C770BE101/3BHE021083R0101模拟量输出模块
该状态被定义为就绪状态
在该状态下，中频乘法器部分通电但未激活，并且被禁用以通过中频的较高部分通过使用该就绪状态，上的附加脉冲使该支路路径在不到的时间内激活通过在整个扫描过程中为即将到来的状态使用就绪模式，乘法器滤波器切换和稳定时间可以在所有状态之间保持小于在适当数量的脉冲施加到（在这种情况下为）之后，状态机自动返回到循环中的一状态（就绪）所有睡眠所有睡眠睡眠中信道就绪中间活动高活动信道至高活动活动信道至：高活动：高活动信道至多路复用器复位发射机复位多路复用器超前发射机超前多路复用器前进发射机超前多路器前进发射机图单通道数据表版|，共单通道扫描图显示了如何使用发射机状态机在固定频率下循环通过单个上的四个在本例中，定义的状态机深度（寄存器，位）为，因为循环内有个状态，为索引如图所示
传输状态=休眠
•传输状态=信道就绪•传输状态=信道上传输，信道就绪•发射状态=信道上传输，通道就绪•发送状态=信道上传输，频道就绪•传输状态=信道上传输初始状态为休眠状态，其中功耗最小通过脉冲引脚达到该状态然后，上的脉冲将状态机推进到环路内的一状态，该状态被定义为就绪状态，其中通道部分通电但未激活馈送通道的分路器被激活以加快下一状态的切换速度然后，上的附加脉冲使该支路路径完全激活在整个扫描过程中继续为即将到来的状态使用就绪模式，所有状态的切换和稳定时间都可以最小化在适当数量的脉冲被施加到（在这种情况下为）之后，状态机自动返回到循环中的一状态（就绪）所有睡眠所有睡眠睡眠低信道就绪增器复位发射机复位倍增器超前发射机超前倍增器提前发射机超前发射机超前发射机前进倍增器前进发射机超前发射机图具有固定频率的信道扫描的状态机循环示例数据表版
This state is defined as Ready
In this state, the IF multiplier part is powered on but not activated, and is disabled to use the ready state through the higher part of the IF, and the additional pulse on the enables the branch path to activate in less than a time by using the ready mode for the coming state throughout the scanning process, The multiplier filter switching and stabilization time can be kept less than an appropriate number of pulses between all states (in this case, The state machine automatically returns to a state in the cycle (Ready) All sleeps All sleeps Channel ready Intermediate active High active channel to high active channel to: High active: High active channel to multiplexer reset Transmitter reset Multiplexer advanced transmitter multiplexer advanced transmitter advanced transmitter advanced multiplexer advanced transmitter advanced transmitter single channel data sheet |, The scanning diagram of a total of single channels shows how to use the transmitter state machine to cycle through four states on a single at a fixed frequency. In this example, the defined state machine depth (register, bit) is, because there are states in the cycle, which are indexed as shown in the figure
Transfer Status=Sleep
• Transmission state=channel ready • Transmission state=transmission on the channel, channel ready • Transmission state=transmission on the channel, channel ready • Transmission state=transmission on the channel, channel ready • Transmission state=initial state of transmission on the channel is sleep state, where the minimum power consumption reaches this state through the pulse pin, and then the pulse on the advances the state machine to a state in the loop, which is defined as ready state, In which, the splitter with the channel partially powered on but the feed channel not activated is activated to accelerate the switching speed of the next state. Then, the additional pulse on the enables the branch path to be fully activated. During the whole scanning process, the ready mode continues to be used for the coming state. The switching and stabilization time of all states can be minimized after an appropriate number of pulses are applied (in this case, The state machine automatically returns to a state in the cycle (Ready) All Sleep All Sleep Low Channel Ready Multiplier Reset Transmitter Reset Multiplier Lead Transmitter Lead Multiplier Lead Transmitter Lead Transmitter Forward Multiplier Forward Transmitter Lead Transmitter Figure State Machine Cycle Example Data Sheet with Fixed Frequency Channel Scan
