CSM4Z-A2B3C3-60-6.0D18

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Crystals

Crystals, also known as piezoelectric elements, are solid-state devices designed to generate a voltage or current in response to mechanical stress. Crystals are widely used in the fields of frequency control, timing, and oscillation. The generous applications of crystals can be attributed to their minute size, low inductance, cost savings, and reliability. They come in various sizes, shapes and styles, with various capabilities and characteristics.

The CSM4Z-A2B3C3-60-6.0D18 crystal is a high-frequency, miniature oscillator featuring excellent stability and high quality factor. Its rated frequency is 60.000 MHz and it has an effective shunt capacitance of 6.0pF. The crystal has an operational life rating of 2500 hours at 40ºC, and requires a minimum drive level of -12 dBm to achieve its rated frequency. The core material of this crystal is 44E, it features an operating temperature range of -20°C to +70°C and is characterized for 14-positive,common ground electrode systems.

The CSM4Z-A2B3C3-60-6.0D18 crystal can be used in a range of applications including wireless transmission and reception, cellular phones, PCS, Bluetooth, GPS and test instruments. In a wireless transmission and receiving setup, for instance, the CSM4Z-A2B3C3-60-6.0D18 crystal acts as a reference frequency source. The incoming radio signal is fed into the crystal, which is then converted into analog information and sent to the handset.

The working principle behind the CSM4Z-A2B3C3-60-6.0D18 crystal involves the piezoelectric effect. This effect describes the production of a charge within certain materials when they are compressed or contracted by applied mechanical forces. Put simply, when a voltage is applied to a piezoelectric element, it causes the element to expand or contract. Conversely, when mechanical strain is applied to the element, a voltage is generated. The CSM4Z-A2B3C3-60-6.0D18 crystal\'s structure consists of two affixed quartz plates between which there is an alternating electric charge.When an electric current is applied to the crystal, the electric field between the plates causes the plates to expand and contract. This produces small electrical pulses, whose frequency is determined by the size of the crystal. The frequency of these pulses is used as a reference in wireless transmission and receiving.

Overall, the CSM4Z-A2B3C3-60-6.0D18 crystal offers high frequency, stability and high quality factor, making it ideal for a wide range of applications. The crystal\'s small size, low inductance, cost savings, and reliability are what make it so versatile and attractive for a range of frequency control, timing and oscillation applications.

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