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Ring Laser Gyro Two Frequency Machine Shaking
  • Ring Laser Gyro Two Frequency Machine ShakingRing Laser Gyro Two Frequency Machine Shaking

Ring Laser Gyro Two Frequency Machine Shaking

Ring Laser Gyro Two Frequency Machine Shaking is a high-precision digital dual-frequency machine shaking laser gyro produced by our company. It has the advantages of high precision, simple power supply, high integration and digital output. It can measure the angular motion of the carrier wave around the sensitive axis and output two quadrature square waves. It can be widely used in the integration of positioning/navigation,surveillance/reconnaissance, fire control and flight control of missiles and their carrier rockets, aircraft, unmanned aerial vehicles, ships, ships, armored vehicles and other fields.

Model:JIO70-RLG

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Product Description


Ring Laser Gyro Two Frequency Machine Shaking Overview

Ring Laser Gyroscope-JIO70 is a high-precision digital dual-frequency machine shaking laser gyro produced by our company. It has the advantages of high precision, simple power supply, high integration and digital output. It can measure the angular motion of the carrier wave around the sensitive axis and output two quadrature square waves. It can be widely used in the integration of positioning/navigation, surveillance/reconnaissance, fire control and flight control of missiles and their carrier rockets, aircraft, unmanned aerial vehicles, ships, ships, armored vehicles and other fields.
JIO70-RLG is available in A, B and C models to meet your different needs

Ring Laser Gyro Two Frequency Machine Shaking Features

Measure the rotation angle around its sensitive axis, and output two orthogonal square waves.

Performance

JIO70-RLG -type laser gyroscope are shown in Table 1.

Table 1 Main Technical Indicators of Gyro

serial number
parameter
unit
Grade A
Grade B
Grade C
Remark
1
Zero bias
°/h
≤0.5 /
2
bias stability
°/h
≤0.3 %
≤0.5%
≤0.8%
100s , 1σ
3
Zero bias repeatability
°/h
≤0.3 %
≤0.5%
≤0.8 %

4
random walk coefficient
°/h 1/2
≤0.5‰
≤0.7‰
≤1.5‰
/
5
Scale factor
"/pulse
2.568
/
6
Scale Factor Nonlinearity
ppm
≤3
/
7
Scale Factor Repeatability
ppm
≤3
8
Magnetic sensitivity   
°/(h·Gs)
≤2‰
/
9
Maximum input angular rate
°/s
≥ ± 400
/
10
Start Time
the s
≤10
/

Environmental adaptability

a ) Working temperature : -40 ℃ ~ + 65 ℃
b ) Storage temperature: -45 ℃ ~ + 85 ℃
c ) Vibration: 9.6g in total;
d ) Shock: 30g/11ms (half sine) or 75g/6ms (half sine);
e) Low pressure: 5000m above sea level.

Frequency (Hz)
10
100
200
300
400
500
800
2000
Power spectral density (g 2 /hz)
0.1
0.6
0.2
0.06
0.04
0.02 0.005
-6db

Power supply and electrical interface

a ) Power supply
Type: ± 5V , +15V
Requirements: +5V - current 180mA , stability ± 50mV , ripple < 50mV
-5V - current 60mA , stability ± 50mV , ripple < 50mV
+15V - current 240mA , stability ± 100mV , ripple < 100mV
b ) Power consumption: < 6W
c ) Electrical interface type: J30J-25ZKP
d ) Interface definition: The definition of electrical interface pins is shown in Table 2.

Table 2 Electrical interface definition table

pin number
definition
Remark
1
+15V
power input
2
+15VGND
+15V power ground
3
NC
null
4
GND
+5V , -5V power ground
5
NC
null
6
+5V
power input
7
-5V
power input
8
AOUT
Square wave output signal 1 ( TTL level)
9
BOUT
Square wave output signal 2 ( TTL level)
10
TMP3
Platinum resistance thermometer 3
11
TCOMA
3 platinum resistance common terminals
12
TMP1
Platinum resistance 1
13
TMP2
Platinum resistance 2
14
+15V
power input
15
+15VGND
+15V power ground
16
NC
null
17
GND
+5V , -5V power ground
18
NC
null
19
+5V
power input
20
-5V
power input
twenty one
AOUT
Square wave output signal 1 ( TTL level)
twenty two
BOUT
Square wave output signal 2 ( TTL level)
twenty three
GND
+5V , -5V power ground
twenty four
NC
Spinning Top
25
NC
Spinning Top
The models of platinum resistors 1 , 2, and 3 are Pt1000

Reliability

MTBF: 10000h
Continuous working time: the continuous working time is not less than 24 hours after power-on.

Shape and mechanical interface

a ) Weight: ≤900g ±100g
b ) Shape and mechanical interface: as shown in Figure 1.



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