ba010-01 NVE Corp., ba010-01 Datasheet

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ba010-01

Manufacturer Part Number
ba010-01
Description
Ba010-01 Gmr Medical Sensors
Manufacturer
NVE Corp.
Datasheet
BA010-01 GMR Medical Sensors
Features:
Applications:
Description:
The BA010-01 sensors are GMR magnetometers specifically designed, inspected, tested, and
qualified for implantable medical devices. They exhibit excellent magnetic performance
including 98% linearity, a large output signal with applied magnetic fields, stable and linear
temperature characteristics, and a pure ratiometric output.
The BA010-01 magnetic sensors are provided in die form, and delivered in waffle packs of 260
parts. They are background to a thickness of 200 microns, then diced and visually inspected on
all six sides to Mil-883 standards. Each lot is qualified with a 40 part sample that is subjected to
a 24 hour 150°C bake, repetitive thermal shocks, and a 7 day 125°C temperature soak. Wire
bond pull tests are also performed for lot qualification purposes.
⇒ Excellent Sensitivity to Applied Magnetic Fields
⇒ Wheatstone Bridge Analog Output
⇒ Wide Linear Range of Operation
⇒ Low Voltage Operation (<1V)
⇒ DC to >1MHz Frequency Response
⇒ Visually Inspected, Qualified for Implantable Medical Devices
⇒ Small Die Size
⇒ Pacemakers
⇒ ICDs
⇒ Insulin Pumps
shield
Functional Diagram
GMR
V-(ground)
V+(supply)
GMR
shield
OUT-
OUT+
Medical Sensors

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ba010-01 Summary of contents

Page 1

... The BA010-01 magnetic sensors are provided in die form, and delivered in waffle packs of 260 parts. They are background to a thickness of 200 microns, then diced and visually inspected on all six sides to Mil-883 standards. Each lot is qualified with a 40 part sample that is subjected hour 150° ...

Page 2

... Magnetic, Resistance, and Size Characteristics: Part Saturation Linear Range 1 Number Field (Oe ) (|Oe Min BA010-01 15 1.5 Electrical and Temperature Characteristics: Property Input Voltage Range Operating Frequency Operating Temperature Range Bridge Electrical Offset Signal Output at Max. Field Nonlinearity Hysteresis TCR TCOI TCOV Off Axis Characteristic ...

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