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9 Axis MEMS IMU con uscita EtherCAT per robot AGV
Codice: SKU17861
Modulo industriale di grado 9 Axis MEMS IMU con uscita EtherCAT per robot AGV
Il modulo di misura inerziale U2650 MEMS è un modulo di misura inerziale MEMS a 9 assi altamente affidabile ed economico, ampiamente applicabile a campi come robot umanoidi, robot subacquei e AGV. La serie U2650 di moduli di misura inerziali integra giroscopi MEMS ad alte prestazioni, accelerometri MEMS e sensori magnetici all'interno di un'unica struttura e incorpora algoritmi di atteggiamento per fornire un'uscita in tempo reale di velocità angolare, accelerazione e informazioni sull'atteggiamento del prodotto.
Il modulo di misura inerziale U2650 MEMS è un modulo di misura inerziale MEMS a 9 assi altamente affidabile ed economico, ampiamente applicabile a campi come robot umanoidi, robot subacquei e AGV. La serie U2650 di moduli di misura inerziali integra giroscopi MEMS ad alte prestazioni, accelerometri MEMS e sensori magnetici all'interno di un'unica struttura e incorpora algoritmi di atteggiamento per fornire un'uscita in tempo reale di velocità angolare, accelerazione e informazioni sull'atteggiamento del prodotto.
Gyroscopio a fibra ottica ad alta stabilità
Codice: SKU17873
Giroscopio a fibra ottica ad alta stabilità per il posizionamento multifusione multi sorgente dell'aviazione
Gyroscopio a fibra ottica ad alta stabilità (CLONE)
Codice: SKU178731
Giroscopio a fibra ottica ad alta stabilità per il posizionamento multifusione multi sorgente dell'aviazione
Sensore AHRS Alta precisione 9 Dof Mems
Codice: SKU17866
Sensori AHRS Alta precisione 9 Dof Mems
La serie A5500 è un sensore IMU/VRU/AHRS composto da gineroscopo MEMS-IMU, magnetometro e a singolo asse ad alte prestazioni.
La serie A5500 è un sensore IMU/VRU/AHRS composto da gineroscopo MEMS-IMU, magnetometro e a singolo asse ad alte prestazioni.
AC-MAD210 High-Performance MEMS Dual-axis Accelerometer
Codice: SKU17887
Catalog (FULL TECHNICAL DATA SHEET ON REQUEST)
1 Encapsulation information 2
1.1 High performance accelerometer, packaged in a 48-pin ceramic package 2
1.2 Accelerometer axial direction 3
1.3 PIN definition description 3
1.4 PIN description 4
2 Reference circuit 5
2.1 Schematic design 5
2.2 PCB design 6
2.2.1 PCB layout and routing 6
2.2.2 PCB package 7
2.2.3 Development board 7
2.2.4 Suggestion on board separation after welding 8
2.2.5 External reset pin device selection 8
3 Communication and Control 9
3.1 Hardware interface 9
3.1.1 SPI timing 9
3.1.2 SPI read-write control 10
3.2 Register description 11
3.2.1 Introduction to Register Format 11
3.2.2 Register content description 12
4 Sensor data format 14
4.1 Temperature data output 14
4.2 Acceleration data output 15
4.3 Data reading 16
4.4 Sensor data update 17
5 Reference suggestion 18
5.1 Welding suggestion 18
5.2 ESD protection advice 19
5.3 Installation reference 19
1 Encapsulation information 2
1.1 High performance accelerometer, packaged in a 48-pin ceramic package 2
1.2 Accelerometer axial direction 3
1.3 PIN definition description 3
1.4 PIN description 4
2 Reference circuit 5
2.1 Schematic design 5
2.2 PCB design 6
2.2.1 PCB layout and routing 6
2.2.2 PCB package 7
2.2.3 Development board 7
2.2.4 Suggestion on board separation after welding 8
2.2.5 External reset pin device selection 8
3 Communication and Control 9
3.1 Hardware interface 9
3.1.1 SPI timing 9
3.1.2 SPI read-write control 10
3.2 Register description 11
3.2.1 Introduction to Register Format 11
3.2.2 Register content description 12
4 Sensor data format 14
4.1 Temperature data output 14
4.2 Acceleration data output 15
4.3 Data reading 16
4.4 Sensor data update 17
5 Reference suggestion 18
5.1 Welding suggestion 18
5.2 ESD protection advice 19
5.3 Installation reference 19
AC-MAF599 Ultra High-Precision MEMS Single-axis Accelerometer
Codice: SKU17888
Catalog 1 Full technical data sheet on request
1 Encapsulation information 2
1.1 Ultra-high precision accelerometer, packaged in a 48-pin ceramic package 2
1.2 Accelerometer axis 3
2 Reference circuit 3
2.1.1 Schematic design 3
2.1.2 Pin definition description 4
2.1.3 Pin description 5
2.2 PCB design 6
2.2.1 PCB layout and routing 6
2.2.2 PCB package 7
2.2.3 Development board 8
2.2.4 Suggestion 11 on board separation after welding 9
2.2.5 External reset pin device selection 9
3 Communication and Control 10
3.1 Hardware interface 10
3.1.1 SPI timing 10
3.1.2 SPI read-write control 11
3.2 Register description 12
3.2.1 Introduction to Register Format 12
3.2.2 Register content description 13
4 Sensor data format 14
4.1 Temperature data output 14
4.2 Acceleration data output 15
4.3 Register read CRC check 16
4.4 Data reading 17
4.5 Sensor data update 18
5 Reference suggestion 19
5.1 Welding suggestion 19
5.2 ESD protection advice 21
5.3 Installation reference
1 Encapsulation information 2
1.1 Ultra-high precision accelerometer, packaged in a 48-pin ceramic package 2
1.2 Accelerometer axis 3
2 Reference circuit 3
2.1.1 Schematic design 3
2.1.2 Pin definition description 4
2.1.3 Pin description 5
2.2 PCB design 6
2.2.1 PCB layout and routing 6
2.2.2 PCB package 7
2.2.3 Development board 8
2.2.4 Suggestion 11 on board separation after welding 9
2.2.5 External reset pin device selection 9
3 Communication and Control 10
