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User Manual
Rev1.1
CruizCore
®
XG1350
Digital Gyroscope
2013. 05. 20
Copyright Microinfinity Co., Ltd.
http://www.minfinity.com
Contact Info.
EMAIL:
, TEL: +82 31 546 7408 FAX: +82 31 546 7409
CruizCore
®
XG1350 USER MANUAL
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CruizCore
®
XG1350 USER MANUAL
Contents
1. Introduction ....................................................................................................................... 1
2. Hardware Description ........................................................................................................ 3
2.1. System Description ...................................................................................................... 3
2.2. Part List Included with this Kit ...................................................................................... 3
2.3. Cable Pin-out ............................................................................................................... 4
2.3.1. USB Cable .............................................................................................................. 4
2.3.2. RS232 Cable .......................................................................................................... 4
2.4. Mounting Information (Coordinate System) .................................................................. 5
2.5. Sensor Start-up ............................................................................................................ 5
3. Software Description ......................................................................................................... 6
3.1. Output Data Format ..................................................................................................... 6
3.2. Monitoring Program ..................................................................................................... 6
3.2.1. Installation .............................................................................................................. 6
3.2.2. Main Window .......................................................................................................... 7
3.2.3. Rate Window .......................................................................................................... 7
3.2.4. Angle Window ......................................................................................................... 7
3.2.5. Acceleration Window .............................................................................................. 7
3.2.6. Compass Window ................................................................................................... 8
3.2.7. Data Window .......................................................................................................... 8
3.2.8. Icon Toolbar ............................................................................................................ 8
4. System Characteristics .................................................................................................... 10
4.1. Physical Characteristics ............................................................................................. 10
4.2. Environmental Characteristics ..................................................................................... 11
4.3. Electrical Characteristics ............................................................................................ 12
4.4. Performance Characteristics ...................................................................................... 13
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CruizCore
®
XG1350 USER MANUAL
List of Figures
Figure 1: CruizCore
®
XG1350. ................................................................................................. 1
Figure 2: CruizCore
®
XG1350 part list. ..................................................................................... 3
Figure 3: Type A USB connector. .............................................................................................. 4
Figure 4: RS232 cable color code............................................................................................. 4
Figure 5: CruizCore
®
XG1350 coordinates system.................................................................... 5
Figure 6: Program main window. .............................................................................................. 6
Figure 7: Rate window. ............................................................................................................. 7
Figure 8: Angle window. ........................................................................................................... 7
Figure 11: Data window. ........................................................................................................... 8
List of Tables
Table 1: CruizCore
®
XG1350 part list description. ..................................................................... 3
Table 2: USB connector type A pin-out. ..................................................................................... 4
Table 3: RS232 cable pin-out description. ................................................................................. 5
Table 4: CruizCore
®
XG1350 physical characteristics. ............................................................ 10
Table 5: CruizCore
®
XG1350 environmental characteristics. .................................................... 11
Table 6: Judgment criteria of environment and mechanical test................................................ 11
Table 7: CruizCore
®
XG1350 electrical characteristics. ........................................................... 12
Table 8: CruizCore
®
XG1350 performance characteristics. ..................................................... 13
Microinfinity reserves all rights in this document and its subject matter. The recipient acknowledges these rights and assures the use of this document only for the purpose it was delivered. iv
CruizCore
®
XG1350 USER MANUAL
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CruizCore
®
XG1350 USER MANUAL
1. Introduction
The CruizCore
®
XG1350 is a fully self-contained MEMS digital gyroscope and accelerometer based on the CruizCore
®
R1 Series platform. Compared with the R1 Series, the XG1350 was designed with convenient packaging and communication interfaces to allow its use as a standalone sensor(see Figure 1). It provides USB and RS232 communication interfaces, the output and baud rate are adjustable for the customers’ convenience. The XG1350 includes a
MEMS gyroscope, 3axis accelerometer, internal voltage regulation, data acquisition and signal processing circuitry, communication interfaces and a RISC microprocessor running our patented error correcting algorithm. Because it uses MEMS sensors, it has the advantage of being light weight, small size and consuming low power. The XG1350 is packaged in a hard case for increasing protection against external impact. The XG1350 uses an adaptive reduced order
Kalman filter to stabilized angular rates and heading angles, virtually eliminating the most common errors (i.e. bias drift, scale factor, temperature effects). The XG1350 has a 50Hz bandwidth and can precisely measure angular rates up to ± 100 deg/sec, it can also measure rates up to ± 150 deg/sec with lesser accuracy. The start-up time is less than one second, which is used to compute bias parameters; it does not require further calibration thereafter. The
XG1350 is the best single axis rate measuring solution for navigation applications.
