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Ultra-low phase noise temperature compensated crystal oscillator :

In many systems, phase noise is a crucial parameter. This is especially critical in high-performance radar systems, which require reliable detection of extremely weak return signals from targets. Lower phase noise results in clearer return signals and an increased detection range. For digital systems, the presence of phase noise is seen as jitter, directly impacting system performance. Lower phase noise reduces jitter, improving system stability and performance. Similarly, communication systems view phase noise as an influence on signal bandwidth; lower phase noise means less jitter, which further implies lower bandwidth requirements, helping optimize channel width and save resources. Bozhen Electronics' low-phase-noise temperature-compensated crystal oscillators (TCXOs) are the ideal solution to these challenges. Our oscillator designs are uniquely characterized by a focus on reducing phase noise, ensuring your application achieves high accuracy and excellent performance.

Product name

Image

Dimensions

Output logic

Voltage

Frequency range

Functions and features

Instruction manual

JZ-T0001

JZ-T0001

3.2x1.5

CMOS

1.8v

6.0MHz - 100MHz

Maintains stable oscillation frequency over a wide temperature range (e.g., -40℃ to +125℃ or higher). High frequency accuracy is maintained even at high temperatures, meeting the needs of various precision electronic devices.

JZ-T00

JZ-T00

7x12

CMOS

1.8v

6.0MHz-100MHz

Maintains stable oscillation frequency over a wide temperature range (e.g., -40℃ to +125℃ or higher). High frequency accuracy is maintained even at high temperatures, meeting the needs of various precision electronic devices.