1) power dissipation in power transistor
功放管管耗
2) power management
功耗管理
1.
System-level power management model based on dynamic voltage scaling technology;
动态电压调整的系统级功耗管理模型
2.
Research and implementation of dynamic power management for uclinux;
动态功耗管理算法在ucLinux中的研究和实现
3.
By analyzing the source of CMOS circuit s power consumption, a detailed solution which considered several low-power techniques, such as dynamic power management, clock gating and operand isolation, was provided.
通过分析CMOS电路功耗产生原因,介绍了动态功耗管理、门控时钟和操作数隔离等低功耗设计方法,给出了该AES密码算法详细的低功耗实现方案。
3) transistor dissipation
晶体管功耗
4) low-power management
低功耗管理
5) MESFET power amplifying tube
MESFET功放管
1.
This method uses the static IV characteristic curve and S parameter of small signals provided by MESFET power amplifying tube to optimize the I/O matching circuits respectively so as to implement wideband high-power.
介绍了一种用ADS技术来设计宽带微波功放模块的方法,利用MESFET功放管提供的静态IV特性曲线和小信号S参数,分别优化放大器的输入输出匹配电路,以期达到宽频带大输出功率的目的。
6) Power amplifier tube
功放管
补充资料：耗耗
1.方言。老鼠。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条