CSTLS7M16G53-A0 Crystals, Oscillators, Resonators

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Resonators are basic components used for filtering, oscillating, and timer management of electronic circuits. The CSTLS7M16G53-A0 is a quartz crystal resonator which is numbered among the various types of resonators available. This resonator is used in a variety of applications ranging from digital communications, frequency control, and general timing purposes.

The CSTLS7M16G53-A0 is a miniature, SMD-type resonator with a frequency of 16.333 MHz and a built-in load capacitance of the 7 pF. This quartz crystal resonator is configured in a 4-pin package and is categorized as an ‘L’-type product with a high frequency stability and fast start-up time. As its features are 100kΩ impedance and an operating temperature range of -55/ +125°C, its operating temperature is particularly well-suited for conditions where temperature becomes a consideration.

The CSTLS7M16G53-A0 can be used in many application fields like, for example, laptop UART, GSM/EDGE/ LTE, FDD multiplexers, DSC and DVP, WLAN/WiMAX, and others. It is also used in security systems, communication products, wireless networking products, and measurement instruments. It is also useful in audio and automotive applications. Its usage is also seen in digital TV systems, HDD motor drivers, and battery-powered devices.

The working principle of the CSTLS7M16G53-A0 involves a piezoelectric quartz crystal that is cut and processed with a specific frequency. This crystal is installed on a printed circuit board and connected to two external electrodes. When a voltage is applied to the electrodes, it will cause the vibration of the quartz crystal and create the resonant frequency associated with it. The speed of the vibration of the quartz crystal is directly proportional to the applied voltage and the frequency associated with the quartz crystal is determined by the size and shape of the crystal.

The CSTLS7M16G53-A0 is able to produce accurate frequency for long periods of time as it is constructed with a strong, durable construction. It also has excellent thermal stability, low power consumption, good size and weight, and robust shock and vibration resistance. The CSTLS7M16G53-A0 is an ideal choice for many applications requiring frequency stability and accurate timing.

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