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Operating Modes of Extremely Simple! Standard App

Explanation of each operating mode
The Extremely Simple! Standard App (App_Twelite) has seven operating modes.

List of Operating Modes

Each mode is set by leaving the Mx pin unconnected or connecting it to GND.

M3M2M1ModeFunctionPowerSavingInitialLID
OOOChild: ContinuousSends input status to parent, and always waits for received data to reflect on output120
OOGParent: ContinuousSends input status to child, and always waits for received data to reflect on output0
OGORepeater: ContinuousAlways waits for received data and relays it122
OGGChild: Continuous 0.03sFrequently sends input status to parent, and always waits for received data to reflect on output123
GOOChild: Intermittent 1sSends input status to parent every 1 second, and disables reception to always enter power-saving mode124
GOGChild: Intermittent Reception 1sSends input status to parent every 1 second, and simultaneously performs reception, always entering power-saving mode125
GGO-Unused--
GGGChild: Intermittent 10sSends input status to parent every 10 seconds, and disables reception to always enter power-saving mode127

O: Not connected (OPEN), G: Connected to GND

Initial state is Child: Continuous mode.

The initial Logical Device ID (LID) used to identify the device varies depending on the mode.

Parent Device

Continuous Mode

Parent: Continuous Mode

When input signals change or every 1 second, data is sent to all child devices.

It always waits for data sent from child devices, providing good responsiveness but continuously consuming power.

  • Reception: Always waiting
  • Transmission: On input change / every 1 second

Child Device

Continuous Mode

Child: Continuous Mode

When input signals change or every 1 second, data is sent to all parent devices.

It always waits for data sent from parent devices, providing good responsiveness but continuously consuming power.

Communication image with parent device

Communication image with parent device

  • Reception: Always waiting
  • Transmission: On input change / every 1 second

Child: Continuous 0.03s Mode

This mode shortens the periodic transmission interval of Child: Continuous Mode from 1 second to 0.03 seconds.

Although it always waits for data sent from the parent, the communication from child to parent occupies the bandwidth, making the parent’s input response slower. It continuously consumes power.

Communication image with parent device

Communication image with parent device

  • Reception: Always waiting
  • Transmission: On input change / every 0.03 seconds

Intermittent Mode

Child: Intermittent 1s Mode

When input signals change or every 1 second, power-saving mode is canceled and data is sent to all parent devices.

Reception is disabled, so control from the parent device is not possible. This mode has excellent power-saving performance.

Communication image with parent device

Communication image with parent device

  • Reception: Disabled
  • Transmission: On input change / every 1 second

Child: Intermittent 10s Mode

When input signals change or every 10 seconds, power-saving mode is canceled and data is sent to all parent devices.

Reception is disabled, so control from the parent device is not possible. This mode has excellent power-saving performance.

Communication image with parent device

Communication image with parent device

  • Reception: Disabled
  • Transmission: On input change / every 10 seconds

Child: Intermittent Reception 1s Mode

When input signals change or every 1 second, power-saving mode is canceled and data is sent to all parent devices.

Reception is also performed every 1 second. It has excellent power-saving performance but is inferior to Child: Intermittent 1s Mode.

Communication image with parent device

Communication image with parent device

  • Reception: Every 1 second
  • Transmission: On input change / every 1 second

Repeater

Continuous Mode

Repeater: Continuous Mode

The repeater forwards received packets.

Up to three repeaters can be installed between parent and child devices, but increasing repeaters increases the number of packets, which may cause interference.

Image of relaying

Image of relaying

  • Reception: Always waiting
  • Transmission: On reception