET

GL120F33CET Application Field and Working Principle

The GL120F33CET is an advanced crystal oscillator designed to be used in medical ultrasound diagnostic equipment and other related medical applicatios though its low power consumption, high stability, and high performance features. It is designed to offer a wide range of operational frequency of up to 150 MHz. The GL120F33CET has a small form factor with an overall size of 1.6mm x 2.5mm, which makes it a suitable device for space-constrained applications.

The GL120F33CET crystal oscillator is a piezoelectric device that makes use of the property of a crystal to vibrate at a precise frequency when stimulated by an alternating electric current. This device utilizes a quartz crystal which has the LC or RLC resonance circuit. This quartz crystal is sensitive to changes in temperature, voltage and mechanical stress. In its operational mode, an alternating electric current applied to the quartz crystal will cause it to oscillate and emit a precise frequency.

The GL120F33CET crystal oscillator also offers high temperature stability and low power consumption features. Its extended temperature range of -40 degree Celsius to +85 degree Celsius provides reliability and increased performance. The GL120F33CET can be operated at a supply voltage that ranges from 2.7V to 3.3V and utilizes the E-L type of oscillator type. This oscillator type allows users to directly program the output frequency of the device using a tuning element attached to the oscillator.

The GL120F33CET crystal oscillator offers excellent frequency stability as it utilizes a design technique called frequency temperature compensation. This design technique utilizes temperature sensors that can detect temperature change and then adjust the frequency accordingly to maintain a constant predetermined frequency. The GL120F33CET also offers low jitter characteristics and has a wide range of applications from GPS devices, wireless communication, and medical devices.

In summary, the GL120F33CET crystal oscillator offers reliability, low power consumption, and high frequency stability. It is able to offer a wide range of operational frequency up to 150 MHz, and its small form factor make it suitable for space-constrained applications. The device also utilizes state-of-the-art frequency temperature compensation design technique and offers low jitter characteristics as well. These features makes the GL120F33CET an ideal device for medical diagnostic equipment, wireless communication, and other related applications.