在上面的实例中，设置发送器的时间不依赖于条目的数量。
In the example above, the time to setup the sender, does not depend on the number of items.
根据发送器和接收器的老化试验数据和现场数据，使用“最大平均剩余寿命”的方法分析确定了一个较优的老化时间。
According to the test data and field data of transmitter and receiver, the method of "maximum mean residual life" is used to determine an optimum burn-in time.
配置改变的精确时间在发送器中和在接收器中是一样的。
The exact time of a configuration change is the same in the transmitter and the receiver.
接收器一方面周期性地被唤醒，另一方面它会根据发送器调整定时时间。
The receiver also wakes up periodically but adjusts its wakeup timer to the transmitter.
接收器一方面周期性地被唤醒，另一方面它会根据发送器调整定时时间。
The receiver also wakes up periodically but adjusts its wakeup timer to the transmitter.
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