The Trainer has single phase 230V/12-0-12V/500mA/50Hz transformer, Diode 1N4007 (1 No) for Half wave, Diode 1N4007 (2Nos) for Center tap and Diode 1N4007 (4Nos) for bridge type with Variable Load resistor of @ 10K as to form HWR, Center tap and Bridge type Full wave Rectifier (FWR), Filters used C, CLC, LC & type, facility to select the HWR/FWR with and without filter, DC output @ 12V, different values of capacitor used to study the effect on ripple factor and maximum test points to observe signals on CRO and DMM.

Objectives :

• To Study the Half Wave Rectifier (HWR) without and with C, CLC, LC & filter.
• To Study the Center tap Full Wave Rectifier (FWR) without and with C, CLC, LC & filter.
• To Study the Bridge type Full Wave Rectifier (FWR) without and with C, CLC, LC & filter.
• To observe & Note the change in ripple factor w.r.t. change in type of filter.
• To Observe and note I/P and O/P waveforms on CRO.

Accessories Included :

• Set of Patch Cords, Operating Manual
• In Built Digital Meters options are also available on demand

This has Built-In AC 12-0-12V 50Hz and +12V/500mA DC Power supply, two SCR2P4M used for Full rectifier, facility to select SCR in full/ Bridge wave, two SCRs 2P4M and two diodes 1N4007 forms bridge rectifier, facility to select resistive, inductive load and capacitor filter, two separate UJT controlled gate triggering circuits, facility to control the individual gate current of SCR, facility to vary RC time constant to provide half controlled (upto 900) full wave rectified output, maximum test points provided to observe the intermediate effects.

Objectives :

• To Study single phase SCR Full wave half controlled rectifier with resistive & inductive load. To Observe change in the O/P corresponding to change in gate I/P. To observe & Note Firing angle & Conduction Angle. To observe change in the DC O/P w.r.t. change in gate I/P.
• To Study single phase SCR Full wave Half controlled bridge rectifier with resistive & inductive load.To Observe change in O/P corresponding to change in gate I/P. To observe & Note Firing angle & Conduction Angle. To observe change in DC O/P w.r.t.  change in gate I/P.

Accessories Included : Set of Patch Cords, Operating Manual.

 This has Built-In DC ±12V/500 mA regulated fixed and variable ±12V Power supply, facility to apply Variable ±12V DC inputs and external AF inputs, OP-AMP IC 741 with resistive network and  10Kï load resistor can be wired in Inverting and Non-Inverting  amplifier mode to provide the inverted/non-inverted amplified output for the applied DC/AF inputs, components bank for R1 and RF, easy to configure in Inverting and Non-inverting mode, maximum Test Points to observe all corners of experiment.

Objectives :

• To Study operation of IC741 as Inverting Amplifier circuit. To Observe & Note inverted O/P w.r.t. applied inputs. To study “Why this amplifier is called as Inverting Amplifier”.
• To Study operation of IC741 as Non-Inverting Amplifier circuit. To Observe & Note inverted O/P w.r.t. applied inputs. To study “Why this amplifier is called as Non-Inverting Amplifier”.
• To Observe & Note the effect of change in R1 and RF on the Output Voltage Vo & Gain.
• To determine the frequency response & Bandwidth of amplifier.

Accessories Included : Set of Patch Cords, Operating Manual.

This has Built-In DC ±12V/500mA regulated fixed and two variable DC +12V Power supply, facility to apply Variable +12V DC inputs, Resistive bridge with LDR coupled to variable light intensity source to provide the corresponding electrical signal for measurement, Three OP-AMPs IC 741 as buffer amplifier, differential amplifier with gain control and 10K load resistor provides the output for the corresponding applied light input or DC inputs, facility to select and control different input source, components bank for  gain control, maximum Test Points to observe all corners of experiment.

Objectives :

• To Study the Circuit of Instrumentation Amplifier using three OP-AMP.
• To observe and note the change in output for the variable light intensity inputs.
• To Observe & Note O/P Voltage Vo for the applied differential Inputs.

Accessories Included : Set of Patch Cords, Operating Manual.

