STEVAL-IFS002V1 STMicroelectronics, STEVAL-IFS002V1 Datasheet

BOARD EVALUATION FOR STR9 MEMS

STEVAL-IFS002V1

Manufacturer Part Number
STEVAL-IFS002V1
Description
BOARD EVALUATION FOR STR9 MEMS
Manufacturer
STMicroelectronics
Series
MEMSr
Datasheets

Specifications of STEVAL-IFS002V1

Design Resources
STEVAL-IFS002V1 Gerber Files STEVAL-IFS002V1 Schematic STEVAL-IFS002V1 Bill of Material
Sensor Type
Gyroscope and Accelerometer
Sensing Range
±2g, 8g
Interface
Analog and Digital
Embedded
No
Utilized Ic / Part
LIS302ALB, LIS302DL
Processor To Be Evaluated
STR9
Lead Free Status / RoHS Status
Lead free / RoHS Compliant
Other names
497-8375
STEVAL-IFS002V1
UM0376
User manual
STEVAL-IFS002V1
STR9 MEMS extension
Introduction
This user manual describes the STEVAL-IFS002V1 STR9 MEMS extension hardware. As
well as the block diagram and schematics of the extension, a bill of materials and assembly
instructions are also included.
The STR9 MEMS extension provides an STR9 dongle-based application with a MEMS
sensor. MEMS (micro-electro-mechanical system) exploits the mechanical properties of
silicon to create movable structures that, in the case of MEMS-based motion sensors, are
able to sense motion (acceleration or vibration) in distinct directions.
The extension board used here can be assembled with several types of digital MEMS
sensors as well as analog ones. For data storage, there is assembly space for ST serial
Flash. The integration of voltage regulators and operational amplifiers is optional and
depends on the intended chip usage.
Figure 1.
STR9 MEMS extension
November 2007
Rev 3
1/17
www.st.com

Related parts for STEVAL-IFS002V1

STEVAL-IFS002V1 Summary of contents

Page 1

... Introduction This user manual describes the STEVAL-IFS002V1 STR9 MEMS extension hardware. As well as the block diagram and schematics of the extension, a bill of materials and assembly instructions are also included. The STR9 MEMS extension provides an STR9 dongle-based application with a MEMS sensor. MEMS (micro-electro-mechanical system) exploits the mechanical properties of silicon to create movable structures that, in the case of MEMS-based motion sensors, are able to sense motion (acceleration or vibration) in distinct directions ...

Page 2

Contents Contents 1 STR9 MEMS extension Block diagram . . . . . . . . . . . . . . . . . . . . . . . . . . 3 2 Schematics . . . ...

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UM0376 1 STR9 MEMS extension Block diagram This board is based on STR9 dongle. The main board features are the following: Analog MEMS: – LGA8 (LIS2L02AL, LIS2L06AL, LIS3L02AL, LIS3L06AL) – LGA14 (LIS302ALB) – LGA16 (LIS3L02AL3) Digital MEMS: – LGA14 (LIS302DL) ...

Page 4

Schematics 2 Schematics Figure 3. STR9 dongle schematics P77 NC Voutz 15 7 P42mems P45 Vdd RES 8 4 RES(Vdd) Voutx 14 7 4/17 RDY/INT GND P54 1 14 SDO Vdd SSP0_MISO ...

Page 5

UM0376 3 MEMS footprints 3.1 LGA8 package Figure 4. MEMS footprint (LGA8 package) Table 1. Mechanical data Xm Height Ys Xs Width Symbol Height Width MEMS footprints Ym Yd ai14147 Dimension Unit 0.79 mm 1.35 ...

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MEMS footprints 3.2 LGA14 package Figure 5. MEMS footprint (LGA14 package) Height Table 2. Mechanical data 6/ Width Symbol Height Width ai14148 Dimension Unit 0.64 mm 0.975 mm 2.0 mm ...

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UM0376 3.3 LGA16 (D) package Figure 6. MEMS footprint (LGA16 (D) package) Height Table 3. LGA16 (D) mechanical data Symbol Xm Ym Height Width Width MEMS footprints ai14149 Dimension 0.65 ...

Page 8

MEMS footprints 3.4 LGA16 (A) package Figure 7. MEMS footprint (LAG16 (A) package) Table 4. Mechanical data Symbol Height Width 8/17 Xm Height Ys Xs Width ai14150 Dimension 0.64 0.975 2 ...

Page 9

UM0376 3.5 QFN28 package Figure 8. MEMS footprint (QFN28 package) Height 1. Draft only. Not all the 28 pins are shown. Table 5. Mechanical data Symbol Height Ys Xs Width Width MEMS footprints Xm ...

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PCB layout 4 PCB layout Figure 9. Top view Figure 10. Bottom view 10/17 UM0376 ...

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UM0376 5 Bill of materials and assembly instructions Table 6 to Table 15 provide additional information on assembly. 5.1 Assembly information for analog MEMS 1. When U10 LD2980CMxx is not assembled use R100 instead. For low voltage MEMS use a ...

Page 12

Bill of materials and assembly instructions 5.3 Assembly information for serial memory 1. When U13 LD2980CMxx is not assembled, use R130 instead. All mentioned memories should be able to operate on 3.3 V. Use a voltage regulator for low voltage ...

Page 13

UM0376 (1) Table 9. Analog MEMS Label Comment CN5 ANALOG_CON U1 LIS302ALB C10 100 nF C11 2.2 µF U2 LIS3/2L06/2AL C20 100 nF C21 2.2 µF U3 LIS3LV02AL3 C30 100 nF C31 2.2 µ default, the LIS3/2L06/2AL is ...

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Bill of materials and assembly instructions (1) Table 11. Memory Label Comment M95xx/M25xx/ U7 M34xx C70 10 nF C71 default, the memory is not assembled. Table 12. Operational amplifier X-axe for analog MEMS Label Comment U80 ...

Page 15

UM0376 Table 15. Operational amplifier Xyz-axe for analog MEMS Label Comment U83 TS507ILT R83 0 Ω R90 10 k Ω R91 10 k C83 100 nF C87 default, the amplifier is not assembled. Bill of materials ...

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Revision history 6 Revision history Table 16. Document revision history Date 19-Jan-2007 24-May-2007 12-Nov-2007 16/17 Revision 1 Initial release. Figure 3: STR9 dongle Figure 10: Bottom view Stabilisator replaced by voltage regulator in the whole document. 2 MEMS footprint figures ...

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... UM0376 Information in this document is provided solely in connection with ST products. STMicroelectronics NV and its subsidiaries (“ST”) reserve the right to make changes, corrections, modifications or improvements, to this document, and the products and services described herein at any time, without notice. All ST products are sold pursuant to ST’s terms and conditions of sale. ...

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