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D-Q-JDW-ZZ3414

JDWZZ3414

Advanced MEMS IMU integrating gyroscope (±4000°/s) and accelerometer (±30g), offering multi-level performance options, exceptional stability, and robust design specifically engineered for demanding applications requiring shock resistance above 10000g

JDWZZ3414

Customizable Parameters

Specifications shown are reference configurations. Most parameters can be adjusted to meet your application requirements.

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The JDWZZ3414 is a high-performance MEMS Inertial Measurement Unit (IMU) that integrates both gyroscope and accelerometer functionalities. The gyroscope offers a wide measurement range of ±4000°/s with zero bias stability as low as ≤30°/h, while the accelerometer provides ±30g range with zero bias stability down to ≤0.5mg. Available in three performance levels, it features excellent scale factor characteristics (gyro nonlinearity ≤100ppm) and comprehensive temperature compensation. The module’s integrated design includes sensors, microprocessor, and power management in a compact, potted package, with a fast sampling rate of 2.5ms and power consumption of ≤0.2W.

Key Features

  • Integrated 6-DOF inertial measurement
  • Three-level performance options
  • Wide gyroscope range: ±4000°/s
  • Wide accelerometer range: ±30g
  • Superior gyro zero bias stability (≤30°/h)
  • Excellent accelerometer zero bias stability (≤0.5mg)
  • Outstanding gyro scale factor nonlinearity (≤100ppm)
  • High-precision accelerometer orthogonality (6°)
  • Fast sampling rate (2.5ms period)
  • Low power consumption (≤0.2W)
  • Quick startup time (≤3s)
  • High overload resistance (10000g)
  • Wide operating temperature range (-40°C to 85°C)
  • Compact and lightweight design (≤10g)

Applications

Inertial navigation systemsAttitude and heading reference systemsMulti-axis motion trackingDynamic platform stabilizationAdvanced robotics controlUnmanned vehicle navigationHigh-dynamic motion analysisPrecision instrumentation

Specifications

Gyroscope Specifications

Measurement Range±4000±4000
Zero Bias Stability≤30≤50
Full Temperature¹ Zero Bias Stability≤100
Zero Bias Repeatability≤30≤50
Full Temperature¹ Zero Bias Repeatability≤100
Full Temperature Zero Bias²≤500
Scale Factor Nonlinearity≤100≤100

Accelerometer Specifications

Measurement Range±30±30
Zero Bias Stability≤0.8≤1
Zero Bias Repeatability≤0.8≤1
Scale Factor Error≤1500≤1500
Scale Factor Nonlinearity≤5000≤5000
Orthogonality66

Common Specifications

Power Supply VoltageV5±0.25
Power ConsumptionW≤0.2
Weightg≤10
Startup Time (Full Temperature Environment)s≤3
Sampling Periodms2.5
Operating Temperature°C-40~85
Resistant To Overloadg10000

Technical Notes

  1. Results at three temperatures -40℃,-25℃,85℃ 2. At -40℃,-20℃,0℃,20℃,40℃,60℃,85℃

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