Ratiometric Linear Hall-effect Sensor OMH3150, OMH3150B, OMH3150S
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1 Ratiometric Linear Halleffect Sensor Features: Ratiometric linear output capable of sinking and sourcing current Designed for noncontact switching operations Operates over a broad range of supply voltages Excellent temperature stability operates in harsh environments Suitable for military and space applications Processing patterned after class B or S of MILSTD883 Ceramic Package Product Photo Here Description: Each ratiometric linear Halleffect sensor contains a monolithic integrated circuit on a single chip. This circuit incorporates a quadratic Hall sensing element, which minimizes the effects of mechanical and thermal stress on the Hall element and temperature compensating circuitry to compensate for the inherent Hall element sensitivity change over temperature current. These ratiometric linear Halleffect sensors provide an output voltage that varies in proportion to the applied magnetic field. The voltage output will increase in response to a south pole (positive) magnetic field applied perpendicular to the package symbolization face, and will decrease in response to a north pole (negative) magnetic field. These 3150 ratiometric linear Halleffect sensors can be used as a noncontact sensor for rotary and linear position sensing and for current sensing. OMH3150 OMH3150B OMH3150S Ordering Information 40 C to +125 C V OQ Change over T A = ±50 Gauss Sensitivity=3.50 mv/g & T A = 25ºC Applications: Noncontact magnetic sensing Assembly line automation Machine automation Machine safety Door sensor Where sensing is required in dirty environments Voltage Regulator 1 Vcc Qual Hall Element Dual to Single Converter Vcc 3 Output 2 Gnd Lead Information: Base Material = Kovar Plating = 80 µ inches Ag over µ inches Ni S version only = Solder dip 63 (SN) 37 (pb) Phone: (972) or (800) FAX: (972) sensors@optekinc.com Page 1 of 4
2 Ratiometric Linear Halleffect Sensor Absolute Maximum Ratings Supply Voltage, V CC 6 V Storage Temperature Range, T S 65 C to +150 C Operating Temperature Range, T A 40 C to +125 C Lead Soldering Temperature (1/8 inch [3.2 mm] from case for 5 seconds with soldering iron) 260 C (1) Power Dissipation, P D 100 mw Output Current, I O 5 ma Magnetic Flux Density, B Unlimited Electrical Characteristics (Over Operating Temperature Range at V CC = 5 V, unless otherwise noted) SYMBOL PARAMETER MIN TYP MAX UNITS TEST CONDITIONS V CC Supply Voltage V I CC Supply Current ma Vcc = 6 V, I O = 0 ma, B = OG V OQ Quiescent Voltage Output V B = OG, T A = 25 C V B = OG, T A = 40 C to +125 C I O Sink Current 0.5 ma I O Source Current 1.0 ma SYMBOL PARAMETER OMH3150 MIN TYP MAX UNITS T A Sens Sens( T) Operating Temperature Range T A = 25 C Sens T A > 25 T A < 25 C C mv/g V OQ ( T) V OQ Change over T A ±50 G Sens( V) Ratiometric Sense Change 100 V OQ ( V) Ratiometric V OQ Change 100 +Lin Lin Positive Lin 25 < 25 Negative Lin 25 < Sym Output Symmetry Note: (1) Negative current is defined a coming out of (sourcing) the output. (2) See characteristics definitions for test conditions and calculation formulas. Page 2 of 4 Phone: (972) or (800) FAX: (972) sensors@optekinc.com
3 Ratiometric Linear Halleffect Sensor Characteristics Definitions Quiescent voltage Output: With no magnetic field present the device in the quiescent state and the voltage output is approximately equal to onehalf the supply voltage (V OQ = V CC / 2) over the operating voltage and temperature range. The change in quiescent voltage output over temperature gives the device s equivalent accuracy and is specified in gauss by the calculation. V OQ (TA) V OQ (25 C) ΔV OQ (T) = Sens (25 C) Sensitivity: A magnetic south pole at, and perpendicular to, the device s symbolized package face will increase the voltage output above the quiescent value. Conversely a magnetic north pole will decrease the voltage output below the quiescent value. This change in voltage output with applied magnetic field is sensitivity and is specified in mv/g by the calculation. VO (+500G) V O (500G) Sens = 1000 The change is sensitivity over temperature is specified in percent by the calculation Sens (TA) Sens (25 C) ΔSens (ΔT) = X 100 Sens (25 C) Ratiometry: The quiescent voltage output and sensitivity of these ratiometric linear Halleffect devices are proportional to the supply voltage. The change in quiescent voltage output with supply voltage is specified in percent by the calculation V O (VCC) V O (5V) ΔV OQ (ΔV) = X 100 V CC / 5 V This change in sensitivity with supply voltage is also specified in percent by the calculation V OQ (VCC) / V OQ (5V) ΔSens (ΔV) = X 100 V CC / 5 V Linearity & Symmetry: The ability of the voltage output to vary in constant proportion to the applied magnetic field is linearity and is specified in percent by the calculation V O (+500G) V OQ + Linearity = X 100 2(V O (250G) V OQ ) V O (500G) V OQ Linearity = X 100 2(V O (250G) V OQ ) The output is also specified in percent by the calculation V O (500G) V OQ Linearity = X 100 V OQ V OQ (500G) Phone: (972) or (800) FAX: (972) sensors@optekinc.com Page 3 of 4
4 Ratiometric Linear Halleffect Sensor Output vs Gauss Typical Gauss Typical Output (Volts) Icc vs Temperature Typical Icc (ma) Temperature ( C) Page 4 of 4 Phone: (972) or (800) FAX: (972) sensors@optekinc.com
5 Mouser Electronics Authorized Distributor Click to View Pricing, Inventory, Delivery & Lifecycle Information: TT Electronics: OMH3150B OMH3150S
Ra ti omet ric Lin ear Hall Ef fect Sen sor
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357 A 358 ata heet 2751.1 LIEAR HALL-EFFECT EOR IC FOR HIGH-TEMPERATURE OPERATIO V CC 1 UPPLY X 2 GROU Pinning is shown viewed from branded side. ABOLUTE MAXIMUM RATIG upply Voltage, V CC............ 6.
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