ASCO2-12.288MHZ-LB-T3

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Oscillators are electronic devices that are used to generate a particular frequency, often a radio frequency, and contain a circuit that produces an alternating current or voltage output. The ASCO2-12.288MHz-LB-T3 is a type of oscillator used in various applications, and this article will explain its working principle and discuss its potential applications.

The ASCO2-12.288MHz-LB-T3 is a sealed leaded resonator oscillator that operates at 12.288MHz with a -20±20ppm frequency tolerance range. It also boasts an impressive temperature range of -20 to +85°C, a storage temperature of -55 to +125°C, and a maximum frequency shift of ±2.5ppm/°C. Furthermore, it provides a high output load of 24pF and a low power consumption of only 2mA max. This makes it ideal for precision timing components.

At a fundamental level, oscillators work by amplifying and feeding back destructive interference signals, allowing resonance to occur. The ASCO2-12.288MHz-LB-T3 oscillator uses a sealed leaded resonator to reach and maintain its frequency of 12.288MHz. This particular type of oscillator is often used in quartz clocks, oscillators, and receivers. The resonator is able to pass current that has been induced from the coil which then induces a voltage in the opposite direction back into the coil. This feedback loop allows the oscillator to maintain a stable frequency output.

The ASCO2-12.288MHz-LB-T3 oscillator can be used in a wide variety of applications. It is ideal for providing precision timing components in quartz clocks, microprocessors, digital instruments, embedded systems, and telecommunication systems. Due to its high output load of 24pF, it is also ideal for timing circuits and frequency control systems. Lastly, it is well-suited for use in radio frequency receivers and low power portable and mobile communication equipment.

In conclusion, the ASCO2-12.288MHz-LB-T3 is a type of oscillator suitable for use in a variety of applications, such as clocks, receivers and radio frequency communication equipment. Its frequency stability, low power consumption and wide temperature range make it an attractive option for precision timing components. Its sealed leaded resonator provides the oscillator with its stable frequency output, allowing it to remain reliable and accurate in most applications.

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