SG2016EHN (Crystal Oscillator) Specification

Apr 24,2024
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The SG2016EHN crystal oscillator is a high-precision and low-power frequency source widely used in fields such as communication, navigation, radar, automotive electronics, and precision time-frequency measuring instruments. The SG2016EHN crystal oscillator has extremely high frequency stability and phase noise performance, which can meet the strict requirements of high-end products for frequency stability. For example, its temperature frequency stability under specific conditions can reach ± 5ppm. The design of SG2016EHN crystal oscillator considers the requirement of low power consumption, which can achieve low-power output while ensuring high accuracy. Its power consumption is 8mA, 9mA, and 11mA at different frequency points, and the low-power design of the circuit is achieved by using automatic gain negative feedback control circuit to stabilize the amplitude and digital circuit control capacitor array to adjust transient frequency stability. In order to improve the stability of frequency under temperature changes, the SG2016EHN crystal oscillator adopts advanced temperature compensation technology. This includes both analog temperature compensation technology and digital temperature compensation technology. These technologies can effectively improve the frequency temperature characteristics of crystal oscillators and enhance their performance over a wide temperature range. The SG2016EHN crystal oscillator emphasizes miniaturization in design to meet the requirements of modern electronic devices for volume and integration. Can provide stable frequency output in a compact space.