About RIPPLE FACTOR APPARATUS WITH ALUMINUM PANEL & SQUARE METERS (HALF WAVE, FULL WAVE AND BRIDGE RECTIFIER)
Specification:
RIPPLE FACTOR APPARATUS WITH ALUMINUM PANEL & SQUARE METERS (HALF WAVE, FULL WAVE AND BRIDGE RECTIFIER)
Instrument comprises inbuilt AC Power Supply 15-0-15V
2 meters Square MR65 to measure Output Voltage & Output current
4 PN Junction Diodes
Filter Circuit Kit with Switch Selectable.
Inbuilt inductor having value of 200mH on board.
Load Resistance.
Features:
Trainer operated on 230V 50 Hz
Supplied with instruction manual
Supplied with sufficient nos. of patch cords
Supplied with Computer Lead
Dimensions of the Trainer will be 12 x 8 inch with Plastic Box Highly shock proof.
Versatile Rectification ModesExperience seamless switching between half wave, full wave, and bridge rectification modes. This flexibility allows for comprehensive analysis and comparison of different circuit behaviors, making the apparatus an ideal choice for laboratory demonstrations and technical education.
High Quality and Safety FocusedBuilt with a powder-coated aluminum panel and equipped with a fuse rated at 500 mA, the apparatus ensures reliable performance and user safety. All internal components are selected to comply with standard laboratory requirements, offering durability and protection during regular usage.
User-Friendly Interface and Accurate MeasurementThe unit is equipped with analog square meters for real-time voltage and current readings, external test points for waveform observation, and easy-to-use switches for load selection. Its clear panel legends and supplied manual further simplify setup and operation, enhancing the learning experience.
FAQs of RIPPLE FACTOR APPARATUS WITH ALUMINUM PANEL & SQUARE METERS (HALF WAVE, FULL WAVE AND BRIDGE RECTIFIER):
Q: How does the RIPPLE FACTOR APPARATUS allow observation of waveforms in different rectifier types?
A: The apparatus provides external test points at the panel, enabling users to connect measurement instruments for direct waveform analysis of half wave, full wave, and bridge rectifier outputs. This facilitates real-time study and comparison of sine and rectified signals.
Q: What safety features are integrated into the apparatus?
A: Safety is ensured through an internal fuse rated at 500 mA, protecting the instrument against overload or short-circuit conditions. Its aluminum panel construction and compliance with laboratory standards further enhance operational security.
Q: When is this apparatus typically used in a laboratory setting?
A: The ripple factor apparatus is primarily utilized during laboratory demonstrations, student experiments, and technical training sessions in engineering electronics. It is designed for batch use, enabling multiple students to conduct parallel experiments effectively.
Q: Where should the RIPPLE FACTOR APPARATUS be operated for optimal safety?
A: It is intended for standard laboratory desktop use and indoor environments only, as denoted by its IP20 rating. Users should ensure proper ventilation and avoid exposure to extreme temperatures or moisture to preserve module longevity.
Q: What process is involved in measuring the ripple factor using this device?
A: The measurement process involves selecting the desired rectifier mode via panel switches, applying a load, and connecting the provided patch cords to test points. Users then read voltage and current data from the analog meters to calculate the ripple factor for each rectification setup.
Q: How does the selectable load function benefit experiments?
A: Selectable load switches or terminals allow users to adjust circuit loading, facilitating varied practical experiments and enabling observation of ripple behavior under different conditions. This helps students understand the effects of load on rectifier performance and helps in comparative analysis.
Q: What is included with the apparatus for immediate lab usage?
A: The package includes patch cords, power cord, and a comprehensive user manual. These accessories ensure swift setup and facilitate thorough understanding and utilization of the apparatus for all supported rectification modes.