CSA309-16.000MABJ

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Crystals are used in a variety of electronic applications. One example is the CSA309-16.000Mabj, which is a frequency-controlled oscillator. The crystal is typically used in frequency-controlled oscillators, such as quartz oscillators and miniaturized SAW oscillators.

The CSA309-16.000Mabj crystal is a two-terminal, crystal-controlled device. It has a frequency range of 16.000MHz and has a tight tolerance of just ±1 ppm, making it suitable for use in precision timing applications. It also has a very low ESR and is relatively easy to solder.

The application field of the CSA309-16.000Mabj crystal is broad due to the various advancements in the field of electronics. It is often used for radio transmission and reception, micro controllers and frequency control, personal audio equipment, and data communications. In particular, microcontrollers are found in a wide variety of consumer and industrial applications, including medical equipment, automation systems, and peripherals.

The working principle of the CSA309-16.000Mabj crystal is based on the quartz oscillator. The quartz crystal is bimorphically shaped and consists of two layers of crystalline quartz. This means that when voltage is applied, the crystal expands and contracts, thus creating a periodic electric current. This current is then fed into an amplifier circuit, which amplifies the signal and produces a high-frequency oscillation.

The amplitude of the oscillation is maintained by a frequency control loop, which consists of a few components including a capacitance, a resistor, and an amplifier. The capacitance and the resistor work together to create an automatic frequency control loop, while the amplifier amplifies the oscillations and directs them to the output. In addition, the oscillator is typically tuned to the desired frequency with a tuning capacitor.

The CSA309-16.000Mabj crystal is highly reliable and offers excellent frequency stability over a wide temperature range. Furthermore, it is easy to work with and offers exceptional performance when used in precision timing applications. Its frequency range and tight tolerance make it ideal for precise timing applications, while its low ESR makes it easy to solder.

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