Gallium Arsenide GH Sries Hall Sensors Description The GH Sries Hall sensors are four-terminal solid-state devices that produce an output voltage, Vh, proportionaltotheproductof the inputcurrent, lc, and the magnetic flux density, B. The GH-600 Hall sensor uses a lead strip which is composed of DuPont's Kapton. The lead strip is terminated withtin plated copper alloy contacts spaced 0.100" (2.54 mm) on center. The ModelGH-601 utilizes a specially designed lead strip which allows op驩ration up to 50 kHz. The GH-820 is a leaded device designed forthrough hole mounting toa PCB. Features Low Cost Օ Gallium Arsenide Extended Frequency Range Օ High Sensitivity Choice of Mounting Configurations Օ Flexible Leadstrip Extended Tempթrature Range Models GH-600 GH-601 f SPECIFICATIONS UNITS GH-600 GH-601 Input rsistance, Rjn ohms 450 to 900 450 to 900 Output rsistance, Rout ohms 580 to 1,700 580 to 1,700 Magnetic sensitivity, VH (1 ) mV/kG 50 to 140 50 to 140 Max. r驩sistive residual voltage, VM @ B=0 (1) ±mV 14 14 Max. control current @ 25" C, static air mA 10 10 Nominal control current, lcn mA 5 5 Max. linearity error, (-10 kG to +10 kG) ±% of RDG 2 2 Mean temprature coefficient of VH (-10°C to +80° C) W°C -0.07(2) -0.07 (2) Mean temprature coefficient of r驩sistance (-10°C to +80° C) W°C 0.15 Typical (2) 0.15 Typical (2) Temprature dependence of rsistive residual voltage (-10° C to +80° C) ±uV/°C 1 Typical (2) 1 Typical (2) Operating temp驩rature range c -55 to +125 -55 to+125 Storage tempթrature range °c -55 to+150 -55 to+150 J Notes (1) Nominal Control Current, lcn=5 mA (2) Control Current=5 mA i® paciFic SCIEITTIFIC FW BELL Rev. date 03/2008