Half Wave Full Wave and Bridge Rectifier Apparatus

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Product Details:

Usage Demonstration and study of rectifiers in physics/electronics labs
Power 50W (max)
Voltage AC 230V, 50Hz input
Display Analog voltmeter & ammeter provided
Product Type Educational Lab Apparatus
Material Powder coated metal box, electronic components
Design Integrated with transformer, diodes, and meters; panel-mounted circuit
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Half Wave Full Wave and Bridge Rectifier Apparatus Price And Quantity

Minimum Order Quantity 1 Unit

Transformer Step-down transformer 230V AC to 12V/24V AC center-tapped
Diode Type General purpose silicon diodes
Operating Environment Ideal for school and college laboratory use
Protection Fuse protected circuit for safety
Compliance Meets standard educational apparatus safety norms
Output Terminals Separate terminals for AC, Half Wave, Full Wave, and Bridge outputs
Included Rectifiers Half Wave, Full Wave, and Bridge Rectifier circuits built-in
Panel Markings Clear, printed circuit diagram and labels on panel
Mounting Bench-top portable model
Meters Analog Voltmeter (015V), Analog Ammeter (0500mA)
Accessories Included Connecting leads, instruction manual
Cooling Passive air ventilation slots

Half Wave Full Wave and Bridge Rectifier Apparatus Product Specifications

Detector Analog measurement with inbuilt meter
Accuracy High measurement accuracy for rectification outputs
Weight Approx. 2.5 kg
Design Integrated with transformer, diodes, and meters; panel-mounted circuit
Dimension (L*W*H) approx. 300 x 230 x 100 mm
Display Analog voltmeter & ammeter provided
Material Powder coated metal box, electronic components
Power Source Mains Powered (AC Supply)
Product Type Educational Lab Apparatus
Usage Demonstration and study of rectifiers in physics/electronics labs
Power 50W (max)
Voltage AC 230V, 50Hz input

Transformer Step-down transformer 230V AC to 12V/24V AC center-tapped
Diode Type General purpose silicon diodes
Operating Environment Ideal for school and college laboratory use
Protection Fuse protected circuit for safety
Compliance Meets standard educational apparatus safety norms
Output Terminals Separate terminals for AC, Half Wave, Full Wave, and Bridge outputs
Included Rectifiers Half Wave, Full Wave, and Bridge Rectifier circuits built-in
Panel Markings Clear, printed circuit diagram and labels on panel
Mounting Bench-top portable model
Meters Analog Voltmeter (015V), Analog Ammeter (0500mA)
Accessories Included Connecting leads, instruction manual
Cooling Passive air ventilation slots

Half Wave Full Wave and Bridge Rectifier Apparatus Trade Information

Supply Ability 5 Unit Per Week
Delivery Time Days

Product Description

Half Wave/Full Wave & Bridge Rectifier Apparatus (AE 255 )

Objective:

Half wave rectifier and effect of different filter circuits on AC at different loads.
Full wave rectifier and effect of different filter circuits on AC at different loads.
Bridge rectifier and effect of filter circuits on AC supply at different loads.

Technical Specifications :

Inbuilt variable AC power supplies
Output Voltage : 9-0-9 VAC
On Board Analog Moving Coil Meters
Voltmeter : 0-20 VDC
Ammeter : 0-250mADC
Components provided
Diode : 4 Nos.
Filter : 2 Nos.
Load Resistances : 50 ohm to 500 ohm .
Circuit diagram printed on Front Panel & all important test Points are brought out on front panel
Power requirement : 230 VAC 10%, 50Hz.

Standard Accessories

Patch chords & Instruction manual.

Versatile Rectifier Demonstration Apparatus

This bench-top model allows students to explore half wave, full wave, and bridge rectification, all in a single, integrated device. Pre-mounted circuit diagrams and separate output terminals make it easy to conduct multiple experiments. Robust design and included accessories ensure immediate usability in lab environments.

Reliable Measurement and Safety Features

Equipped with high-accuracy analog voltmeter and ammeter, the apparatus enables precise monitoring of voltage and current during experiments. Fuse protection and passive cooling slots safeguard the unit, ensuring both user and device safetycritical for safe learning in classrooms.

User-Friendly Design for Educational Labs

Designed for use in schools and colleges, the apparatus features clear labeling and an instructional manual to facilitate effective demonstrations. Connecting leads and a portable, durable housing support easy transport, storage, and setup. The apparatus complies with standard educational safety norms for peace of mind.

FAQs of Half Wave Full Wave and Bridge Rectifier Apparatus:

Q: How does the rectifier apparatus demonstrate different types of rectification?

A: The apparatus incorporates built-in half wave, full wave, and bridge rectifier circuits, allowing users to study and compare each rectification method. Separate output terminals and a panel diagram enable selection and observation of each types electrical characteristics using the included analog meters.

Q: What makes this apparatus ideal for educational laboratory use?

A: Its integrated transformer, circuit markings, and straightforward output connectivity simplify demonstrations. Fuse protection and clear panel labels ensure safety and ease of use, while the compact, portable design and included accessories support hands-on learning in school or college labs.

Q: When should the apparatus be used during a physics or electronics curriculum?

A: This apparatus is most effective when teaching the principles of rectification, AC/DC conversion, or diode functions. It can be integrated into lessons on electricity, circuits, or as part of lab experiments, providing students with practical insights into theoretical concepts.

Q: Where can the outputs for AC, half wave, full wave, and bridge rectifiers be accessed?

A: Each output is provided through separate, clearly labeled terminals on the front panel. This design ensures students can easily identify and connect measuring instruments to the correct circuit for their experiment or demonstration.

Q: What safety measures are incorporated in the design?

A: The device includes fuse protection to prevent damage from electrical faults, and passive air ventilation slots to prevent overheating. The powder-coated metal enclosure further enhances durability and safe operation in busy lab environments.

Q: How accurate are the voltage and current measurements from the analog meters?

A: The built-in analog voltmeter (015V) and ammeter (0500mA) provide high measurement accuracy, ensuring reliable data collection during rectification experiments. This level of precision supports educational analysis and comparison of different circuits.

Q: What are the benefits of using this apparatus compared to assembling circuits individually?

A: Using this integrated apparatus saves setup time, offers greater safety, reduces wiring errors, and allows swift switching between experiment types. Clear panel markings and included instructional resources enhance understanding and efficiency in the learning process.

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