|
| Brand Name: | Firepower |
| Model Number: | JB3-04 |
| MOQ: | 1 |
| Price: | 1260 |
| Payment Terms: | T/T |
| Supply Ability: | 500/month |
precise inertial accelerometer 1 axis, quartz vibration meter wide measure range
Applications
Drilling and Inclination Measurement, Aeronautics and Astronautics, Instruments and Equipment
Features
Low lag
High resolution
High stability
High accuracy
Low power
Excellent overload capacity
Small volume
Low cost
Broad measurement range
Performance Characteristics
| No. | Parameters | JB3-01 | |
| 1 | Range | ±60g | |
| 2 | Threshold | 5μg | |
| 3 | Bias K0/K1 | ≤±5 mg | |
| 4 | Scale factor K1 | 1.0±0.2 mA/g | |
| 5 | Second order nonlinearity coefficient K2 | ≤±20μg /g2 | |
| 6 | 0g 4 hours short-term stability | ≤10 μg | |
| 7 | 1g 4 hours short-term stability | ≤10 ppm | |
| 8 | Bias comprehensive repeatability σK0 (1σ,1 month) | ≤15 μg | |
| 9 | Scale factor comprehensive repeatability σK1/K1 (1σ,1 month) | ≤15 ppm | |
| 10 | Nonlinearity coefficient comprehensive repeatability K2/K1(1σ, 1 month) | ≤±20 μg /g2 | |
| 11 | Bias thermal coefficient (full temp. mean) | ≤±15 μg /℃ | |
| 12 | Scale factor thermal coefficient (full temp. mean) | ≤±15 ppm /℃ | |
| 13 | Noise (sampling resistance 840Ω) | ≤5mv | |
| 14 | Natural frequency | 350~800 Hz | |
| 15 | Bandwidth | 800~2500 Hz | |
| 16 | Random vibration | 10g(20-2000Hz) | |
| 17 | Impact | 150g,5ms,1/2sin | |
| 18 | Working temp. | -55～+85℃ | |
| 19 | Store temp. | -60~+120℃ | |
| 20 | Power supply | ±12~±15V | |
| 21 | Consume current | ≤±20mA | |
| 22 | Thermal sensor |
|
|
| 23 | Size | ||
| 24 | Weight | ≤30g |
JB3 series quartz flexible accelerometer is a miniaturized, high-precision, large-range military inertial navigation grade accelerometer product with excellent long-term stability, repeatability, startup performance, environmental adaptability and high reliability. It can be used for both static and dynamic testing and is also a standard vibration sensor.
The product adopts a unique miniaturized design and packaging process, and the output current has a linear relationship with the force or acceleration received. Users can select an appropriate sampling resistor through calculation to achieve high-precision output. A temperature sensor can be built-in according to user needs, which can be used to compensate the offset value and scale factor to reduce the influence of ambient temperature.
Application areas: inertial measurement of military inertial navigation systems in aerospace, aviation, ships, weapons and other fields and vibration isolation testing of precision instruments and equipment.
Customer Service
