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Product Specifications
Silicon Designs, Inc (SDI) engineers and builds a wide range of accelerometers for OEM and instrumentation applications.  Our rugged, integrated amplification design provides both DC and dynamic response to acceleration.  Integrated accelerometer electronics provide a high level, low impedance output to minimize environmental noise pickup, and no separate charge amplifiers are needed.  A rigorous quality control system and a variety of additional screening options make our accelerometers suitable for high reliability applications such as space, military, and the aerospace industry.

All of SDI’s high performance, low noise accelerometer models are based upon the same hermetically sealed, nitrogen damped, capacitive sensor which provides both DC (constant) and AC (vibration) response.  Our custom
Digital and Analog ASICs allow us to produce a variety of accelerometer products with outputs, sensitivities, and form factors to fit nearly any application, DC or AC.

Single Axis Accelerometers
Single Axis Accelerometer Modules
Triaxial  Accelerometer Modules
Data Acquisition Systems

G-range is specified by -XXX suffix; for example use 1010L-010 for ±10g version of a model 1010L. 
Standard ranges:

Full Scale Acceleration ± 2 g ± 5 g ± 10 g ± 25 g ± 50 g ±100 g ±200 g ±400 g
Model Suffix -002 -005 -010 -025 -050 -100 -200 -400
Non standard g-ranges are available.

The following tables summarize the SDI product lines.  Data sheets with detailed specifications are available by clicking on the Model number.  Click here to download and install Adobe Acrobat Reader if you don't already have it.

Single Axis Accelerometers           Back to Top          Request a Quote
Silicon Designs capacitive accelerometer chips        Silicon Designs capacitive accelerometer chips
Model g Range Description Power Supply Output Case Dimensions Termination Operating Temp
1010L 2 to 200 20 Pin Chip Carrier +5 VDC Digital Pulse Density .35"sq. x .11" SMD Leadless -55/+125oC
1010J 2 to 200 20 Pin Chip Carrier +5 VDC Digital Pulse Density .35"sq. x .17" SMD "J-Lead" -55/+125oC
1210L
5 to 400 20 Pin Chip Carrier +5 VDC ±4V Differential .35"sq. x .11" SMD Leadless -55/+125oC
1210J 5 to 400 20 Pin Chip Carrier +5 VDC ±4V Differential .35"sq. x .17" SMD "J-Lead" -55/+125oC
1221L 2 to 400 20 Pin Chip Carrier +5 VDC Low Noise, ±4V Differential .35"sq. x .11" SMD Leadless -55/+125oC
1221J 2 to 400 20 Pin Chip Carrier +5 VDC Low Noise, ±4V Differential .35"sq. x .17" SMD "J-Lead" -55/+125oC
TB1010  Accessory: Surface mount test board kit for model 1010 digital accelerometers
TB1210
 Accessory: Surface mount test board kit for model 1210 and 1221 analog accelerometers

Single Axis Accelerometer Modules     Back to Top    Request a Quote
single axis capacitive accelerometer modules
Model g Range Description Power Supply Output Case Dimensions Termination Operating Temp
2010 2 to 200 Module for 3320 +5 VDC Digital Pulse Density 1.0"sq. x .3" 39" 4-wire cable/plug -55/+125oC
2012 2 to 400 Analog Module +5 VDC ±4V Differential 1.0"sq. x .3" 39" 4 wire cable + shield -55/+125oC
2210 2 to 400 Analog Module +9 to +32VDC ±4V Differential 1.0"sq. x .3" 39" 4 wire cable + shield -40/+85oC
2220 2 to 200 Analog Module +9 to +32VDC ±4V Differential 1.0"sq. x .3" 39" 4 wire cable + shield -55/+125oC
2240 2 to 200 Analog Hermetic Module +9 to +32VDC ±4V Differential 1.0"sq. x .33" 4 pin socket -55/+125oC
2260 2 to 400 Analog Module +8 to +32VDC ±4V Differential 1.0" x .63" x .30" 39" 4 wire cable + shield -40/+85oC
2264 5 to 200 Analog Module +6 to +22VDC ±500mV Differential 1.0" x .63" x .30" 39" 4 wire cable + shield -40/+85oC
2230   Accessory: Anodized aluminum block used to mount up to three single axis modules for orthogonal measurement
2235   Accessory: Anodized aluminum block used for #10-32 stud mounting of a single axis module.

Triaxial Accelerometer Modules             Back to Top         Request a Quote
capacitive tri-axial accelerometer modules
Model g Range Description Power Supply Output Case Dimensions Termination Operating Temp
2412 5 to 100 Triax Open Frame +5 VDC ±4V Differential 1.2"sq. x 1.0" Ribbon Connector -40/+85oC
2420 2 to 200 Triax Module for use with 3320 +5 VDC Digital Pulse Density 1.0"sq. x .83" 39" 6-wire cable/plug -55/+125oC
2422 2 to 200 Triax Module +5 VDC ±4V Differential 1.0"sq. x .83" 39" 8-wire cable -55/+125oC
2430 2 to 200 Triax Module ±11 to ±15VDC ±5V Single Ended 1.0"sq. x .83" 39" 6-wire cable -40/+85oC
2440 2 to 200 Triax Module ±11 to ±15VDC ±5V Single Ended 1.0"sq. x .83" 39" 6-wire cable -55/+125oC
2460 2 to 400 Triax Module +8 to +32VDC ±4V Differential 1.0"sq. x .83" 39" 8-wire cable -40/+85oC
2470 2 to 400 Triax Module +8 to +32VDC ±4V Differential 1.0"sq. x .83" 39" 8-wire cable -55/+125oC

Data Acquisition Systems                Back to Top               Request a Quote
Model g Range Description Power Supply Output Case Dimensions Termination Operating Temp
3310 2 to 100 G-Logger System 2 D-Cell Batteries Download to PC Win9X/NT4.0/2000/XP 3.5" x 4.5" x 2.2" DB-9 cable to PC Serial Port -20/+60oC
3320 2 to 200 G-Logger System 2 D-Cell Batteries Download to PC Win9X/NT4.0/2000/XP 3.5" x 4.5" x 2.2" DB-9 cable to PC Serial Port -40/+65oC
3901  Cable connects up to three 2010 Accelerometer Modules to 3320 G-LOGGER (not needed to connect 2420 to 3320)

All of Silicon Designs, Inc.'s products are made in America.

SPECIFICATIONS SUBJECT TO CHANGE WITHOUT NOTICE

WEEE: At the end of life, Silicon Designs components should be returned to Silicon Designs or disposed of in accordance with local laws.


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