The adoption of high-reliability chip XC164, the optical isolation technology and relay isolation technology ensured the good stability and anti-interference of the whole system.
高可靠性芯片XC164的采用、光电隔离和继电器隔离技术的采用，保证了整个系统具有较好的稳定性和抗干扰性。
The double integration A/D converter and the electro-optical isolation device are used to reduce the mains noise and motor interference, which can significantly improve the accuracy of A/D conversion.
本设计选择双积分型A/D转换芯片，并采用光电隔离装置，有效地降低了电源噪声和电机干扰，大大提高了转换精度。
The double integration A/D converter and the electro-optical isolation device are used to reduce the mains noise and motor interference, which can significantly improve the accuracy of A/D conversion.
本设计选择双积分型A/D转换芯片，并采用光电隔离装置，有效地降低了电源噪声和电机干扰，大大提高了转换精度。
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