DSC400-1122Q0036KE1T

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Pin Configurable/Selectable Oscillators 
Pin configurable/selectable oscillators offer advantages when it is necessary to select several different frequencies, modulation levels, or phase shifts in an application, such as those using software-programmable devices. The DSC400-1122Q0036KE1T is an ideal choice for such applications.The DSC400-1122Q0036KE1T is a configurable clock oscillator module with four pins–Vcc, GND, Pin 1 and Pin 2. The module can be programmed by configuring the logic levels of these four pins to select an operating frequency, phase shift, or modulation level. This type of oscillator can be configured with different frequency output levels, depending on the size of the connection and the number of pins needed.The DSC400-1122Q0036KE1T has a wide operating range of 0.1 MHz to 1.2 GHz, which enables designers to select from a number of frequencies and phase shifts, modify modulation levels, and adjust voltage drop levels to create a device with a specific level of performance. The module also features an integrated temperature sensor and can measure operation temperatures over the range of -40° to +85° C, which is useful in applications requiring maximum accuracy in temperature measurements.The DSC400-1122Q0036KE1T is adjustable, versatile, and provides an ideal solution to many of the problems associated with traditional oscillators. Furthermore, the device is robust and provides a high level of repeatability and accuracy when switching frequencies. Its on-chip temperature sensing and adjustable supply voltage also help ensure maximum performance levels in different operating conditions.In short, the DSC400-1122Q0036KE1T is a highly advanced pin configurable/selectable oscillator module that offers many advantages over traditional oscillators. It can provide designers with a wide range of modulation levels and frequencies, and allows them to adjust voltage levels and temperature sensing. It is also extremely reliable and repeatable and offers excellent performance even in challenging environmental conditions.

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