1. You are planning to use a LC501-200 load cell sensor to measure the weight of a liquid container during a manufacturing process. This load cell is based on a strain gauge and wheatstone bridge circuit. This load cell is rated to a maximum of 200 lbs. The sensor has a rated output of 3 mV/V which describes the maximum electrical output at the maximum load condition. You plan to use a 10V excitation for the sensor which will produce 30 mV at the full 200 lbs.
   1. Design an op amp circuit to scale the output signal from 0 to 5 volts across the full 0 to 200 lb range of the sensor.
   2. Specify the components for an analog to digital conversion system that will provide an ADC resolution of at least 0.02 lbs.

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Product Specs Hysteresis +0.02% FSO Input Resistance 360 2 minimum Accuracy Value 0.03 Linearity +% +0.03% FSO Load Cell Material Stainless Steel Maximum Ambient Temperature 82 {C} (180 {C}) 71 (C) (160 {F}) Maximum Compensation Temperature Measurement Type Load Output Resistance 350 10 22 Minimum Compensation Temperature 16 {C} (60 {F}) CF Repeatability +0.02% FSO Safe Overload 150% of Capacity Ultimate Overload 300% of Capacity Temperature Effects Zero: +0.001% FSO/F (0.0018%/C) : Zero Balance +1% FSO Style Beam PRODUCT DETAILS ALL MODELS REVIEWS MANUALS QUESTIONS AND ANSWERS ACCESSORIES The LC501 is also available in metric configurations, with ranges from 0-25 to 0-10,000 kgf. Please see the LCM501 for complete details, or contact our Pressure department for more information. SPECIFICATIONS Excitation: 10 Vdc, 15 Vdc max Output: 3 mV/V +0.25% 5-Point Calibrated in Compression): 0%, 50%, 100%, 50%, 0% (includes 59 k? shunt cal data) Linearity: +0.03% FSO Hysteresis: +0.02% FSO Repeatability: +0.02% FSO Zero Balance: +1% FSO Operating Temp Range: -34 to 82C (-30 to 180F) Compensated Temp Range: 16 to 71C (60 to 160F) Thermal Effects: Zero: +0.001% FSO/F (0.0018%/C) Span: +0.001% FSO/F (0.0018%/C) Safe Overload: 150% of capacity Ultimate Overload: 300% of capacity Input Resistance: 360 ? minimum Output Resistance: 350 +10 ? FS Deflection: 0.5 mm (0.02") typical Construction: 17-4 PH stainless steel, Ranges thru 30,000 lbf. Electrical: LC501/LCM501: 4.6 m (15') 4 conductor shielded cable LC511/LCM511: 6-pin DTO2H-10-6P or equivalent Mating connector: PT06F10-6S, sold separately Product Specs Hysteresis +0.02% FSO Input Resistance 360 2 minimum Accuracy Value 0.03 Linearity +% +0.03% FSO Load Cell Material Stainless Steel Maximum Ambient Temperature 82 {C} (180 {C}) 71 (C) (160 {F}) Maximum Compensation Temperature Measurement Type Load Output Resistance 350 10 22 Minimum Compensation Temperature 16 {C} (60 {F}) CF Repeatability +0.02% FSO Safe Overload 150% of Capacity Ultimate Overload 300% of Capacity Temperature Effects Zero: +0.001% FSO/F (0.0018%/C) : Zero Balance +1% FSO Style Beam PRODUCT DETAILS ALL MODELS REVIEWS MANUALS QUESTIONS AND ANSWERS ACCESSORIES The LC501 is also available in metric configurations, with ranges from 0-25 to 0-10,000 kgf. Please see the LCM501 for complete details, or contact our Pressure department for more information. SPECIFICATIONS Excitation: 10 Vdc, 15 Vdc max Output: 3 mV/V +0.25% 5-Point Calibrated in Compression): 0%, 50%, 100%, 50%, 0% (includes 59 k? shunt cal data) Linearity: +0.03% FSO Hysteresis: +0.02% FSO Repeatability: +0.02% FSO Zero Balance: +1% FSO Operating Temp Range: -34 to 82C (-30 to 180F) Compensated Temp Range: 16 to 71C (60 to 160F) Thermal Effects: Zero: +0.001% FSO/F (0.0018%/C) Span: +0.001% FSO/F (0.0018%/C) Safe Overload: 150% of capacity Ultimate Overload: 300% of capacity Input Resistance: 360 ? minimum Output Resistance: 350 +10 ? FS Deflection: 0.5 mm (0.02") typical Construction: 17-4 PH stainless steel, Ranges thru 30,000 lbf. Electrical: LC501/LCM501: 4.6 m (15') 4 conductor shielded cable LC511/LCM511: 6-pin DTO2H-10-6P or equivalent Mating connector: PT06F10-6S, sold separately