 |
 |
 |
 |
 |
 |
 |
 |
 |
UE-23 THE SOLAR CELL AS A POWER
SOURCE
The solar cell as a power source for LED,
water pump and fan
SOURCE
The solar cell as a power source for LED,
water pump and fan
UE-28 FARADAY'S LAW OF INDUCTION
Conclusion: From this experiment, one can
conclude that whenever there is relative motion
between conductor and a magnetic field, the flux
linkage with a coil changes and this change in flux
induces a voltage across a coil
Conclusion: From this experiment, one can
conclude that whenever there is relative motion
between conductor and a magnetic field, the flux
linkage with a coil changes and this change in flux
induces a voltage across a coil
UE- 29 MAGNETIC FIELD OF A COIL
UE-26 THE SOLAR CELL AS A CHARGING
UNIT
Storage of the electric energy from a solar cell
with the aid of capacitor (1F),and chargeable
battery.
UNIT
Storage of the electric energy from a solar cell
with the aid of capacitor (1F),and chargeable
battery.
UE- 27 THE SOLAR CELL AS A DIODE
How does a cell which is not illuminated
behave within a DC circuit?
How does a cell which is not illuminated
behave within a DC circuit?
UE-25 THE EFFECT OF THE TILT ANGLE
ON THE SOLAR CELL CHARACHTERISTICS
This experiment investigate the amount of
solar radiation incident on a tilted module
surface, and its dependence on the tilt angle
ON THE SOLAR CELL CHARACHTERISTICS
This experiment investigate the amount of
solar radiation incident on a tilted module
surface, and its dependence on the tilt angle
UE-30 TRANSFORMERS
UE-22 SOLAR CELL CHARACTERISTICS
Lighting effect on the Voltage and current of a
solar cell will study in this experiment
Lighting effect on the Voltage and current of a
solar cell will study in this experiment
UE-24 CONNECTING SOLAR CELLS IN
PARALLEL AND SERIES
Voltage and current in a series and parallel
connection of solar cells
PARALLEL AND SERIES
Voltage and current in a series and parallel
connection of solar cells
 | |  | |  | |  |
Simple electrical elements as resistors, capacitors, LEDs,... , and setups, demonstrates the electrical
prosperities of the those elements and its uses, with basic experiments that verifies as Ohm's law, Kirchhoff's
law, Wheatstone's bridge and others. Elements and sets attached to a safe box and connectors.
| ELECTRICITY AND MAGNATIZM 2 |
UE-21 SILICON PHOTO TRANSISTOR
CHARACTERISTIC
I/V characteristics curves of a photo transistor with
different light intensity will investigated in this
experiment
CHARACTERISTIC
I/V characteristics curves of a photo transistor with
different light intensity will investigated in this
experiment
|
|
|
|
|
|
|
|
|
UE-31 THERMOIONIC DIODE
The experiment demonstrate the thermoionic
emission from the cathode and investigating
the characteristic of the valve diode
The experiment demonstrate the thermoionic
emission from the cathode and investigating
the characteristic of the valve diode
UE-32 THERMOIONIC TRIODE
The experiment demonstrate the
thermoionic emission from the cathode
and investigating the characteristic of
the triode and the effect of the grid
voltage on the anode current..
The experiment demonstrate the
thermoionic emission from the cathode
and investigating the characteristic of
the triode and the effect of the grid
voltage on the anode current..
| | | | | | |
Simple electrical elements as resistors, capacitors, LEDs,... , and setups, demonstrates the electrical
prosperities of the those elements and its uses, with basic experiments that verifies as Ohm's law, Kirchhoff's
law, Wheatstone's bridge and others. Elements and sets attached to a safe box and connectors.
| ELECTRICITY AND MAGNATIZM 2 |
CONTACT US: (+44) 01782437269 or 07535791005 l info@uk-scientific.com
UK-SCIENTIFIC.Ltd