The built-in power supply makes a more compact system with easier changing of the discharge tubes. Easy power connection and no unnecessary wire intrusions.
Specifications:
- Input Voltage : 220V, 50 Hz AC.
- Output Voltage : 0 – 6000V (open circuit).
Product Categories
- Basic Electronics Lab
- Semiconductor Diode (Characteristics) Trainer
- Rectifier Trainer
- Rectifier Trainer (Low Cost)
- Zener Diode Trainer
- Diode & Zener Diode Trainer
- Transistor [CE & CB] Trainer
- Transistor [CB & CC] Trainer
- Transistor Trainer : Measurement of Hybrid Parameters
- JFET Trainer
- JFET Common Source Amplifier Trainer
- MOSFET Trainer
- UJT Trainer
- SCR Trainer
- Diac & Triac Trainer
- IGBT Trainer
- Transistor Bias Circuit
- CE Transistor Amplifier Trainer
- Feed Back Amplifier
- Class A Power Amplifier
- Push Pull (Transformer Coupled Class B) Amplifier Trainer
- Push Pull (Complimentary Symmetry Class B) Amplifier Trainer
- Tuned Amplifier (Class C) Trainer
- Emitter Follower Trainer
- Multivibrator (Transistorised) Trainer
- Multivibrator (I.C.-555) Trainer Model-I
- Multivibrator (I.C.-555) Trainer Model-II
- Wien Bridge Oscillator (Transistorised) Trainer
- Wien Bridge Oscillator (Op.Amp.) Trainer
- RC Phase Shift Oscillator Trainer
- Colpitt Oscillator Trainer
- Hartley Oscillator Trainer
- Crystal Oscillator Trainer
- Tuned Collector Oscillator Trainer
- Passive Differentiator & Integrator Trainer
- Integrator and Differentiator Trainer
- Clipper & Clamper Circuit Trainer
- Differential Amplifier Trainer
- Op. Amp. Characteristics Trainer
- Op. Amp. Application Trainer
- Op. Amp. Characteristics & Application Trainer
- Power Supply (Transistorized) Trainer
- Power Supply (I.C. 317) Trainer
- Switched Mode Power Supply (SMPS) Trainer
- Op. Amp. Based Converter Trainer
- Sample and Hold Trainer
- Schmitt Trigger Trainer
- Active Filter Trainer
- DMM (Digital Multimeter) Trainer
- Function Generator Trainer
- Precision Rectifier Trainer
- Electrical Engineering Lab
- Resistance Measurement Trainer
- Inductance Measurement Trainer
- BH & Hysteresis Loop
- Study of RLC Series Circuit
- Study of RLC Parallel Circuit
- Lamp Characteristics ( Tungsten and Carbon Filament Lamps)
- Fluorescent Lamp Characteristics
- Study of Sodium, Mercury and CFL Lamp
- Familiarization of Electrical circuit
- Push Switch & it’s Application
- Limit Switch & it’s Application
- Selector Switch & it’s Application
- Pressure Switch & it’s Application
- Float Switch & it’s Application
- Switch Demonstrator Trainer
- Bridge
- Network & Circuit Lab
- Kirchhof’s Current Law Trainer
- Kirchhof’s Voltage Law Trainer
- Mesh & Node Analysis Trainer
- Network Theorems Trainer
- Superposition Theorem Trainer
- Network & Superposition Theorem Trainer
- Series & Parallel Resonance Circuit
- Determination of Steady State and Transient Response of R-L, R-C & R-L-C circuit to a Step Change in Voltage. [1st & 2nd Order System]
- Determination of Steady State Response of R-L And R-C & R-L-C circuit And Calculation Of Impedance & Power Factor. [Frequency Response Of R–L–C Circuit]
- Determination of Impedance (Z) and Admittance parameters of a two port network
- Low Pass Filter Trainer
- High Pass Filter Trainer
- Band Pass Filter Trainer
- Band Reject Filter Trainer
- Passive Filter Trainer [1st order]
- m Derived Filter trainer
- Active Filter Trainer [1st order]
- Active Filter Trainer [2nd order]
- Characteristics Impedance Trainer
- Attenuator Trainer
- Passive Differentiator & Integrator Trainer
- Integrator and Differentiator Trainer
- Transmission Line Demonstration Trainer
- Electrical & Electronic Measurement Lab
- Instrumentation Lab
- Digital Electronics Lab
- Communication Engineering Lab
- Audio & Video Engineering Lab
- Industrial & Power Electronics Lab
- Optoelectronics & Optical Communication Systems Lab
- Signal Processing Lab
- Remote Control & Telemetry Lab
- Function Generator
- Meters
- Miscellaneous
- Power Supply
- Physics lab
- Non Conventional Energy Lab
- Demonstrate
High Voltage Power Supply for Spectrum Tube
