[cozyroomss.sg] 0.5PPM Compensated Crystal Components Compatible TCXO-9 for Yaesu FT-817/857/897

0.5PPM Compensated Crystal Components Compatible TCXO-9 Temperature Compensated Crystal Module for Yaesu FT-817 857 897 Feature: 1. Precision: This crystal component offers exceptional frequency stability with a precision of up to 0.5PPM, ensuring highly accurate frequency output. 2. Temperature Compensation: Equipped with an integrated temperature compensation circuit, this ccompensated crystal component automatically adjusts the frequency of the crystal oscillator to counteract temperature variations, maintaining consistent performance. 3. Wide Range of Applications: The 0.5PPM ctemperature compensated module finds extensive use in applications that require high-precision clocks, such as communication devices, measurement instruments, aerospace, and scientific research. 4. Excellent Cost-Effectiveness: Despite having identical parameters to the original TCXO-9 module, this temperature compensated crystal module is priced lower, offering outstanding value for money. 5. Packaging and Interface: This compensated crystal element is available in a surface-mount technology (SMT) packaging form, specifically a 4-pin surface-mount crystal oscillator (SMD Crystal Oscillator), ensuring convenient installation and compatibility. Specification: Origin: Mainland China Compatible Brand/Model: None Product size: 30.00x13.00x10.00mm Product size: 1.18x0.51x0.39inch Origin (country or region): Chinese Mainland (Origin) Applicable model: None Product Description: 1. Temperature compensation crystal components suitable for models such as for Bazhong FT-817/857/897, fully compatible with the original TCXO-9 2. The frequency is 22.625MHz, which can improve the stability of the machine by replacing the original crystal, and performs better than the original module in different environments 3. In actual testing, a high-precision frequency meter was used to observe the frequency of the crystal. The frequency of the original crystal shifted immediately after being heated, but the temperature compensated crystal did not show any significant changes, resulting in a significant effect 4. In general, there is a large temperature difference between winter and summer in northern regions. Many machines adjust their frequency in summer and then deviate in winter, or if indoor use is normal in winter, the frequency deviation can be solved by installing this temperature compensating crystal in the field. It's not that if the frequency of the machine is not biased, there is no need to replace the temperature compensation. Temperature compensation is not used to correct frequency deviation, but to ensure that the frequency of the machine is always consistent in various temperature environments. Of course, many machines have frequency deviation and immediately do not deviate after replacing this crystal. That's because the crystal accuracy of the original machine is too poor. If it is biased, the crystal accuracy can reach 0.5PPM, which is consistent with the parameters of