HMC6042CUTTAPE HONEYWELL [Honeywell Solid State Electronics Center], HMC6042CUTTAPE Datasheet
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HMC6042CUTTAPE
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HMC6042CUTTAPE Summary of contents
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Magnetic Sensor Circuit HMC6042 The Honeywell HMC6042 is a surface mount multi-chip module designed for low field magnetic sensing such as low cost compassing and magnetometry. The HMC6042 includes our state of the art 1042 series magneto-resistive sensors plus ...
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HMC6042 SPECIFICATIONS Characteristics System Sensitivity Open Loop Gain, After Set/Reset Pulses Zero Field Offset Magnetic Field Range Power Supply Supply Voltage Current Bridge Current = 0.9mA/volt per axis Magnetic sensors Field Range Sensitivity Resolution 1 kHz bandwidth, VDD1 = 3.0 ...
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HMC6042 Characteristics Internal Strap Resistance Other Operating Temperature Storage Temperature Weight * Tested at 25°C except stated otherwise. PIN CONFIGURATIONS (Arrow indicates direction of applied field that generates a positive output voltage after a SET pulse.) HMC6042 HMC6042 5 5 ...
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HMC6042 PACKAGE OUTLINES PACKAGE DRAWING HMC6042 (20-PIN LPCC, dimensions in millimeters) MOUNTING CONSIDERATIONS The following is the recommend printed circuit board (PCB) footprint for the HMC6042. PCB Pad Definition The HMC6042 is a fine pitch LCC package with a 0.50mm ...
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HMC6042 substrate. Irons with a tip temperature no greater than 315°C should be used. Excessive rework risks the copper pads pulling away into the molten solder. SCHEMATIC DIAGRAM HMC6042 VDD1 VDD1 AMR AMR GND GND AMR AMR GND GND IN ...
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HMC6042 These resistive elements are aligned together to have a common sensitive axis (indicated by arrows on the pinouts) that will provide positive voltage change with magnetic fields increasing in the sensitive direction. Because the output only is in proportion ...
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HMC6042 stages composed of 400 milli-ohm switches for high efficiency switching of the set and reset currents. The logic input is expected to be normally high with high-to-low and low-to-high transitions creating reset and set pulses respectively. Typically, the logic ...