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Digital Open-Loop Mode Fiber Optic Gyroscope Low Zero Bias Satbility

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Shenzhen Fire Power Control Technology Co., LTD

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Digital Open-Loop Mode Fiber Optic Gyroscope Low Zero Bias Satbility

Name: Digital OpenLoop Mode Fiber Optic Gyroscope Low Zero Bias Satbility
Brand: Firepower
Price: 800 USD

Digital Open-Loop Mode Fiber Optic Gyroscope Low Zero Bias Satbility Manufactures

Brand Name : Firepower

Model Number : MFOG-910

Certification : CE

Place of Origin : Shenzhzen, China

MOQ : 1 pcs

Price : US$800

Payment Terms : T/T

Supply Ability : 500 pcs per month

Delivery Time : 1 week for sample

Packaging Details : Sponge and box

Measuring range : ±240°/s

Zero bias stability : ≤0.8°/h,

Zero bias repeatability : ≤0.8°/h

Random walk coefficient : ≤0.02°/√h

Scale factor nonlinearity : ≤1000ppm

Bandwidth : ≥1000Hz

Power supply : ±5±0.15V

Power : ≤1.5W

Operating temperature : -40~+70°C

Storage temperature : -55~+85°C

Vibration : 20~2000Hz

Baud rate : 921600 (Customizable) bps

Output mode : RS-422

Connector : J30J-15TJL/(Customizable)

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Basic Info.

Model NO.

F70

Measuring Shaft Quantities

Single

Accuracy Grade

0.05deg/H

IP Rating

IP67

Certification

Customized

Measuring Range

800deg/S

Bias Stability

0.05deg/H

Random Walk Coefficient

0.005deg/H

Power Supply

Baud Rate

115200~921600Hz

Transport Package

Sponge and Box

Specification

70mm× 70mm× 32mm

HS Code

9031809090

Production Capacity

500/Month

Product Description

High Bandwidth Fiber Optic High Accuracy Gyroscope Short Activation Time

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

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Digital Open-Loop Mode Fiber Optic Gyroscope Low Zero Bias Satbility

Main Applications

Digital Open-Loop Mode Fiber Optic Gyroscope Low Zero Bias Satbility

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