The CruizCore
®
XG1350 has the following features:
Ultra low bias drift
High resolution and accuracy
Outstanding scale factor linearity
Fast start-up
Fully self-contained
Digital output (RS232/USB)
Low power consumption
Low cost
Roughed and compact package
User friendly monitoring and testing program
Figure 1: CruizCore
®
XG1350.
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CruizCore
®
XG1350 USER MANUAL
NOTICE: We recommend extensive testing of this product before using it in a final application. Specifically, this product should be tested in the same environmental conditions that it is intended to be used. Furthermore, we strongly recommend caution when using our product in sensitive applications that can cause injures, death or property damage due to the wrong operation of this product, which may be caused by unexpected environmental changes such as temperature, shock, excessive and continuous vibration, etc. These applications include but are not limited to:
Aircraft equipment
Air vehicles
Aerospace equipment
Underwater vehicles
Medical equipment
Transportation equipment
Disaster prevention/crime prevention equipment
Applications which require especially high reliability and accuracy
Disclaimer and Limitation of Liability for Damages.
Microinfinity shall not be liable, under any circumstances, for any special, indirect, incidental, consequential, or contingent damages for any reason, whether or not the buyer has been advised of the possibility of such damages.
Microinfinity reserves all rights in this document and its subject matter. The recipient acknowledges these rights and assures the use of this document only for the purpose it was delivered.
2
CruizCore
®
XG1350 USER MANUAL
2. Hardware Description
2.1. System Description
The CruizCore
®
XG1350 is compact, light, low-power consuming digital gyroscope and accelerometer. It uses a MEMS rate and acceleration sensor. It has internal power regulation to minimize the power noises. The input voltage range of 4.75 V to 5.25 V is acceptable for power supply.
2.2. Part List Included with this Kit
The CruizCore
®
XG1350 is a full developer’s kit intended to facilitate testing and understanding the CruizCore
®
R1 Series. Therefore it includes all the necessary cables and software needed for that purpose. The list of materials included with this kit is shown in Figure 2 and described in Table 1:
Figure 2: CruizCore
®
XG1350 part list.
Table 1: CruizCore
®
XG1350 part list description.
Item Number
1
2
3
4
Description
CruizCore
®
XG1350
USB cable
RS232 cable
CD-ROM (includes User Manual and sensor testing program)
Microinfinity reserves all rights in this document and its subject matter. The recipient acknowledges these rights and assures the use of this document only for the purpose it was delivered.
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CruizCore
®
XG1350 USER MANUAL
2.3. Cable Pin-out
For convenience, the CruizCore
®
XG1350 can communicate with external devices using two different interfaces: USB and RS232 ports.
2.3.1. USB Cable
The CruizCore
®
XG1350 USB connection is of type A (see Figure 3), the pin-out description is presented in Table 2.
Contact Number
1
2
3
4
Figure 3: Type A USB connector.
Table 2: USB connector type A pin-out.
Typical Wiring Color
Red
White
Green
Black
Signal Name
V
BUS
(5V)
D-
D+
GND
2.3.2. RS232 Cable
The CruizCore
®
XG1350 provides a regular RS232 interface, that is, it already has the correct voltage levels need to communicate with a PC serial port. The cable contains six color coded terminals (see Figure 4 and Table 3).
Figure 4: RS232 cable color code.
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CruizCore
®
XG1350 USER MANUAL
Table 3: RS232 cable pin-out description.
Wire color
RED
Pin description
VCC
BLACK
YELLOW
GREEN
ORANGE
BROWN
GND
TX*
RX*
Reserved
Reserved
2.4. Mounting Information (Coordinate System)
The CruizCore
®
XG1350 coordinate system has its sensitive axis perpendicular to the device flatter area (see Figure 5), therefore the gyro will show a positive angular rate (and angle increment) when its sensitive axis is rotated in the clock-wise direction (other coordinate systems are available as an option). Incorrect mounting can produce misalignment errors that have similar effect as scale factor errors, and therefore can be treated as such. If the error is significant we recommend re-calculating the scale factor using a single-axis rate table.
