Anderson Bridge (ME 2200E)
To calculate the value of inductance (500mH - 100mH) in term of Capacitance & resistance.
Product Overview
To calculate the value of inductance (500mH - 100mH) in term of Capacitance & resistance.
Used To calculate the value of inductance (500mH - 100mH)
in term of Capacitance & resistance.
In built fixed DC regulated power supply of ±5V±12V & +5V/
500mA.
Inbuilt sine wave oscillator, frequency 1KHz ±3%, amplitude 0-
15Vpp.
In built 3½ digit digital null detector used as detector
On Board three set of two decade dial x(10 W & 100W).
On Board four unknown inductance & two standard capacitor are
For more details please refer datasheet.
Technical Specifications
Used To calculate the value of inductance (500mH - 100mH)
in term of Capacitance & resistance.
In built fixed DC regulated power supply of ±5V±12V & +5V/
500mA.
Inbuilt sine wave oscillator, frequency 1KHz ±3%, amplitude 0-
15Vpp.
In built 3½ digit digital null detector used as detector
On Board three set of two decade dial x(10 W & 100W).
On Board four unknown inductance & two standard capacitor are
For more details please refer datasheet.
Talk To Our Technical Experts
Related Products
Maxwell Inductance Bridge (ME 2204)
Used To calculate the unknown value of Inductance
Schering Bridge (ME 2201E)
On Board six unknown capacitor are mounted behind the front panel with connections are brought out on front panel.
Wheatstone Bridge (Portable) (ME 2207)
One selectable switch with option for Murray (M) loop & For resistance/ Varley (VR) loop test
Wein’s Bridge (Frequency Measurement) (ME 2206E)
Used To calculate the value of frequency (500Hz - 100KHz)