DSC400-3133Q0080KE2

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Pin Configurable/Selectable Oscillators offer ultimate flexibility and minimal time-to-market by allowing systems to tailor a structure of oscillation without the need of additional external components. The DSC400-3133Q0080KE2 is a prime example of this type of oscillator, combining fast rise or fall times with up to three discrete output frequencies and an unparalleled frequency stability range.

The DSC400-3133Q0080KE2 is a programmable oscillator that uses a PiN diode to modify its oscillation characteristics. The device employs a split configuration consisting of a transmitter, macrocell amplifier, modulator, and a receiver. When an appropriate voltage is applied to the PiN diode, the output waveform and frequency of the oscillator are changed. In this way, the oscillator is able to produce various frequencies, from ultra-low to ultra-high, with a wide range of amplitudes.

This type of oscillator has a variety of application fields, ranging from communications and industrial to automotive and consumer electronics. In communications and industrial applications, the oscillator is often used in the development and production of transceivers and computers. In automotive applications, it is used in powertrain control units and gear shift modules. In consumer electronic applications, the oscillator is used in home electronics and digital rights management systems.

The primary benefit of the DSC400-3133Q0080KE2 is its ability to produce up to three discrete frequencies across its 0-80 kHz frequency range. This enables designers to develop a variety of systems, from frequency-agile radios to frequency-controlled motor speed control systems. Its versatile pin selection makes it easy to fine-tune the oscillation for a variety of applications.

To ensure reliable operation, the DSC400-3133Q0080KE2 utilizes a highly-accurate frequency synthesizer combined with an onboard programmable oscillator. By making use of its integrated register, the oscillator can be easily configured for either a three output, single output, or dual output configuration. Furthermore, its high frequency stability ensures optimal performance and accuracy in applications such as frequency division multiplexing and phase-locked loop networks.

Finally, the DSC400-3133Q0080KE2 boasts an impressively low temperature coefficient and favorable input voltage range. It is also capable of operating up to a stable 4.75V supply voltage, while its frequency stability is maintained down to as low as 2.7V. This makes it an ideal choice for frequency-controlled applications requiring consistent performance over a wide temperature range.

In summary, the DSC400-3133Q0080KE2 programmable oscillator provides high performance, versatility and scalability for a wide range of applications. Its frequency stability over temperature range, low temperature coefficient, and integrated register provide designers with the ultimate in customization and control. The two, three, or four output configurations offer maximal flexibility for frequency-controlled systems, allowing for rapid prototyping and rapid deployment of production systems.

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