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Zener Diode Circuit

Name: Zener Diode Circuit
Brand: CIRKIT ELECTRO COMPONENTS PVT. LTD.
Price: 0.10- 4000
Availability: InStock

Price 0.10- 4000 INR/ Piece

Get a Price/Quote

MOQ : 50 Pieces

Zener Diode Circuit Specification

Power Source
External DC power input

Interface
Terminal connectors/screw terminals

Components
Zener Diode, Resistor, PCB, Sockets

Output
Regulated voltage at Zener breakdown voltage (6.2V approx.)

Operating Temperature
0C to 70C (component specification dependent)

IP Rating
Not rated

Power Supply
DC

Usage
Demonstration of voltage regulation principles in electronics projects

Features
Simple construction, low cost, demonstrative, reliable voltage regulation

Response Time
Instantaneous (limited by Zener and circuit response)

Input
Variable DC voltage (typically 9V or 12V for demonstration)

Product Type
Basic Electronic Circuit

Application
Educational kits, LED protection, voltage clamping

Rated Voltage
6.2V (example zener value used in the circuit)

Supply Voltage
6.2V - 18V DC (depending on circuit setup)

Size
PCB-based compact module (approx. 40mm x 25mm)

Dimension (L*W*H)
40mm x 25mm x 15mm (with mounted components)

Function
Voltage Regulation and Over-voltage Protection

Color
Mixed (as per circuit components)

Weight
Approx. 30 gm (varies based on component and PCB size)

Current Rating
Up to 50 mA (depends on component ratings)

Capacity
Single-channel voltage regulation

Thickness
1.5 mm (PCB typical thickness)

Frequency
DC circuit not applicable

Customization
Possible with different Zener values for other regulated voltages

Storage Temperature
-20C to 80C

LED Indicator
Optional, shown in example circuit

Resistance Value
470 (example shown in circuit, varies per Zener/Voltage)

Zener Diode Spec
5.1V, 0.5W typical (can be replaced as per voltage regulation requirements)

Circuit Type
Single-Stage Zener Voltage Regulator

Safety Compliance
General Low Voltage Electronics Safety Guidance

Mounting Type
Through-Hole PCB

PCB Material
FR4 Glass Epoxy

Lead Free
Yes

Input Voltage Tolerance
+/- 10% of nominal DC supply

Zener Tolerance
5% (typical for general purpose Zener diodes)

User Manual
Basic Connection Diagram Included

Zener Diode Circuit Trade Information

Minimum Order Quantity
50 Pieces

Supply Ability
10000000 Pieces Per Day

Delivery Time
3-5 Days

Sample Available
Yes

Sample Policy
Contact us for information regarding our sample policy

Packaging Details
Customized packaging as per client requirement.

About Zener Diode Circuit

Owing to our rich industry experience and knowledge, we export & trade a qualitative array of Zener Diode. Into manufacturing this diode, our professionals employ advance technology. These diodes are utilized as voltage references and as shunt regulators. We assure our customers that this diode is quality tested on predefined parameters & fully reliable while usage and also to meet the international standards. Zener Diode offered by us is capable to conducts when the voltage reaches the diode's reverse breakdown voltage.

Product details

Country of Origin	Made in India
Usage/Application	Industrial, commercial
Brand	CKT

Robust Voltage Regulation

This Zener diode circuit maintains a stable output (around 6.2V or as customized) even when input voltage fluctuates by 10%. Utilizing carefully chosen resistor and Zener values, it delivers consistent and reliable voltage for sensitive components or demonstration purposes. The design provides instantaneous regulation response, making it suitable for protecting devices from overvoltage situations.

Flexible and Adaptable Design

Built on a durable FR4 PCB, the circuit allows component changes to achieve different regulated voltages by simply swapping the Zener diode or adjusting resistor values. The module is compact, lightweight, and allows easy integration via terminal or screw-type connectors. Its through-hole mounting supports secure installation in experimental or practical setups.

Educational and Demonstrative Utility

This module is ideal for illustrating voltage regulation in classroom or laboratory settings. Its simple layout, included connection diagram, and optional LED indicator provide clear, hands-on learning. Customization with various Zener values further enhances its usefulness in teaching the principles of voltage clamping and electronic protection.

FAQs of Zener Diode Circuit:

Q: How does the Zener diode circuit regulate voltage output?

A: The circuit utilizes a Zener diode, which maintains a steady breakdown voltage (e.g., 6.2V). When the input exceeds this threshold, the Zener conducts to keep the output close to its specified voltage, with the resistor limiting excess current to protect the diode and load.

Q: What is the typical process for customizing the output voltage of this circuit?

A: Customization is achieved by selecting a Zener diode with your desired breakdown voltage and adjusting the series resistor value according to the new Zeners current and power ratings. This allows you to tailor the circuit for different regulated output voltages, depending on your application needs.

Q: When should I use this Zener diode module in an electronics project?

A: This module is best used when you require a compact, low-cost solution for voltage regulation, overvoltage protection, or educational demonstrations within the 6.2V18V DC supply range and up to 50 mA of output current.

Q: Where can this Zener diode circuit be implemented effectively?

A: It suits educational kits, test benches, LED protection circuits, DIY voltage clamping solutions, or in prototype development for small electronic devices where regulated voltage and overvoltage protection are essential.

Q: What are the main benefits of using a through-hole, FR4-based Zener diode regulator?

A: Through-hole mounting ensures robust attachment of components, while FR4 glass epoxy PCB offers durability and reliability. The design is easy to assemble, customize, and maintain, ideal for both demonstration and practical use in varied environments.

Q: How can I follow safety guidance when using this module?

A: Always operate the circuit within the specified voltage, current, and temperature limits. The module meets general low-voltage electronics safety guidelines, is lead-free, and must be stored between -20C to 80C to ensure long-term reliability.

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