2.5. Sensor Start-up
The CruizCore
®
XG1350 startup time is less than one second, it internally compensates for errors due to changes in temperature. However, sudden temperature changes shortly after powering-on the unit can cause static rate errors. If such temperature chances are expected, we recommend leaving the gyro stationary for about 1 second after startup.
Figure 5: CruizCore
®
XG1350 coordinates system.
Microinfinity reserves all rights in this document and its subject matter. The recipient acknowledges these rights and assures the use of this document only for the purpose it was delivered.
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CruizCore
®
XG1350 USER MANUAL
3. Software Description
3.1. Output Data Format
The CruizCore
®
XG1350 provides rate, angle and acceleration outputs. The information is packed in an 15 –byte data packet, which is transmitted to external devices at the specified baud rate. For more details about the output formatting, refer to the “CruizCore
®
R1 Series
Technical Manual”
3.2. Monitoring Program
Microinfinity Co., Ltd. provides a monitoring program. For convenience, the program displays the parsed data in numerical and graphical forms and allows saving the data for subsequent analysis. The following explanation is based on the Monitoring Program version 1.0. This program has been tested under Microsoft Windows XP SP3.
3.2.1. Installation
The monitoring program is provided in the accompanying CD. The program can be installed using the Setup_XG1350MonitoringProgram.exe executable file. The installing and monitoring program requires the .NET framework 4.0 installed in the computer.
Caution: You must install “.net framework 4.0” before run this software.
We provided “.net framework 4.0” install file at this software install package or you can download at Microsoft homepage.
Figure 6: Program main window.
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CruizCore
®
XG1350 USER MANUAL
3.2.2. Main Window
The main window (see Figure 6) displays the information related to the CruizCore
®
XG1350 in five different formats or windows: rate, angle, acceleration, compass, and angle/acceleration data.
3.2.3. Rate Window
This window shows the yaw rate of rotation data in graphic mode (see Figure 7).
Figure 7: Rate window.
3.2.4. Angle Window
This window shows the angle or integrated rate (see Figure 8).
Figure 8: Angle window.
3.2.5. Acceleration Window
This window shows acceleration data. (see Figure 8).
Figure 9: Acceleration window.
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CruizCore
®
XG1350 USER MANUAL
3.2.6. Compass Window
The compass window shows a simulated compass corresponding to the angle output provided by the CruizCore
®
XG1350 (see Figure 1010).
Figure 10: Compass window.
3.2.7. Data Window
The data window shows in numerical format the parsed sensor data and accumulated heading and acceleration data since the sensor was reset (see Figure 91).
Figure 9: Data window.
3.2.8. Icon Toolbar
The icon toolbar gives access to the most important features and functions of the monitoring program. The following is a brief description of each one. Some icon can be enabled or disabled as operating mode.
COM Port selection
Allow selecting the serial port either if it is physical port (normally COM1 and COM2) or virtual
COM port as the ones created by USB-serial converters.
Connect
Serial port connecting.
Disconnect
Serial port disconnecting.
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CruizCore
®
XG1350 USER MANUAL
Data Save start
All the Rate and Angle data will be saved.
Output data filename is Log_ current year-month-day-hour-minute-second.out in Log folder.
Example) Log_20110703084425.out
Data Save stop
Data save will be stopped.
Open log folder
Open the log folder in window explorer.
Reset
Sensor and accumulated information of CruizCore
®
XG1350 will be reset. After reset
CruizCore
®
XG1350 is strongly needed in stationary state during initial alignment time.
Microinfinity reserves all rights in this document and its subject matter. The recipient acknowledges these rights and assures the use of this document only for the purpose it was delivered.
9
CruizCore
®
XG1350 USER MANUAL
4. System Characteristics
The following tables summarize the main characteristics of the CruizCore
®
XG1350. These specifications subject to change without notice and several parameters can be changed under customer request as an option.
4.1. Physical Characteristics
PARAMETER
SIZE
WEIGHT
Table 4: CruizCore
®
XG1350 physical characteristics.
