采用热电致冷器作为温度控制的主控元件构建了热压成型系统。
A thermoelectric cooler was used as the main component of temperature controlling in hot embossing device to acquire high precision temperature control.
采用热电致冷器作为温度控制的主控元件构建了热压成型系统。
A thermoelectric cooler was used as the main component of temperature controlling in hot embossing DE...
热电致冷器驱动电路采用高集成、高性价比和高效率开关型驱动芯片MAX1968来实现。
The MAX1968 is a highly integrated and cost-effective, high-efficiency, switch-mode idea for driving a wide variety of the thermo-electric cooler (TEC) elements.
使用金硅势垒探测器及热电式致冷器构成传感器，并利用无模型控制器进行控制，实现气体露点的在线检测。
The sensor is composed of pyroelectric refrigerator and semiconductor detector, and controlled by a operator without model, In this way the air dew-point can be measured on line.
半导体致冷器在环境温度变化大，热传导不稳定，温度调节时间要求快等恶劣条件下工作时具有复杂的热电特性。
Thermoelectric cooler has dynamic thermoelectric performance under complex environment, an unstable heat exchange condition or a requested fast adjust time condition.
半导体致冷器在环境温度变化大，热传导不稳定，温度调节时间要求快等恶劣条件下工作时具有复杂的热电特性。
Thermoelectric cooler has dynamic thermoelectric performance under complex environment, an unstable heat exchange condition or a requested fast adjust time condition.
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