Model NO.
F70
Customized
Customized
Measuring Range
800deg/S
Bias Stability
0.05deg/H
Random Walk Coefficient
0.005deg/H
Power Supply
5V
Baud Rate
115200~921600Hz
Transport Package
Sponge and Box
Specification
70mm× 70mm× 32mm
HS Code
9031809090
Production Capacity
500/Month
Type:
Servo
Output Signal Type:
Digital Output
Measuring Shaft Quantities:
Single
Accuracy Grade:
0.05deg/H
IP Rating:
IP67
Certification:
CE
Precision Micro Optics Gyro Fiber Optic Gyroscope Application Low Price Gyro Sensor
Fiber optic gyroscope is a kind of fiber sensor sensitive to angular rate. Its basic working principle is to use the Sagnac effect: In a ring interferometer, the light wave emitted by the light source is divided into two by the beam splitter, and the two beams of light will be along the forward and backward directions respectively. Move counterclockwise and return to the beam splitter
Product structure and features
The gyroscope structure adopts a typical optical fiber ring structure design scheme, and from the miniaturization integrated design, structural stability (resistance to shock and vibration), anti-resonance, structural symmetry, ease of installation and thermal design (temperature Characteristics) and other aspects were considered, and the existing structure of the gyro was optimized and designed.
main gyro parameters
Non-linearity scale factor: ≤50ppm (1σ)
Scale factor asymmetry: ≤50ppm (1σ)
Scale factor repeatability: ≤50ppm (1σ)
Dynamic range: ±300°/s
Zero bias stability: ≤0.05°/h (1σ)
Zero bias repeatability: ≤0.05°/h (1σ)
Random walk coefficient: ≤0.005°/√h
Bandwidth: ≥200Hz
Weight: ≤250g
Interface
Comany and production
Fiber optic gyroscope is a kind of fiber sensor sensitive to angular rate. Its basic working principle is to use the Sagnac effect: In a ring interferometer, the light wave emitted by the light source is divided into two by the beam splitter, and the two beams of light will be along the forward and backward directions respectively. Move counterclockwise and return to the beam splitter
Product structure and features
The gyroscope structure adopts a typical optical fiber ring structure design scheme, and from the miniaturization integrated design, structural stability (resistance to shock and vibration), anti-resonance, structural symmetry, ease of installation and thermal design (temperature Characteristics) and other aspects were considered, and the existing structure of the gyro was optimized and designed.
main gyro parameters
Non-linearity scale factor: ≤50ppm (1σ)
Scale factor asymmetry: ≤50ppm (1σ)
Scale factor repeatability: ≤50ppm (1σ)
Dynamic range: ±300°/s
Zero bias stability: ≤0.05°/h (1σ)
Zero bias repeatability: ≤0.05°/h (1σ)
Random walk coefficient: ≤0.005°/√h
Bandwidth: ≥200Hz
Weight: ≤250g
Interface
Node number | Definition | Remark |
1 | +5V | +5V power input |
2 | +5V | +5V power input |
3 | -5V | -5V power input |
4 | -5V | -5V power input |
5 | ±5VGND | Power ground (Note: must not be connected to the gyro shell) |
6 | ±5VGND | Power ground (Note: must not be connected to the gyro shell) |
7 | T+ | Gyro output signal+ |
18 | T- | Gyro output signal- |
the remaining | Disable |
Comany and production
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