ANALOG ELECTRONICS LAB
BRIDGES
ANDERSON’S BRIDGE TRAINER
ET-ADB is used to design Anderson’s bridge, which determines the value of unknown inductors (L).The students can balance the bridge either by observing waveform on CRO or by using the built in speaker. Read More
DESAUTY’S BRIDGE TRAINER
ET-DSBR is used to design Desauty’s bridge, which determines the value of unknown Capacitors(C).The students can balance the bridge either by observing waveform on CRO or by using the built in speaker. Read More
MAXWELL’S BRIDGE TRAINER
ET-MWBR is used to design Maxwell’s bridge, which determines the value of unknown Inductors(L).The students can balance the bridge either by observing waveform on CRO or by using the built in speaker. Read More
KELVIN’S DOUBLE BRIDGE TRAINER
ET-KELVIN is used to design Kelvin’s double bridge, which determines the value of unknown Resistors(R).The students can balance the bridge either using a galvanometer or a multimeter. Read More
SCHERING’S BRIDGE TRAINER
ET-SHBR is used to design Schering’s bridge, which determines the value of unknown Capacitors(C).The students can balance the bridge either by observing waveform on CRO or by using the built in speaker. Read More
WHEATSTONE’S BRIDGE TRAINER
ET-WSB is used to design Wheatstone’s bridge, which determines the value of unknown Resistors(R).The students can balance the bridge by using on board galvanometer. Read More
HAY’S BRIDGE TRAINER
ET-HBR is used to design Hay’s bridge, which determines the value of unknown Inductors(L).The students can balance the bridge either by observing waveform on CRO or by using the built in speaker. Read More
OWEN’S BRIDGE TRAINER
ET-OBR is used to design Owen’s bridge, which determines the value of unknown Inductors(L).The students can balance the bridge either by observing waveform on CRO or by using the built in speaker. Read More
WEIN’S BRIDGE TRAINER
ET-WBBR is used to design Wein’s bridge, which determines the value of unknown Frequency(f).The students can balance the bridge either by observing waveform on CRO or by using the built in speaker. Read More
LCR BRIDGE TRAINER
ET-LCR is used to design different bridges, which determines the value of unknown Inductors(L), Capacitors(C) & Resistors(R).The students can balance the bridge either by observing waveform on CRO or by using the built in speaker. Read More
OSCILLATORS
HARTELY OSCILLATOR
On board hartley oscillator section. .On board separate tank circuit. Test points are provided to analyse signals at various points. ON/OFF switch and LED for power indication. Read More
WEIN BRIDGE OSSCILATOR
On board circuit to study wein bridge Oscillator(using Opamp).. On board variable resistance t balance the bridge. Test points are provided to analyse signals at various points. Read More
COLPIT OSCILLATOR
On board colpitt oscillator section.. On board tank circuit. Test points are provided to analyse signals at various points. ON/OFF switch and LED for power indication. Read More
PHASE SHIFT OSCILLATOR
On board circuit to study phase shift oscillator. Test points are provided to analyse signals at various points. ON/OFF switch and LED for power indication. Bare board Tested Glass Epoxy SMOBC PCB is used. Read More
AMPLIFIERS
OP-AMP INSTRUMENTATION AMPLIFIER
On board circuit to study instrumentation amplifier using op-amp. On board test points to analyse the signal. ON/OFF switch and LED for power indication. Bare board Tested Glass Epoxy SMOBC PCB is used. Read More
DIFFERENTIAL AMPLIFIER
On board circuit to study differential amplifier. On board switch for input from signal generator. On board two inputs. On board two outputs. Read More
RC COUPLED AMPLIFIER
On board circuit to study RC coupled amplifier using BJT. On board circuit to study amplification in single and double stage. ON/OFF switch and LED for power indication.. Bare board Tested Glass Epoxy SMOBC PCB is used. Read More
FET RC COUPLED TRAINER
On board circuit to study RC coupled amplifier using FET. ON/OFF switch and LED for power indication. Bare board Tested Glass Epoxy SMOBC PCB is used. Block Description Screen printed on glassy epoxy PCB. Read More
EMITTER FOLLOWER AMPLIFER
On board circuit to study emitter follower amplifier using darlington. On board knob for varying amplitude. ON/OFF switch and LED for power indication. Bare board Tested Glass Epoxy SMOBC PCB is used. Read More
COMMON EMITTER AMPLIFIER
On board circuit to study common emitter amplifier. On board POT for varying amplitude of input signal.. On board test point to analyse the signal. ON/OFF switch and LED for power indication. Read More
CLASS B PUSH PULL POWER AMPLIFIER
On board circuit to study class-b push pull power amplifier. ON/OFF switch and LED for power indication. Bare board Tested Glass Epoxy SMOBC PCB is used. Block Description Screen printed on glassy epoxy PCB. Read More
LOG AND ANTLOG AMPLIFIER
On board circuit to study log and antilog amplifier using op-amp. On board POT for varying amplitude of input signal. On board test point to analyse the signal. ON/OFF switch and LED for power indication. Read More
FET CS / CD AMPLIFIER
On board circuit to study FET amplifier in CS and CD configuration. ON/OFF switch and LED for power indication.. Bare board Tested Glass Epoxy SMOBC PCB is used. Block Description Screen printed on glassy epoxy PCB. Read More