3.1 Hardware interface 10
3.1.1 SPI timing 10
3.1.2 SPI read-write control 11
3.2 Register description 12
3.2.1 Introduction to Register Format 12
3.2.2 Register content description 13
4 Sensor data format 14
4.1 Temperature data output 14
4.2 Acceleration data output 15
4.3 Register read CRC check 16
4.4 Data reading 17
4.5 Sensor data update 18
5 Reference suggestion 19
5.1 Welding suggestion 19
5.2 ESD protection advice 21
5.3 Installation reference
AC-SMA Series HIGHT PRECISION MEMS SINGLE AXIS ACCELEROMETER
Codice: SKU17889
1 Introduction ( FULL TECHNICAL DATA SHEET ON REQUEST )
The AC-SMA-XXD series accelerometer is a single-axis capacitive MEMS accelerometer, consisting of a fully silicon MEMS sensing structure and a low-power signal processing ASIC composition. AC-SMA-XXD is powered by a single power supply (5V) and features low typical power consumption (11mA). Its output is either a digital signal in SPI protocol or a fully differential analog signal (common mode voltage at 2.5V), and the analog output voltage ranges from 0.5V to 4.5V. Product packaging The product is packaged in a standard LCC20 ceramic package with a total of 20 pins. The precise dimensions of the external shape are provided in the image below. The final product quality is 0.60±0.02 Gram.
AC-SMA-XXD based MEMS accelerometers
Codice: SKU17890
Notes:
- Long-term repeatability: Accelerometers with a range of 32 ± 50g have undergone long-term repeatability testing, and test data spanning 1.5 years is available. The proportion of accelerometers with zero-bias repeatability < 0.2mg is 31%, the proportion with zero-bias repeatability < 0.5mg is 75%, the proportion with zero-bias repeatability < 1.2mg is 100%, the proportion of accelerometers with scale factor repeatability < 100ppm is 93.7%, and the proportion with scale factor repeatability < 200ppm is 100%.
- The smaller the measurement range, the higher the accuracy. For example, products with a ±2g measurement range have the best zero-bias stability indicator of 3μg, and also exhibit better long-term repeatability.
ACM-100 MEMS DIGITAL
Codice: SKU17879
1. Product characteristics
The ACM-100 tri-axis accelerometer is a widely used acceleration sensor series products produced by Micro-Magic Inc with Swiss patented technology, which can be used in various fields such as vibration testing and impact testing. The product adopts digital interface output, with RS232, RS485, TTL, Modbus protocol, and RS422 optional. Different address codes can be set, and multiple sensors can be connected in series for long-distance measurement and data analysis at multiple points. ACM-100 is a single crystal silicon capacitive sensor, consisting of a silicon chip that has undergone micro mechanical processing, a low-power ASIC for signal adjustment, a microprocessor for storing compensation values, and a temperature sensor.
The product has a small size, low power consumption, calibrated, fixed structure, and stable output. The new electronic configuration provides solid-state power for reset and comprehensive protection against overvoltage. The long-term stability and typical deviation of the proportional factor within the full range are less than 0.1%. This series of products has the characteristics of fixed structure, low power consumption, and excellent deviation stability, ensuring outstanding output reliability.
The ACM-100 tri-axis accelerometer is a widely used acceleration sensor series products produced by Micro-Magic Inc with Swiss patented technology, which can be used in various fields such as vibration testing and impact testing. The product adopts digital interface output, with RS232, RS485, TTL, Modbus protocol, and RS422 optional. Different address codes can be set, and multiple sensors can be connected in series for long-distance measurement and data analysis at multiple points. ACM-100 is a single crystal silicon capacitive sensor, consisting of a silicon chip that has undergone micro mechanical processing, a low-power ASIC for signal adjustment, a microprocessor for storing compensation values, and a temperature sensor.
The product has a small size, low power consumption, calibrated, fixed structure, and stable output. The new electronic configuration provides solid-state power for reset and comprehensive protection against overvoltage. The long-term stability and typical deviation of the proportional factor within the full range are less than 0.1%. This series of products has the characteristics of fixed structure, low power consumption, and excellent deviation stability, ensuring outstanding output reliability.
ACM-1700 MEMS High-performance Single-axis Accelerometer
Codice: SKU17885
Product Overview
The ACM-1700 series is a high-performance single axis MEMS accelerometer designed specifically for high-precision and high reliability acceleration measurement applications. This series offers four different range models, covering a wide measurement range of ±10g to ±200g, and supports customization according to customer needs. The sensor adopts 24 bit binary complement data output and communicates through SPI digital interface to ensure stable and accurate data acquisition even under complex working conditions.
Full technical data sheet on request
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