The Trainer has single phase 230V/12-0-12V/500mA/50Hz transformer, Diode 1N4007 (1 No) for Half wave, Diode 1N4007 (2Nos) for Center tap and Diode 1N4007 (4Nos) for bridge type with Variable Load resistor of @ 10K as to form HWR, Center tap and Bridge type Full wave Rectifier (FWR), Filters used C, CLC, LC & type, facility to select the HWR/FWR with and without filter, DC output @ 12V, different values of capacitor used to study the effect on ripple factor and maximum test points to observe signals on CRO and DMM.

Objectives :

• To Study the Half Wave Rectifier (HWR) without and with C, CLC, LC & filter.
• To Study the Center tap Full Wave Rectifier (FWR) without and with C, CLC, LC & filter.
• To Study the Bridge type Full Wave Rectifier (FWR) without and with C, CLC, LC & filter.
• To observe & Note the change in ripple factor w.r.t. change in type of filter.
• To Observe and note I/P and O/P waveforms on CRO.

Accessories Included :

• Set of Patch Cords, Operating Manual
• In Built Digital Meters options are also available on demand

This has Built-In AC 12-0-12V 50Hz and +12V/500mA DC Power supply, two SCR2P4M used for Full rectifier, facility to select SCR in full/ Bridge wave, two SCRs 2P4M and two diodes 1N4007 forms bridge rectifier, facility to select resistive, inductive load and capacitor filter, two separate UJT controlled gate triggering circuits, facility to control the individual gate current of SCR, facility to vary RC time constant to provide half controlled (upto 900) full wave rectified output, maximum test points provided to observe the intermediate effects.

Objectives :

• To Study single phase SCR Full wave half controlled rectifier with resistive & inductive load. To Observe change in the O/P corresponding to change in gate I/P. To observe & Note Firing angle & Conduction Angle. To observe change in the DC O/P w.r.t. change in gate I/P.
• To Study single phase SCR Full wave Half controlled bridge rectifier with resistive & inductive load.To Observe change in O/P corresponding to change in gate I/P. To observe & Note Firing angle & Conduction Angle. To observe change in DC O/P w.r.t.  change in gate I/P.

Accessories Included : Set of Patch Cords, Operating Manual.

 This has Built-In DC ±12V/500 mA regulated fixed and variable ±12V Power supply, facility to apply Variable ±12V DC inputs and external AF inputs, OP-AMP IC 741 with resistive network and  10Kï load resistor can be wired in Inverting and Non-Inverting  amplifier mode to provide the inverted/non-inverted amplified output for the applied DC/AF inputs, components bank for R1 and RF, easy to configure in Inverting and Non-inverting mode, maximum Test Points to observe all corners of experiment.

Objectives :

• To Study operation of IC741 as Inverting Amplifier circuit. To Observe & Note inverted O/P w.r.t. applied inputs. To study “Why this amplifier is called as Inverting Amplifier”.
• To Study operation of IC741 as Non-Inverting Amplifier circuit. To Observe & Note inverted O/P w.r.t. applied inputs. To study “Why this amplifier is called as Non-Inverting Amplifier”.
• To Observe & Note the effect of change in R1 and RF on the Output Voltage Vo & Gain.
• To determine the frequency response & Bandwidth of amplifier.

Accessories Included : Set of Patch Cords, Operating Manual.

This has Built-In DC ±12V/500mA regulated fixed and two variable DC +12V Power supply, facility to apply Variable +12V DC inputs, Resistive bridge with LDR coupled to variable light intensity source to provide the corresponding electrical signal for measurement, Three OP-AMPs IC 741 as buffer amplifier, differential amplifier with gain control and 10K load resistor provides the output for the corresponding applied light input or DC inputs, facility to select and control different input source, components bank for  gain control, maximum Test Points to observe all corners of experiment.

Objectives :

• To Study the Circuit of Instrumentation Amplifier using three OP-AMP.
• To observe and note the change in output for the variable light intensity inputs.
• To Observe & Note O/P Voltage Vo for the applied differential Inputs.

Accessories Included : Set of Patch Cords, Operating Manual.