Heat allocation form based on Ti CC1310 WM-BUS (868MHz)

This design implements a thermal allocation table that meets the EN834 standard and adopts the "Dual Sensor Measurement Method". The average temperature of the heat sink is measured by the built-in temperature sensor, respectively, and the temperature difference value is displayed relative to the value of the heating time. The value is displayed directly between the table and the table, and the data receives and transmits directly, and transmits wireless transmission. Technologies are transmitted to the server for centralized heating systems. ► Product entity ► Present photo ► Forum block diagram ► Core technology advantages 1 The thermal allocation table of "Dual Sensor Measurement Method" is used. This solution can achieve superior to 0.5 ° C in the range of +20 to + 85 ° C. 2 The design uses two pairs of matching simulation temperature sensors, so there is no need to calibrate during the manufacturing process and reduce the OEM system cost. 3 Wireless MCU provides WM-BUS support for S, T and C mode (instrument equipment) at 868MHz, and is responsible for controlling two temperature sensors. . ► Scenario specifications 1 High-precision temperature sensing higher than 0.5 ° C under environmental conditions of +20 to + 85 ° C 2CC1310 SimpleLink (TM) Wireless MCU provides single-chip solutions suitable for thermal metering and RF communications 3 Sensor controller seamlessly connects to two paired LMT70A, so there is no need to calibrate during manufacturing, and reduce OEM system costs 4 For S, T and C mode under Ti RTOS ("Instrument" device, provide example source code for WM-BUS @ 868 MHz transmission Sourceful from big.

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