DSC6122CI2A-00ATT Crystals, Oscillators, Resonators

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Pin Configurable/Selectable Oscillators are electrical components which are specifically designed for purposes where a wide selection of base frequencies and operating parameters is needed. The DSC6122CI2A-00ATT is one such oscillator, and it is ideal for applications where size, accuracy, and the selection of various features such as duty cycle, supply voltage, pullability, duty cycle, and temperature stability need to be considered. This device has a wide range of operational frequencies, and can be adjusted between 6 to 120 MHz, and also accommodates pullability range of +/-50 ppm. It is a tiny, low-cost micro-oscillator, and its low power usage of 25.2 mW makes it suitable for battery-operated applications.

The DSC6122CI2A-00ATT has two key features which make it especially useful for specified applications: its special pin-configurability, which allows the user to program the various features, as well as its selectable temperature coefficient, which makes it possible to obtain maximum temperature stability.

The pin-configurability of the DSC6122CI2A-00ATT consists of six independent pins. Each pin can be programmed to set the predetermined frequency of the oscillator, select a specific duty cycle, or configure the output signal level (0 or 1). Additionally, this feature can be used to select the internal supply voltage or the output signal driving current.

The selectable temperature coefficient of the oscillator is an important feature, as it helps to ensure maximum temperature stability. The user can set the temperature coefficient to be either zero or one, allowing for greater accuracy at higher temperature ranges. This feature also allows the user to obtain a wide variety of temperature ranges.

The DSC6122CI2A-00ATT is an ideal device for a wide variety of applications, as it is pin-configurable, low-cost, low power, and features a selectable temperature coefficient. Its tiny size makes it possible for use in many battery-powered devices, and its wide selection of frequency ranges makes it suitable for applications requiring a wide selection of frequencies. Additionally, its low supply voltage feature allows the user to obtain maximum temperature stability. It is a valuable device for a wide range of specified applications.

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