RLC measuring bridge
Ohmic resistances, inductances and capacitances are determined in a Wheatstone bridge circuit operated on AC. Balancing is done aurally through headphones, using the high sensitivity of the human ear.
- Quickly obtain experiment results using the Wheatstone bridge
- Easy to tune by aural measurement relying on the sensitivity of the human ear
- Save time while switching the numerous coils, resistance and capacities on-the-fly
Induction coil,300 turns,dia.40mm
PHYWE Digital Function Generator, USB
Resistor 330 Ohm, 1W, G1
Resistor 470 Ohm, 1W, G1
Resistor 680 Ohm, 1W, G1
Resistor 1 kOhm, 1W, G1
Resistor 1,5 kOhm, 1W, G1
Resistor 2.2 kOhm, 1W, G1
Resistor 3.3 kOhm, 1W, G1
Capacitor 100pF/100V, G1
Capacitor 470pF/100V, G1
Capacitor 1nF/ 100V, G1
Capacitor 10nF/ 250V, G1
Capacitor 47nF/ 250V, G1
Capacitor 100 nF/250V, G1
Headphone, stereo
Headphone Adapter jack plug/2 x 4 mm plug
Short-circuit plug, white
Connection box
Resistor 1 Ohm 2%, 2W, G1
Resistor 2 Ohm 5%, 2W, G1
Resistor 5 Ohm 2%, 2W, G1
Resistor 10 Ohm 2%, 2W, G1
Coil, 300 turns
Coil, 600 turns
Coil, 1200 turns
Coil, 600 turns, short
Slide wire measurement bridge
Connecting cord, 32 A, 250 mm, red
Connecting cord, 32 A, 250 mm, blue
Connecting cord, 32 A, 750 mm, red
Connecting cord, 32 A, 750 mm, yellow
Connecting cord, 32 A, 750 mm, blue
- ohmic resistances
- inductances
- capacitances with the Wheatstone bridge, using bridge balancing
- Wheatstone bridge
- Inductive and capacitive reactance
- Ohmic resistance
- Impedance
- Kirchhoff’s laws