DSC2011FE1-E0005T

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Pin Configurable/Selectable Oscillators are a type of oscillator type whose timing parameters such as center frequency, frequency tolerance, and temperature stability can be dynamically adjusted after the device has been soldered onto the PCB. This makes them useful for applications where traditional oscillator types cannot easily accommodate changes in system timing requirements, or where a particular frequency needs to be ensured over a wide temperature range. The DSC2011FE1-E0005T is an example of such a device, suitable for various applications where low power consumption and high shock and vibration tolerance characteristics are paramount.

The DSC2011FE1-E0005T was designed with accuracy and reliability in mind, featuring a 4MHz oscillator frequency with 1% frequency tolerance and +/- 10 PPM temperature stability. It has excellent jitter performance and EMI immunity, with a low Power-Down mode current of only 5mA. The device is capable of operating between -35 to +85 degrees Celcius, and is rated to support 5 VDC power input levels. It features an MTBF of over 100 million hours and an anti-lockup sub-system for stability. In addition, the device is designed for excellent shock and vibration endurance, meeting a variety of industry standards.

The DSC2011FE1-E0005T is a versatile device that is compatible with multiple system timing configurations. The device can be programmed via its 12-pin DIP or SOIC package, and its configurable registers can be programmed with a variety of features such as oscillator type, frequency range, XTAL reference clock, and other parameters. This allows for quick and easy customization of the device to match system requirements, as well as allowing for quick reconfiguration with minimal cost. The device can also be used to monitor supply voltage, power supply current, system temperature, and other operating conditions to ensure optimal performance.

The DSC2011FE1-E0005T is suitable for embedded system applications and mobile devices, in particular where low cost and low power consumption are paramount. The device offers significant advantages in terms of cost, power consumption, and system performance when compared to traditional oscillator types, and can be easily adapted to various system requirements. Its versatile programming interface allows for quick and easy configuration and reconfiguration, offering excellent time to market performance even for projects requiring frequent changes and upgrades.

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