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High-Range 6-DoF MEMS IMU (±4000 °/s, ±30 g)

MEMS Inertial Measurement Unit (IMU) · JDWZZ3414

Six-degree-of-freedom MEMS IMU with ±4000 °/s gyroscope range and ±30 g accelerometer range in a compact potted package under 10 g. Zero bias stability down to ≤30 °/h (gyroscope) and ≤0.8 mg (accelerometer), 2.5 ms sampling period, and 10,000 g overload resistance for high-dynamic platforms.

Gyroscope SpecificationsMeasurement Range
±4000 °/s
Accelerometer SpecificationsAccelerometer Measurement Range
±30 g
Gyroscope SpecificationsZero Bias Stability
≤30 / ≤50 °/h
Read full specifications and measurement conditions ↓
High-Range 6-DoF MEMS IMU (±4000 °/s, ±30 g)
JDWZZ3414Product reference

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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

Technical Specifications

Gyroscope Specifications

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

Accelerometer Specifications

Accelerometer Measurement Range
±30 g
Accelerometer Zero Bias Stability
≤0.8 / ≤1 mg
Zero Bias Repeatability
≤0.8 / ≤1 mg
Scale Factor Error
≤1500 ppm
Scale Factor Nonlinearity
≤5000 ppm
Orthogonality
6 °

Common Specifications

Power Supply Voltage
5±0.25 V
Power Consumption
≤0.2 W
Weight
≤10 g
Startup Time (Full Temperature Environment)
≤3 s
Sampling Period
2.5 ms
Operating Temperature
-40~85 °C
Resistant To Overload
10000 g
  1. [1]Multiple performance levels are offered; where two figures are shown (e.g. ≤30 / ≤50) they correspond to the available tiers — confirm tier at inquiry.
  2. [2]Full-temperature figures are measured across multi-point temperature runs per the product notes.

Technical Notes

  1. Results at three temperatures: -40°C, -25°C, 85°C
  2. Measured at -40°C, -20°C, 0°C, 20°C, 40°C, 60°C, 85°C

Frequently Asked Questions

What is JDWZZ3414?+

Six-degree-of-freedom MEMS IMU with ±4000 °/s gyroscope range and ±30 g accelerometer range in a compact potted package under 10 g. Zero bias stability down to ≤30 °/h (gyroscope) and ≤0.8 mg (accelerometer), 2.5 ms sampling period, and 10,000 g overload resistance for high-dynamic platforms.

Which specifications are published for JDWZZ3414?+

Gyroscope Specifications — Measurement Range: ±4000 °/s; Gyroscope Specifications — Zero Bias Stability: ≤30 / ≤50 °/h; Gyroscope Specifications — Full Temperature¹ Zero Bias Stability: ≤100 °/h. Measurement conditions: Multiple performance levels are offered; where two figures are shown (e.g. ≤30 / ≤50) they correspond to the available tiers — confirm tier at inquiry. Full-temperature figures are measured across multi-point temperature runs per the product notes. See the technical specifications for the complete parameter list.

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