Catálogo - Vernier Software & Technology

Electricity
Magnetism
Vernier Circuit Board 2
VCB2
The Vernier Circuit Board 2 is a convenient
platform for circuit experiments, from basic
series and parallel circuits to RLC circuits. Many
components are provided for experimentation,
and additional components can be added to
expand the capability of this useful board.
The Vernier Circuit Board is used in Physics
with Vernier and Advanced Physics with
Vernier—Beyond Mechanics experiments.
www.vernier.com/vcb2
Optional
Breadboard
Kit
VCB2-OBBK
Add this small breadboard to your
Vernier Circuit Board 2 to conduct
experiments using components not
included on the circuit board. Kit
includes a 555 timer, photocell, two
transistors, and a tri-color LED.
www.vernier.com/vcb2-obbk
Magnetic Field Sensor
MG-BTA
Use the Magnetic Field Sensor to study
the field around permanent magnets,
coils, and electrical devices. The rotating
sensor tip measures both transverse and
longitudinal magnetic fields.
www.vernier.com/mg-bta
Static Electricity
Eddy Current Brake
Charge Sensor
CRG-BTA
The Charge Sensor is an extremely
high impedance voltage sensor with
a 0.01 μF input capacitor that can
be used to make quantitative charge
measurements in electrostatics
experiments.
www.vernier.com/crg-bta
Electrostatics Kit
ESK-CRG
The Electrostatics Kit, when used with
the Vernier Charge Sensor (not included),
allows students to perform a range of
electrostatics experiments, including
quantitative and qualitative measurement
of charge as well as charging by friction,
contact, and/or induction.
www.vernier.com/esk-crg
High-Voltage
Electrostatics Kit
HVEK-CRG
Use the High-Voltage Electrostatics Kit
with the Vernier Charge Sensor and
Electrostatics Kit (each sold separately) to
investigate the distribution of charge on
a sphere, transfer of charge on contact
between two spheres, and charging by
induction. Extremely low output current
makes this device safe for classroom use.
www.vernier.com/hvek-crg
DTS-ECB
Eddy current brakes are used as a braking
system for high-speed trains and roller
coasters. Recreate this unusual braking
system in your classroom or laboratory
by installing our Eddy Current Brake into
the end cap of a Vernier dynamics cart.
As the cart moves over the track, the
magnets in the Eddy Current Brake create
an electromagnetic drag on the cart that
is proportional to the cart’s speed.
www.vernier.com/dts-ecb
LABQUEST SENSORS
PHYSICS
For more information, visit www.vernier.com/physics
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