A Hall sensor is made of a copper foil. Its Hall coefficient is 7.42 x 10-11 m³ · C-1, thickness is 25 um, and geometry factor is 0.8. If a 1 A current flows through the foil and the applied magnetic field is 1 T, find the Hall voltage. IB the thickness of the conductor t VH CH IB th 1 CH qNc Theoretically, the characteristics of a Hall sensor should not depend on its shape. In reality, the geometry of a Hall sensor does influence the Hall voltage output. A geometry factor, GH, is introduced to represent this influence: CL IB VH = GĦ %3D th
A Hall sensor is made of a copper foil. Its Hall coefficient is 7.42 x 10-11 m³ · C-1, thickness is 25 um, and geometry factor is 0.8. If a 1 A current flows through the foil and the applied magnetic field is 1 T, find the Hall voltage. IB the thickness of the conductor t VH CH IB th 1 CH qNc Theoretically, the characteristics of a Hall sensor should not depend on its shape. In reality, the geometry of a Hall sensor does influence the Hall voltage output. A geometry factor, GH, is introduced to represent this influence: CL IB VH = GĦ %3D th
Related questions
Question
Solve the question by the formula provided below
Transcribed Image Text:A Hall sensor is made of a copper foil. Its Hall coefficient is 7.42 x 10-11 m³ · C-1,
thickness is 25 um, and geometry factor is 0.8. If a 1 A current flows through the
foil and the applied magnetic field is 1 T, find the Hall voltage.
IB
VH =
the thickness of the conductor t,
CH IB
1
th
CH
qNc
Theoretically, the characteristics of a Hall sensor should not depend on its shape. In
reality, the geometry of a Hall sensor does influence the Hall voltage output. A
geometry factor, GH, is introduced to represent this influence:
VH = G#
IB
%3D
Expert Solution
This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
This is a popular solution!
Trending now
This is a popular solution!
Step by step
Solved in 2 steps with 2 images
