DSC400-1444Q0060KE1T

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The DSC400-1444Q0060KE1T device is a pin-configurable, selectable oscillator that can be used in a range of applications including test and measurement, telecommunications, aerospace and defense, automotive, process control, energy, and other industries.The selectable oscillator offers high frequency stability, low power consumption, and a small size, making it ideal for many applications.The DSC400-1444Q0060KE1T device is designed to generate a frequency that is adjustable via an external voltage. The output frequency is synthesized from a reference frequency in the range of 3.2 kHz to 80 MHz. This device can also be programmed with hysteresis to accept separate voltage thresholds for frequency increase and decrease.The output range of the device can be controlled using an internal frequency range generator and multiple external resistors. The device includes an on-chip power-on reset (POR) circuit and pull-up resistors for the frequency selection inputs (S[1:4]). It also offers two external pins for additional control.The DSC400-1444Q0060KE1T device can be programmed to accept eight frequencies (F1 - F8). The frequencies can be programmed into different voltage levels, allowing a range of signal frequencies to be generated from a single device.The device has four frequency selection inputs (S[1:4]) that are used to select the output frequency. The four inputs can be set either high or low independently, resulting in 16 frequency select combinations. The pins can also be driven using digital logic, allowing the device to be used in applications that require a fast switching time.The DSC400-1444Q0060KE1T device also includes an onboard differential phase detector that can provide feedback control on the output frequency. The phase detector measures the phase shift between the input signals, allowing the output to maintain a consistent phase. The phase detector also helps reduce power consumption by maintaining an optimal frequency and phase level.The device can also be used in applications that require a low-jitter, high-precision frequency reference. In order to do this, the device can be synchronized to an external reference clock, allowing for frequencies to remain accurate within a certain temperature range.The DSC400-1444Q0060KE1T device can be used in a variety of applications, including communications, automotive, test and measurement, aerospace and defense, process control, energy, and other industries. With its high frequency stability, small size, and low power consumption, it is an ideal solution for many applications.

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