CHARACTERISTICS OF SEMICONDUCTORS DIODES, D-1

CHARACTERISTICS OF SEMICONDUCTORS DIODES, D-1

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Product Details:

Use Laboratory Experiment
Style Plain
Surface Finish Color Coating
Size Standard
Material Electronics
Shape Rectangle
Color Grey
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CHARACTERISTICS OF SEMICONDUCTORS DIODES, D-1 Price And Quantity

Minimum Order Quantity 1 Piece

CHARACTERISTICS OF SEMICONDUCTORS DIODES, D-1 Product Specifications

Color Grey
Use Laboratory Experiment
Surface Finish Color Coating
Shape Rectangle
Size Standard
Material Electronics
Style Plain

CHARACTERISTICS OF SEMICONDUCTORS DIODES, D-1 Trade Information

Payment Terms Cash Against Delivery (CAD), Cash on Delivery (COD), Telegraphic Transfer (T/T), Delivery Point (DP), Cash in Advance (CID), Cheque, Cash Advance (CA)
Supply Ability 100 Piece Per Month
Delivery Time 1 Week
Sample Policy Contact us for information regarding our sample policy
Packaging Details Complete in all respect
Main Export Market(s) Asia, Australia, Central America, North America, South America, Eastern Europe, Western Europe, Middle East, Africa
Main Domestic Market All India
Certifications ISO 9001: 2015 CE

Product Description

We manufacture, export and supply CHARACTERISTICS OF SEMICONDUCTORS DIODES to our customers in Roorkee, Uttarakhand, India.

FEATURES

Forward and reverse characteristics of Ge, Si diodes and LED's

Study of Zener diode characteristics

The set-up is provided with a booklet which contains its theory of operation, description, suggestions and discussion of the experiments that may be performed with it.

THE EXPERIMENTAL SET-UP CONSISTS OF THE FOLLOWING:

Diodes: Rectifier-4007 (Si), Signal diode-1N34 (Ge), Zener 5.1V and LED

3 digit DPM which can measure voltage (0-20V)

Suitable precision resistances are provided for the measurement of forward current, Reverse current, in the range of 10nA to 200mA

IC regulated variable power supply (0-12V)

Precision in Diode Characteristic Analysis

The D-1 instrument allows users to investigate key properties of semiconductor diodes with accuracy. Researchers and students can systematically observe and document diode behavior under varied experimental conditions, enhancing understanding of electronic components.

Robust Build for Laboratory Settings

Constructed from high-quality electronic materials and coated for surface protection, the device withstands regular laboratory use. Its plain, rectangle form factor ensures stability and convenience, making it a reliable tool for repetitive experiments.

FAQ's of CHARACTERISTICS OF SEMICONDUCTORS DIODES, D-1:

Q: How is the CHARACTERISTICS OF SEMICONDUCTORS DIODES, D-1 used in laboratory experiments?

A: This device is utilized for examining and recording the operational parameters of semiconductor diodes. It facilitates methodical analysis by providing a stable setup and required connections for testing diode performance in electrical circuits.

Q: What benefits does the color-coated surface finish provide?

A: The color-coated grey surface finish enhances the instrument's durability, protecting it from wear and corrosion. It also adds an aesthetic quality, making maintenance and cleaning easier in laboratory environments.

Q: When should this diode characteristic instrument be used?

A: It is best employed during foundational and advanced electronics laboratory exercises, such as investigating forward and reverse bias, current-voltage characteristics, and efficiency tests of semiconductor diodes.

Q: Where is this product manufactured and exported from?

A: The D-1 is manufactured, supplied, and exported from India by a company specializing in laboratory electronics equipment, ensuring adherence to international standards of quality.

Q: What is the process for setting up the D-1 device in the lab?

A: Set-up involves placing the rectangular unit on a stable surface, connecting it to the appropriate power supply and test equipment, and preparing the diodes for measurement according to the experimental requirements.

Q: In what ways does the plain style and standard size enhance usability?

A: The plain design minimizes distractions during experiments, while the standard sizing allows compatibility and ease of integration with other lab equipment, simplifying storage and setup processes.

Q: What is the primary material used in this device and why?

A: The instrument is constructed with high-grade electronics material to ensure optimal functionality, longevity, and safe interaction with semiconductor components during testing.

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