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Power resource management and low-power remote wireless RF electronics

机译:电源资源管理和低功率远程无线射频电子产品

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摘要

Battery power resource management becomes a critical issue in the case of self-powered remote wireless RF electronics, where the basic parameter is time of system operation before battery recharging or battery replacement. In such cases, very often related to physical protection against antitampering (AT), proper theoretical modeling of a battery driven power supply in the context of a given digital electronic system is of utmost importance. Such modeling should include various types of batteries (primary and secondary), various self-discharge processes in different temperatures, and even energy harvesting, the latter to supply power for long-term content, low-power electronic subsystems. In this paper we analyze simple modeling of resource power management, including variations of all of these parameters and energy harvesting.
机译:对于自供电的远程无线射频电子设备,电池电源资源管理成为一个关键问题,其基本参数是电池充电或更换电池之前系统的运行时间。在这种情况下,通常与防篡改(AT)的物理保护有关,在给定的数字电子系统的情况下,对电池驱动的电源进行正确的理论建模至关重要。这样的建模应该包括各种类型的电池(一次和二次),在不同温度下的各种自放电过程,甚至是能量收集,后者为长期使用的内容供电,低功率的电子子系统。在本文中,我们分析了资源动力管理的简单建模,包括所有这些参数和能量收集的变化。

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