416F32011ALT

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Crystals play a paramount role in electronics, especially in the field of frequency control. The 416F32011ALT is a 4-pad, surface mount, 45 MHz frequency control quartz crystal that is capable of operating over a wide range of temperature and voltages. This makes it an ideal choice for applications such as automotive, handheld, industrial and consumer appliances that require precision frequency control.

The 416F32011ALT has a resonant frequency of approximately 45.00 MHz and is supplied in a 7.0mmx3.2mm package. It also features excellent thermal and mechanical stability as well as low aging and drive level over a wide temperature range. It has superior electrical performance, such as a low ESR and low phase noise, making it ideal for applications where low phase noise is critical.

The 416F32011ALT is based on a surface acoustic wave (SAW) oscillator circuit. This circuit uses an RF signal to excite the quartz crystal, which then vibrates and produces a periodic output signal. The frequency of this output signal is determined by the quartz\'s physical properties and is fixed and reproducible. The SAW oscillator circuit is also used in quartz crystals for temperature compensation, which further improves the crystal\'s accuracy.

Another feature of the 416F32011ALT is its low ESR, which reduces the susceptibility to EMI and improves overall accuracy. Its low power consumption and good power supply rejection also make it attractive in applications where power consumption is at a premium. Low current operation and heat removal also reduce power consumption and maximize reliability. The 416F32011ALT also features advanced circuit designs to provide superior frequency accuracy and stability over a wide temperature range.

The 416F32011ALT provides the excellent frequency stability, accuracy and reliability that is necessary for most frequency control applications. Its wide range of operating temperature, low ESR and superior electrical performance makes it ideal for automotive, handheld and consumer applications. In addition, its low power consumption, good power supply rejection and advanced circuit designs make it an ideal choice for applications requiring precise frequency control.

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