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Digital Zener Diode Study System
Original price was: $30.46.$15.12Current price is: $15.12.
Quick Answer: The Digital Zener Diode Study System is an electronics laboratory apparatus for investigating the forward- and reverse-bias behaviour of a Zener diode, including reverse breakdown and voltage regulation, using digital voltage and current readings. It is used by physics and electronics students to plot V-I curves and study Zener characteristics, and is supplied without independently verified certification.
Description
This study system lets students examine a Zener diode’s characteristics by recording voltage and current while changing the applied bias within the approved operating range. The resulting observations help identify forward conduction, reverse leakage current, and the Zener breakdown region where the diode begins to regulate voltage. The digital format indicates an electronic reading arrangement; the display type, resolution, accuracy and measurement range are not specified in our current listing data — confirm these details with our sales team before ordering if they are critical to your requirement.
What’s Included
- Digital Zener Diode Study System unit
- Zener diode or integrated diode test section
- Digital voltage and current measurement sections
- Power-supply, load and current-limiting arrangement
Applications
- Plotting Zener diode forward- and reverse-bias curves
- Identifying reverse breakdown voltage
- Studying Zener current after breakdown
- Demonstrating basic shunt voltage regulation
- Teaching semiconductor physics practicals
Specifications
| Product name | Digital Zener Diode Study System |
| Product category | Physics lab equipment / semiconductor trainer |
| Experiment capacity | One Zener diode investigation |
| Operating modes | Forward and reverse bias, subject to confirmed circuit |
| Measured parameters | Diode voltage and current |
| Display resolution, accuracy, ranges, power supply, dimensions | Not specified for this listing — confirm with our sales team |
| Certification | No product-specific certification claimed |
Safety Note
- Keep the power supply switched off while connecting or changing the Zener diode and wiring.
- Have an instructor verify diode polarity and current-limiting settings before every run.
- Increase voltage gradually and never exceed the confirmed current, reverse-voltage or power rating of the diode or trainer.
- Disconnect the system before cleaning or inspecting it, and store it in a dry, dust-free location.
- Use this apparatus under qualified instructor supervision in a proper laboratory setting.
Why Choose LabEquip
LabEquip (The Lab Equipment Pvt Ltd) supplies physics and electronics laboratory apparatus for schools, colleges and technical institutes, with support for institutional and bulk supply requirements. Explore related semiconductor and electronics trainers: Digital PN Junction Diode Characteristics Trainer, Digital Electronic Device Characteristics Apparatus, Digital Resistance Meter 20KΩ, or browse the full Electrical and Electronics laboratory equipment range.
Frequently Asked Questions
Q: What does this system measure?
A: It measures the voltage and current of a Zener diode under forward and reverse bias, allowing students to plot its characteristic curve and identify the breakdown region.
Q: What is the reverse breakdown region used for?
A: It demonstrates how a Zener diode maintains a relatively steady voltage once reverse breakdown occurs, illustrating the basic principle of Zener voltage regulation.
Q: Who is this apparatus intended for?
A: It is intended for physics and electronics students, teachers and technical trainees studying semiconductor diode behaviour in a laboratory setting.
Q: Does this product carry any certification?
A: No product-specific certification is claimed for this listing.
Q: What precautions should be taken while using this system?
A: Keep the power off while wiring, have an instructor verify polarity and current limits, increase voltage gradually, and never exceed the diode’s or trainer’s rated limits.
Last Updated: September 2026








