Introduction
Vibration Displacement Sensor CSX-SEN-S08 is a highly sensitive, ultra-low power mechanical vibration displacement sensor designed for applications that require low power wake-up and motion state detection. It has a compact structure and sensitive response, and is suitable for smart wearables, IoT terminals, home control, remote controls and other electronic devices that require vibration or displacement sensing.
Advantages
1. Ultra-low power design
CSX-SEN-S08 has a wide voltage supply range of 0.5~2.4VDC, and the operating current is as low as 2μA (static state), and the current limit is only 10mA during dynamic detection. Compared with traditional MEMS G-sensors (whose standby current is usually between tens of microamperes and hundreds of microamperes), the power consumption of CSX-SEN-S08 is greatly reduced. This feature makes it particularly suitable for battery-powered devices, which can effectively extend the overall operating time and reduce the design complexity of power management. It is the preferred sensor for products with clear energy-saving needs.
2. High-sensitivity triggering
The sensor adopts a sensing method that combines a ball and a mechanical structure, which can respond promptly to slight vibrations or displacements. The contact resistance is less than 30Ω, and it has good conductivity in the circuit, which helps to make signal transmission more stable and efficient. The trigger response can reach milliseconds, and the output signal is clear and clean, which can be directly used to identify states such as vibration, movement or flipping. This fast triggering capability is very useful for application scenarios that require real-time detection of device status changes (such as smart wearables, remote control wake-up, etc.).
3. Stable electrical performance
The insulation resistance of CSX-SEN-S08 is greater than 10MΩ, which can effectively isolate possible electrical interference in the system. This feature not only improves the reliability of the sensor in the circuit, but also reduces the risk of false triggering due to external voltage fluctuations. Its simple structure and stable contact mechanism help maintain signal consistency during long-term operation.
4. Wide temperature operating range
The sensor has an operating temperature range of -40℃ to +80℃ and can maintain normal function in environments with large temperature differences. This means that it is not only suitable for conventional indoor devices, but can also be deployed in outdoor environments, cold chain transportation, or vehicle-mounted systems with large temperature differences. The wide temperature adaptability range improves the practicality of the product in a variety of applications and reduces the risk of performance fluctuations due to changes in ambient temperature.
|
Voltage |
0.5~2.4VDC |
|
Current |
2uA-10mA |
|
Closed resistance |
<30Ω |
|
Insulation resistance |
>10MΩ |
|
Temperature range Operating |
-40℃ to 80℃ |
FUNCTIONS
This series of vibration sensors is designed purely mechanically and does not require current consumption during operation. It detects changes in the environment through voltage changes output by two gold-plated rolling balls inside, and can perform all-round vibration detection, displacement sensing, or motion wake-up.
When vibration or displacement occurs, the sensor will produce continuous high and low level changes (Sensitivity can be adjusted through MCU software settings).
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