DSC1001CI2-019.4400T

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Oscillators are integral components used in a variety of applications to generate an output signal with a specific frequency. One such oscillator is the DSC1001CI2-019.4400T, which is designed specifically for consumer and industrial grade applications. It is particularly suited for the generation of a reference frequency within the telecommunications, microwave, and radio frequency industries.

The DSC1001CI2-019.4400T oscillator uses a proprietary surface acoustic wave (SAW) device to produce a stable output frequency with low phase noise. The device contains two distinct electrical regions, which are separated by a piezoelectric dielectric material. The oscillator functions by externally stimulating the SAW device, inducing an acoustic wave in the material. The piezoelectric nature of the material then converts the wave into electrical energy, resulting in an output signal of a specific frequency.

In terms of performance, the DSC1001CI2-019.4400T is among the best in its class. The device is capable of generating a frequency of 1.44 GHz with a phase noise of -99 dBc/Hz at 1 KHz offset. The oscillator features an extremely low power consumption of 1.2 W, combined with a low pull-range of ±4 ppm and a broad temperature range operating from -55 to 125 °C.

Given its excellent performance characteristics, the DSC1001CI2-019.4400T oscillator has a variety of applications within the consumer, industrial, telecommunications, microwave, and radio frequency industries. These include reference frequency generation, frequency modulation, phase shifting and injection locking. Additionally, the DSC1001CI2-019.4400T is used in cellular phones, sound cards, and other audio components, as well as in frequency synthesizers, signal generators, and other instrumentation.

The DSC1001CI2-019.4400T oscillator is an excellent choice for a variety of consumer and industrial grade applications. Using a SAW device to produce a stable output frequency with low phase noise, the device offers high performance and excellent frequency stability. It can be used in a wide range of applications within the telecommunications, microwave, and radio frequency industries, as well as in audio applications such as cellular phones and sound cards.

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