In order to facilitate the use of IMU614E series products (IMU614E, IMU614E-AG, IMU614E-B, IMU614E-C,etc.) by customers, a special test chassis has been developed, through which the 614E module can be connected to a PC to provide hardware support for testing, validation, and performance optimisation of customers' IMU (Inertial Measurement Unit) products. The test board has the following functions and features:
1. A variety of expansion interfaces: the test board provides a variety of interfaces with the 614E module, including: USB, serial, CAN, LVTTL, I²C, etc., which is convenient for you to quickly connect the board to the computer and other control terminals. Meet a variety of test needs.
2. High-precision data acquisition: the test baseboard can accurately capture the output data of the IMU sensor through the precision data acquisition circuit and high-speed sampling rate to ensure the accuracy and reliability of the test results.
3. Connecting with test host computer: The test board and the host computer software enable you to easily carry out the configuration and control of various test parameters, including sampling rate, acceleration, attitude angle, gyroscope zero-deviation stability test, and so on.
4. Data recording and analysis: the test board supports data recording and storage functions, you can save the original data during the test in the local storage device, which is convenient for customers to carry out subsequent offline analysis and evaluation.
Through the use of our test chassis, comprehensive IMU product testing and verification can be carried out on the computer, including sensor accuracy, zero bias, temperature effects, dynamic response and other aspects of the evaluation. In addition, the test chassis can also be used to optimise performance and adjust algorithmic parameters to improve product performance and stability. Our test chassis provide customers with a convenient and reliable solution to make the testing and optimisation of IMU products more efficient and accurate. We will provide a detailed user guide to ensure that customers can make full use of the functionality of the test bench for rapid testing and evaluation.
1. Interface A:
l Interface type: Serial (TTL to USB).
l This interface internally connects to IMU serial port 1 and can be used to connect to the host computer and read IMU data.
l Supply voltage: 5V.
2. Interface B:
l Interface type: Serial (TTL to USB).
l This interface internally connects to IMU serial port 2 and can be used to connect to the host computer and read IMU data.
l Supply voltage: 5V.
3. Interface C:
| RST | External hardware reset input, internal pull-up (for SPI mode) |
| GND | Power Ground |
| 3V3 | 3.3 Volt power input |
4. Interface D:
| SCL/CANT/RX4 | Mode | Port | Descriptions |
| 1 | CANR | CAN receive pin; reads data from bus to CAN controller | |
| 2 | RX4 | Receive asynchronous data input | |
| 3 | SCL | I²C Serial Clock | |
| SDA/CANT/TX4 | Mode | Port | Descriptions |
| 1 | CANT | CAN Transmit Pin; Reads data from the CAN controller to the bus driver | |
| 2 | TX4 | Receive asynchronous data output | |
| 3 | SDA | I²C Serial data | |
RX3 | Serial port 3 receive | ||
| SDI | SPI Serial Data Input | ||
| SDO | SPI Serial Data Output | ||
| SCK | SPI Serial Clock | ||
| CS | SPI Chip Select | ||
| PPS | External synchronous sampling trigger signal; (access to RTK second pulse pin) | ||
| TX3/DRDY | Receive asynchronous data input / available for Data Ready | ||
Dimension:
♦ Product classification
♦ Contact Us
| Telephone： | 86-13482465596 |
| E-MAIL ： | yang_fan@bourdeaubros.com |
| Position ： | Room 4F,Building 16,No. 1000 JinhaiRoad, City of Elite,,Pudong New Area,Shanghai |
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