UMZ-T2-1062-O16-G

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A voltage controlled oscillator, or VCO, is a device whose output frequency can be precisely adjusted with a wide range of voltages. The UMZ-T2-1062-O16-G is a voltage controlled oscillator specifically designed to maintain a high level of frequency stability with a low supply voltage.This VCO may be used to generate a stable, linear frequency range of 0.05MHz to 20 MHz and has a wide range of operating temperature of -30C to +80C. It offers a low phase noise performance while drawing relatively low power supply current.With a small size and low power draw, this versatile VCO makes it a ideal device for space and power-sensitive applications where frequency accuracy and stability are important, such as telecommunication systems, radar systems, instrumentation, and digital communications.

The UMZ-T2-1062-O16-G operates with a dual-loop injection locking technology. This technology consists of two feedback loops. The first loop is between the output and the input, and the second loop is between the output and the control voltage. The frequency of the VCO is determined by the voltage applied to the control port. The dual-loop injection locking ensures the frequency stability and high injection locking margins for the UMZ-T2-1062-O16-G. Additionally, the device integrates an on-chip power amplifier to buffer the output signal.

When it comes to performance, the UMZ-T2-1062-O16-G provides a frequency range of 0.05MHz to 20MHz, with an adjustable frequency range of up to 50MHz. The device has low phase noise, more than 50dBc/Hz in 1kHz bandwidth, with an operating supply voltage of 3.3V. It also offers a high linearity with excellent frequency stability, with a typical frequency stability of 200 ppm. On top of that, it has a high level of integration, being a VCO with on-board power supply, on-chip output buffer, and on-chip frequency range adjustment.

The UMZ-T2-1062-O16-G VCO is ideally suited for a variety of applications, including high-end digital communication systems, micro-radar, remote sensing, and instrumentation. In all of these applications, the high level of frequency stability, wide linear range, and low distortion make this device an ideal choice. Furthermore, its small size, low power consumption, and wide operating temperature range make it the perfect choice for space and power-sensitive applications.

Overall, the UMZ-T2-1062-O16-G is the perfect choice for applications requiring high frequency stability, accuracy, and precision. It offers excellent frequency stability and a wide range of operating temperature, with a low phase noise performance and low power draw. It is perfect for space and power-sensitive applications, such as telecommunication systems, radar systems, instrumentation, and digital communications.

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