DSC1001AI2-011.7000T

Oscillators are specialized electrical circuits, components, and devices used in many electronic systems and applications. They are often used to generate waveforms that can be sent through a loudspeaker, causing sound, or sent over a radio frequency (RF) carrier, allowing them to be used in radio transmissions. Oscillators also play an important role in creating clock signals, which allow components and systems to be timed precisely. One popular oscillator type used in many applications is the DSC1001AI2-011.7000T.

The DSC1001AI2-011.7000T oscillator is a miniature voltage-controlled oscillator (VCO) designed for use in a wide range of applications. This includes military communications systems, instrumentation, aerospace, and industrial automation. The device is available in a small surface mount package, with a recommended operating temperature range from -55°C to +125°C. It comes with a frequency stability of within +10 ppm, with a frequency range of 26.0 MHz to 27.7 MHz, and an output type of Current. The DAC output voltage is adjustable from -2.5 V to +2.5 V.

In terms of its operating principle, the DSC1001AI2-011.7000T is based on an inductorless, "tuned tank" approach. This means that its operation is based on the interaction between two tuned capacitance-based resonators and a voltage-controlled gain element. This allows for an inherently low-noise operation, whereas with traditional VCO designs, a quartz-frequency reference oscillator is typically used. This in turn means that the DSC1001AI2-011.7000T can be used even in the most stringent noise environments.

The device also features a robust, self-compensating core that allows for a wide operating temperature range without the need for adjustment or trimming. This in turn makes the device easier to install and maintain, and helps to ensure reliable operation over time. It also has excellent short-term frequency stability, as well as excellent spectral purity and phase noise performance.

Overall, the DSC1001AI2-011.7000T is a reliable and robust oscillator that can be used for many different types of applications. Its miniature size allows it to be easily installed in tight spaces, making it a popular choice for instrumentation, aerospace, and military communications applications. The low noise operation also makes it suitable for use in noise-sensitive systems, such as RF systems. Finally, its self-compensating core allows for a wide operating temperature range, and its excellent frequency stability and phase noise performance make it a reliable and robust oscillator that can be trusted to work over long periods of time.