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General| Model Series | D6T |
|---|---|
| Detection Method | Non-contact |
| Interface | I2C |
| Output Type | Digital |
| Type | Thermal Sensor |
| Field of View | Varies by model |
| Number of Pixels | Varies by model |
| Operating Temperature | Varies by model |
| Storage Temperature | Varies by model |
| Response Time | Varies by model |
| Dimensions | Varies by model |
| Humidity Range | 85% (non-condensing) |
Describes the purpose and scope of the user manual for D6T-series MEMS Thermal Sensors.
Explains the components and arrangement of the D6T MEMS Thermal Sensor module and its exterior.
Details the physical dimensions of the D6T MEMS Thermal Sensor circuit board.
Shows a diagram illustrating the internal configuration and components of the sensor module.
Compares the operational characteristics of MEMS Thermal Sensors with pyroelectric sensors.
Illustrates the Field of View and sensitivity characteristics of the thermal sensors.
Details the steps and procedures for using the MEMS Thermal Sensors.
Identifies the product's connector pin assignments and lists material specifications.
Illustrates a direct connection method for a 5V microcontroller.
Shows a connection setup for a 3V MCU with a 5V fault-tolerant I2C port.
Demonstrates how to use an I2C level converter for voltage mismatch.
Explains how to use a GPIO terminal for I2C communication processing.
Details how to connect multiple D6T sensors using an I2C bus-switching IC.
Lists I2C communication parameters like slave address, data length, and clock speed.
Shows a timing diagram for I2C data transmission for the 16-channel model.
Illustrates the I2C data flow for the 8-channel D6T-8L-09 model.
Displays I2C data transmission timing for 1-channel and 1024-channel models.
Illustrates pixel arrangement for temperature data across different channel models.
Displays the signal timing for I2C communication between MCU and sensor.
Defines the symbols used in the I2C signal timing diagrams.
Explains I2C start/stop conditions and shows write operation timing.
Details the D6T-32L-01 register map and explains the IIR filter functionality.
Provides sample data and C code for 16 and 1024-channel models.
Presents code modifications specific to the 1-channel D6T models.
Provides sample data and C code for 16 and 1024-channel models.
Presents code modifications specific to the 1-channel D6T models.
Implements a CRC-8 calculation function for PEC checking.
Details the PEC check process for Stop-Start I2C reads.
Outlines the routine for detecting and handling I2C clock stretch by the master.
Illustrates the signal flow and timing for the I2C wait detection process.
Explains the conditions and behavior of communication timeouts in the sensor.
Advises on selecting suitable cover materials for optimal sensor performance.
Shows how HDPE thickness affects transparency and sensor detection.
Displays diagrams showing the mountable areas for different D6T models.
Offers a reference illustration for securing the sensor.
Addresses questions about increasing the field of view and its limitations.
Explains that infrared signals from remote controllers do not cause incorrect operation.
Clarifies that the sensor provides temperature data; distinction relies on software.
Discusses the effective detection distance when used as a human sensor.
Explains that power reduction requires shutting off power to the sensor.
States that 3V drive and slave address are not configurable for D6T sensors.
Describes the time required for the sensor to reach stable operation after power-up.
Defines a thermopile as a device cascaded to a thermocouple to increase voltage.
Defines NETD as a measure of noise converted into temperature, representing resolution.
Defines FOV as the viewing angle index, often based on 50% sensitivity.
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