CXL04GP3-R-AL

RoHS CXL- G P Series COMPLIANT GeneralPurpo s eter e Accelerom High Performance, 1-Axis and 3-AxisAccelerometers ost Small, Low-C ReliablePac kagingwith Mounting Screw-Down brated Factory Cali GP Se ries Applications meters are lo w The GP Se r ies acceler o The GP Series sens ors provide a direct Automotive cost, gene Testing linear accele ra- voltage o u ral purpose, high- tput. level analog tion and/ o nsors availab le r vibration s e ernal The o utput requ ires no ex t Instrumentation in ranges l conditionin s and g, and 25 g. g electronic signa of 4g, 1 0 n A/D may b e directly in terfaced to a application Equipment Monitoring Common s are autom o- or ot h er data acq u isition hard ware. tive testi ng, instrumentation, and oelec- monitoring equipment . The GP Series Com p ared to tra d itional piez ment is a sil sensing el e icon micro-ma- tric a n d piezoresi s tive accelero meter chined cap . The capacitive acitive beam techn o logies, the si licon microm achined ull alance for f beam is h e ld in force b rs offer equivalent performance senso scale non- %. at a si linearity of l ess than 0.2 gnificantly l owercost. The G P Series is offe red with a st a ndard The GP Series offers wide dynamic 5-pin female con n ector. The h ighly range, has excelle nt frequen cy flexi b le, low-mas s cable pre vents response, operates on a single 4.9 to ent. disru ption of th e measure m 5.5VDCp ower supply, and is easy to n interface t o standard data acquisitio he 3-axis ve rsion (GP3) c systems. T an be specifi ed with an int ernal regulat or V h a 5.5 to 36 ) for use wit (-R option unregulate d power supp ly. Standard P sions ackage Dimen i n f o a c e i n n a . c o m w w w . a c e i n n a . c o m 6 0 2 0 - 0 1 1 4 - 0 1 R e v CRemarks Specifications CXL04GP1 CXL10GP1 CXL25GP1 CXL04GP3 CXL10GP3 CXL25GP3 Pin Color Function Performance 1 Red Power In Input Range (g) 4 10 25 5% 2 Black Ground Zero g Drift (g) 0.1 0.3 0.5 0 C to 70 C 3 White X-axis Out Sensitivity (mV/g) 50015 200 5 80 2 4 Yellow Y-axis Out Transverse Sensitivity (%Span) 5 5 5 5 Green Z-axis Out Non-Linearity (% FS) 0.2 0.2 0.2 typical Alignment Error (deg) 2 2 2 typical Pin Diagram Noise(mgrms) 10 25 25 typical 1 Bandwidth(Hz) DC -100 DC -100 DC -100 Environment Operating Temp. Range ( C) -40 to +85 -40 to +85 -40 to +85 Operating Temp. Range - AL ( C) -40 to +105 -40 to +105 -40 to +105 Shock(g) 2000 2000 2000 Electrical Supply Voltage (Volts) + 4.9 to 5.5 + 4.9 to 5.5 + 4.9 to 5.5 Supply Voltage -R option (Volts) + 5.5 to 36 + 5.5 to 36 + 5.5 to 36 Supply Current (mA) 1/axis 3/axis 3/axis typical Zero g Output (Volts) +2.3750.1 +2.3750.2 +2.3750.1 25 C SpanOutput(Volts) 2.0 0.1 2.0 0.1 2.0 0.1 Output Loading >2.0 <2nF >2.0 <2nF >2.0 <2nF Physical Standard package Size (in) 0.78 x 1.75 x 1.07 0.78 x 1.75 x 1.07 0.78 x 1.75 x 1.07 (cm) 1.98x4.45x2.72 1.98x4.45 x2.72 1.98x4.45 x2.72 Weight 1.62 oz (46 gm) 1.62 oz (46 gm) 1.62 oz (46 gm) Aluminum package (-ALoption) Size (in) 0.95 x 2.00 x 1.20 0.95 x 2.00 x 1.20 0.95 x 2.00 x 1.20 (cm) 2.41 x5.08x3.05 2.41 x5.08x3.05 2.41 x5.08x3.05 Notes 1 -3dB, DC coupled sensor Non-linearity is the deviation from a best fit straight line at full scale. Transverse sensitivity is error measured in the primary axis output created by forces induced in the orthogonal axis. Transverse sensitivity error is primarily due to the effects of misalignment. Zero g drift is specified as the typicalchangein0g levelfrom its initialvalueat+25 CtoitsworstcasevalueatTminorTmax.Specificationssubjecttochangewithoutnotice. High Temperature Package Dimensions Ordering Information Span Sensitivity Noise (mg Bandwidth (g) (m V/g) rms) (Hz) Model Axes CXL04GP1 X 4 500 10 DC-100 CXL04GP3 TRI 4 500 10 DC-100 CXL10GP1 X 10 200 25 DC-100 CXL10GP3 TRI 10 200 25 DC-100 CXL25GP1 X 25 80 25 DC-100 CXL25GP3 TRI 25 80 25 DC-100 OPTIONS -R Voltage Regulator, 5.5 36 VDC input. (Available in GP3 models only.) HighTemperaturePackage. Operating Temperature Range ( C): -40to +105. -AL (Available in GP3 models only.) High Temperature Package A C E I N N A I n c . w w w . a c e i n n a . c o m 6 0 2 0 - 0 1 1 4 - 0 1 R e v C