UMZ-853-D16-G

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Voltage Controlled Oscillators (VCOs) are oscillators whose output frequency is controlled by an applied voltage. The frequency of operation is determined by an external voltage or a digital word that varies the voltage on the device. VCOs offer excellent performance characteristics for a range of various applications. The UMZ-853-D16-G is an example of a VCO that offers both precision and flexibility for a wide range of applications.

The UMZ-853-D16-G is a high-performance VCO with a wide selectable frequency range of 16,000 - 48,000 Hz. It is designed to meet the demanding requirements of communications and navigation systems. The device has a low-noise design and an operating temperature range of -20°C to +85°C. The device is also designed to provide a high level of linearity over the full frequency range. Additionally, the device has an integrated frequency divider, allowing the user to divide the output frequency down to 1kHz.

The working principle behind the UMZ-853-D16-G is based on a resonator design, which utilizes a charge-pump and varactors to control frequency. The device works in the following manner: An external reference voltage is applied to the oscillator. This voltage is compared to the applied voltage on the varactors. When the two voltages match, the system is in resonance and the frequency of the VCO is determined.

The UMZ-853-D16-G is a highly versatile device which has a wide range of applications. It can be used for various communication systems such as GPS receivers, GSM/CDMA cellular phone systems, wireless local area networks (WLANs) and wireless personal area networks (WPANs). The device can also be used in navigation systems, radar systems, and scientific applications. The device is also ideal for applications where high precision and fast frequency switching is required.

In summary, the UMZ-853-D16-G is a high-performance VCO which offers a wide range of features and excellent performance characteristics. With its wide frequency range and a low-noise design, it is ideal for use in a variety of communication and navigation systems. The device utilizes a resonator design and a charge-pump and varactors to vary the frequency of the VCO. The versatile device is useful in a range of communication and navigation systems, as well as scientific and radar applications.

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