Are you tired of using low-quality sensors that give you inaccurate readings? Do you want to take your project to the next level with a high-precision accelerometer? Look no further than the Murata SCA3100-D04, 3-AXIS digital Accelerometers Sensor. This powerful sensor is designed to provide you with accurate and reliable readings, making it perfect for a wide range of applications. With its high sensitivity and low noise, you can trust that you're getting the most accurate data possible. But what really sets the Murata apart is its ability to solve a common problem that many buyers face: getting accurate readings in a variety of environments. Whether you're working in a lab or out in the field, the Murata has got you covered.
Murata SCA3100-D04, 3-AXIS digital Accelerometers Sensor
The Murata SCA3100-D04, 3-AXIS digital Accelerometers Sensor is designed to solve the problem of inaccurate readings. This problem matters to users because it can affect the overall quality of their project. With the Murata, you can get accurate readings in a variety of environments, making it perfect for applications such as industrial automation, medical devices, and consumer electronics. The Murata provides a clear solution to this problem by using a high-precision accelerometer that is designed to give you accurate and reliable readings. With its high sensitivity and low noise, you can trust that you're getting the most accurate data possible.
Key Features
- 3-AXIS digital accelerometer
- High sensitivity and low noise
- Wide measurement range: -2g to 2g
- Offset total error: -70mg to 70mg
- Sensitivity: 900 Count/g
- Total sensitivity error: -4% FS
- Linearity error: -20mg to 20mg
- Cross-axis sensitivity: -3.5% to 3.5%
- Zero acceleration output: 0 Counts
- Amplitude response: -3dB frequency: 30Hz to 55Hz
Specifications
| Electrical Features |
|
| Analog and Digital Vdd |
Min: 3.0V, Max: 3.6V |
| Current Consumption (Active Mode) |
Typical: 3mA, Max: 5mA |
| Current Consumption (Power Down Mode) |
0.12mA |
| Measurement |
|
| Measurement Range |
Measurement axes (XYZ): -2g to 2g |
| Operating Temperature |
-40°C to 125°C |
| Offset Total Error |
Temperature range -40...+125°C: Min: -70mg, Max: 70mg |
| Offset Calibration Error |
@25°C ±5°C: Min: -40mg, Typical: ±16mg, Max: 40mg |
| Offset Temperature Drift |
Temperature range -40...+125°C: Min: -30mg, Typical: ±18mg, Max: 30mg |
| Sensitivity |
12-bit output: 900 Count/g |
| Sensitivity |
Between ±3°: 0.0637°/Count |
| Total Sensitivity Error |
Temperature range -40...+125°C: Max: -4% FS |
| Sensitivity Calibration Error |
@25°C ±5°C: ±0.5% FS |
| Sensitivity Temperature Drift |
Temperature range -40...+125°C: ±0.8% FS |
| Linearity Error |
+1g...-1g range: Min: -20mg, Max: 20mg |
| Cross-Axis Sensitivity |
Min: -3.5%, Typical: ±2.5%, Max: +3.5% |
| Zero Acceleration Output |
2-complement: 0 Counts |
| Amplitude Response |
-3dB frequency: Min: 30Hz, Typical: 55Hz |
| Noise |
5mg RMS |
| Power On Setup Time |
0.1s |
| Output Data Rate |
2000Hz |
| Output Load |
50pF |
| SPI Clock Rate |
8MHz |
| Protection |
|
| ESD Protection (Human Body Model) |
2kV |
| ESD Protection (Charge Device Model) |
1kV |
| Moisture Sensitivity Level |
IPC/JEDEC J-STD-020C, Level 3 |
| Mechanical Shock |
20,000g |
| Identification |
|
| ID Register Value |
Customer readable ID register (27hex): C1 |
