Honeywell FMAMSDXX025WCSC3

SENSOR, FORCE, MICROFORCE, 25N, SMTL, BALL COUPLING, SPI, 3.3V, FMA SERIES

Force Sensors & Load Cells MICROFORCE SENSOR 25 N FMA, TF 20-80%,SP

FORCE SENSOR 25 N 3.3 VDC SPI OUTPUT MICROFORCE F ROHS COMPLIANT: YES

Force Sensor Module 25N Force 0.42ms 3.6V

FORCE SENSOR, 25N, -40 TO 85DEG C;

FORCE SENSOR, 2.55KG, 3.3VDC, SPI;

FMA SERIES FORCE SENSOR, COMPENS

FMA Series Force Sensor, compensated/amplified, mechanically coupled, sphere contact element, sensor short and open diagnostics, 25 N forcerange, compression force type, SPI digital output, 20% to 80% transfer function, 3.3 V ±10% supply voltage The FMA Series are piezoresistive-based force sensors offering a digital output for reading force over the specified full scale force span and temperature range. They are fully calibrated and temperature compensated for sensor offset, sensitivity, temperature effects, and nonlinearity using an on-board Application Specific Integrated Circuit (ASIC). Direct mechanical coupling allows for easy interface with the sensor, coupling with tubing, membrane or a plunger, providing repeatable performance and a reliable mechanical interface to the application. All products are designed and manufactured according to ISO 9001 standards. These products offer a more stable output which is directly proportional to the force applied to the mechanically-coupled sphere. The FMA Series is available with pocket tape and reel packaging. VALUE TO CUSTOMERS The FMA Series is designed to meet the customer's need for a compensated, amplified force sensor which provides digital outputs, a variety of force sensing ranges, a small, cost-effective format, and enhanced durability and accuracy. The flexible design provides multiple standard configurations over a wide operating temperature range. DIFFERENTIATION Multiple force ranges allow the customer to choose the force range to maximize sensitivity and improve system resolution/performance Smaller package allows for space constrained application Robust design provides enhanced durability in applications where overforce may exist Enhanced accuracy includes all errors due to force non-linearity, force hysteresis, and non-repeatability Reduced Total Error Band enhances system performance Digital output enhances performance through reduced conversion requirements and the convenience of direct interface to microprocessosr Diagnostic functions allow the user to determine if the sensor is working correctly by detecting if electrical paths are broken or shorted inside the sensor Selectable supply voltages provide customers with design flexibility