AKC378 MEMS current-type vibration sensor MEMS current-type Vibration sensor

AKC378 MEMS current-type vibration sensor ○ Revision time:2026-4-13 Note: Product functions, parameters, appearance, etc. will be adjusted as the technology upgrades. Please contact our pre-sales business to confirm when purchasing. Disclaimer This product is developed exclusively for commercial applications and is prohibited from being used for illegal purposes, such as military activities, research related to nuclear, chemical, or biological weapons, or any other actions that violate laws and regulations. It is strictly forbidden to engage in activities related to goods embargoed by the United...

AKC378 MEMS current-type vibration sensor The AKC378 is a 4-20mA current output vibration sensor based on single-crystal silicon MEMS capacitive sensing technology, with the following characteristics: 1. Core Sensing Technology Employs low-noise micro-mechanical capacitive sensing elements Built-in signal compensation circuit ensures excellent linearity and long-term stability Output: DC-coupled analog current signal (4-20mA) Selectable measuring range: ±2g to ±16g (configurable) Frequency response: 0Hz - 200Hz (DC to low-frequency vibration measurement) Integrated EMC/RFI electromagnetic shielding...

AKC378 MEMS current-type vibration sensor E.g: AKC378-02-A1: ±2g measure range /4~20mA output„

AKC378 MEMS current-type vibration sensor Acceleration=(output current -12mA) ^ sensitivity | Sensitivity can be obtained from theoretical technical parameter values or actual testing Example: AKF398-02-T (±2g measurement range 4-20mA output current range), when the output current is 13mA, Acceleration = (13-12)/4 = 0.25g Attention: There is a gravity of 1g in the vertical direction of the stationary state. Shell size: L55*W37*H29mm Installation size: L48xW28.6xH4mm Mounting screws: 3 M4 screws Shell material: aluminum alloy

- Short-circuit the self-test wire (Self-Test) and the ground wire (GND), and the sensor will enter self-test mode. - At this time, the X, Y, and Z axis output terminals will generate ±1g, 10Hz square wave signals respectively to verify whether the sensor and output circuit are working properly. - After the self-test is complete, the self-test line must be left floating (disconnected from GND). - During normal operation, the self-test cable must be kept suspended; otherwise, measurement accuracy will be affected. - Do not short-circuit the self-test cable to the power supply (Vcc), as this may...