7N-38.880MBP-T Crystals, Oscillators, Resonators

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Oscillators are electronic devices that produce an output signal with a waveform that is periodic in nature by using the frequency and amplitude parameters. They generate AC signals out of DC signals, the output frequency can be constant or set over a certain range. Oscillators are employed across various industries in applications where an accurate or controlled frequency is needed. The 7N-38.880MBP-T oscillator is such a device marketed by Anaren Microwave that is used in several applications ranging from military to space.

The 7N-38.880MBP-T is a miniature surface mount device that is designed for use in a wide variety of applications. It is constructed with a ceramic body and the oscillator itself requires a quartz crystal operating at 38.880MHz. It produces an output waveform of CMOS with a supply voltage of 3.3V and a power dissipation of 2mA. The temperature range of the device ranges from -20C to + 70C.

The 7N-38.880MBP-T is slightly pricey but offers reliable performance and is suitable for several mission-critical applications. It is most commonly used in military and aerospace applications because of its frequency control and tight frequency stability. It is typically used in radio frequency and microwave frequency applications where precision frequency control is required. The device is also used in satellite communications where it is used to maintain the frequency accuracy of radio transmitters and receivers.

The function of the 7N-38.880MBP-T oscillator is to convert input DC signals into AC signals with consistent frequency and amplitude. It operates on the basis of negative resistance. It requires a quartz crystal oscillator at a fixed frequency of 38.880MHz. The crystal oscillator acts as the feedback element in the device and provides stable frequencies while consuming minimal power. The output frequency of the 7N-38.880MBP-T is then sent to an amplifier to increase the strength of the signal before its transmission.

The 7N-38.880MBP-T oscillator is available in three grades based on the frequency stability of the output signal. Grade A has the highest stability and is suitable for space and military applications. Grade B is reserved for microwave applications and is slightly cheaper than Grade A. Grade C is the lowest grade but has better power consumption than Grade B and is suitable for low-cost applications.

Overall, the 7N-38.880MBP-T oscillator is a cost-efficient device that is used in several industries and applications for controlling output frequency. It uses a quartz crystal oscillator and a negative resistance circuit to generate a stable output waveform with a constant frequency and amplitude. It is available in three grades based on frequency stability and its use is best suited for mission-critical applications.

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