Min.
VALUE
Typ.
35.9 × 35.9 × 17.0
15
Max.
UNIT
mm g
Microinfinity reserves all rights in this document and its subject matter. The recipient acknowledges these rights and assures the use of this document only for the purpose it was delivered.
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CruizCore
®
XG1350 USER MANUAL
4.2. Environmental Characteristics
Table 5: CruizCore
®
XG1350 environmental characteristics.
NO.
1
2
ITEMS
High temperature storage
Low temperature
Storage
Temperature and
Humidity cycling
TEST CONDITION
85C x 120h
-40C x 72h
TEST CRITERIA
Refer to Table 6
Refer to Table 6
3
25C , 60%RH(4h) / 55C , 95%RH(10h)
/-30C (2h) / 75C (2h), 10cycles
Refer to Table 6
4
5
6
Thermal shock
Drop
Vibration
-40C ↔ 85C 1hour at each temperature,
10cycles
Free drop from 750mm height on a wooden board for 6 times
10Hz to 55Hz amplitude
0.75mm, 55Hz to 500Hz acceleration 98m/s2,
10Hz→500Hz→10Hz
15min/cycle, 6h(2h x 3directions)
Refer to Table 6
Refer to Table 6
Refer to Table 6
7 ESD
R(330Ω) C(150pF), Contact discharge, 5times
Refer to Table 6
* After each test, there should be no visible damage and the measured values shall be met
Table 6.
Table 6: Judgment criteria of environment and mechanical test
ITEMS UNITS
Angular error
ESD degree voltage
JUDGMENT CRITERIA
360±1.0deg. (CW rotation)
0±1.0deg. (CCW rotation)
1kV(operating), 2kV(destruct)
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CruizCore
®
XG1350 USER MANUAL
4.3. Electrical Characteristics
PARAMETER
INPUT VOLTAGE
CURRENT
POWER
Table 7: CruizCore
®
XG1350 electrical characteristics.
CONDITION
OPERATING
RECOMMENDED
@ 5 V
@ 5 V
Min.
4.75
VALUE
Typ.
5
10
50
Max.
5.25
UNIT
V
V mA mW
CAUTION
ESD (electrostatic discharge) sensitive device.
Electrostatic charges as high as 4000 V readily accumulate on the human body and test equipment and can discharge without detection. Permanent damage may occur on devices subjected to high-energy electrostatic discharges. Therefore, proper ESD precautions are recommended to avoid performance degradation or loss of functionality.
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CruizCore
®
XG1350 USER MANUAL
4.4. Performance Characteristics
Table 8: CruizCore
®
XG1350 performance characteristics.
PARAMETER
VALUE
Typ.
0.5
Max.
50
5
100
UNIT
BANDWIDTH
WARM-UP TIME
RATE
FAST WARM-UP
FULL ALIGNMENT
1
CONTINUOUS*
INSTANTANEOUS
2
Min.
10 Hz sec min deg/sec
150 deg/sec
ANGULAR RATE
RESOLUTION 0.01 deg/sec
SCALE FACTOR
ERROR
BIAS DRIFT
0.5 1
%
< 10 50 deg/hr
MEASUREMENT
ACCELERATION 2 G
RANGE
DATA RATE ADJUSTABLE
3
100 Hz
* The system must be installed in the correct position.
1. Full alignment: The total time that takes for full bias error calibration and temperature compensation. It is the worst case on condition that the temperature goes up suddenly without temperature compensation.
2. Prolonged time in this condition will introduce heading errors
3. Other data rate available as option.
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CruizCore
®
XG1350 USER MANUAL
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CruizCore
®
XG1350 USER MANUAL
Contact Information
Corporate Office
Microinfinity Co., Ltd.
8F KANC, 906-10, Iui-dong,
Yeongtong-gu, Suwon-si
Gyeonggi-do, 443-270, Korea
Tel : +82-31-546-7408
Fax : +82-31-546-7409
Email: [email protected]
USA Technical Support
P.O. Box 131284
Ann Arbor, MI 48105, USA
Tel : +1-734-223-5904
Fax : +1-866-400-3125
Email: [email protected]
Homepage: http://www.minfinity.com
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CruizCore
®
XG1350 USER MANUAL
CUSTOMER RESPONSE
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