PN JUNCTION DIODE

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MOQ : 10 Units

PN JUNCTION DIODE Specification

Max Height
Approx. 4-6 mm (for standard models)

Response Time
Instantaneous (as per diode characteristics)

Product Type
PN JUNCTION DIODE

Material
Steel

Interface Type
Through Hole / Axial Lead

Specimen Size
Standard Glass/Plastic Encapsulation, DO-41 or Equivalent

Equipment Type
PN Junction Diode

Measuring Range
Reverse Voltage: up to 75V (typical for common models)

Application
In Labs

Humidity
0-95% (Storage)

Frequency
Suitable for signals up to several MHz (depends on diode type)

Temperature
-55C to +150C

Number of Specimens
1

Color
Multicolor

Mounting Type
Through Hole

Automation Grade
Manual

Resolution
Not Defined

Accuracy
Not Defined

Features
Fast Switching, Reliable Operation

Usage
As PN JUNCTION DIODE

Operating Voltage
Up to Max Rated Reverse Voltage (e.g., 75V for 1N4001 type)

Capacity
Forward Current: up to 1A (depends on diode model)

Reverse Current
Microampere range (depends on diode model)

Storage Condition
Dry, Room Temperature

Polarity
Cathode marked with a band

Lead Type
Axial

Forward Voltage Drop
Typically 0.7V (Silicon), 0.3V (Germanium)

Compliant Standards
RoHS Compliant

PN JUNCTION DIODE Trade Information

Minimum Order Quantity
10 Units

Payment Terms
Telegraphic Transfer (T/T), Cash in Advance (CID), Cheque, Cash Advance (CA)

Supply Ability
10 Units Per Day

Delivery Time
2-3 Days

Sample Available
Yes

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Main Export Market(s)
Australia, North America, Eastern Europe, Central America, Africa, Middle East, South America, Western Europe, Asia

Main Domestic Market
All India

About PN JUNCTION DIODE

Experience wondrous savings with our PN Junction Diode, featuring reduced forward voltage drops-0.7V for silicon and just 0.3V for germanium variants. This imposing device boasts fast switching and ace reliability, making it a true bargain for both educational labs and commercial applications. Encapsulated in standard glass/plastic, it operates flawlessly under 0-95% humidity and across temperatures from -55C to +150C. The RoHS-compliant, multicolor diode ensures optimal performance, handling up to 1A forward current and reverse voltage up to 75V, supported by robust steel materials.

PN Junction Diode: Applications and User Base

Widely used by students, researchers, and engineers, the PN Junction Diode is a staple in teaching and research labs. Key features include high reliability, multicolor encapsulation, and easy through-hole mounting. Its imposing performance and versatile application range cover rectification, signal clipping, and voltage regulation tasks in commercial and industrial electronics.

Sample Options, Certifications, and Packaging Excellence

PN Junction Diode samples are available for exchange and immediate testing, with comprehensive RoHS certification ensuring environmental safety. Each unit is supplied securely packaged to maintain pristine quality during transit. List price inquiries and bulk supply arrangements can be accommodated, making this device a preferred choice for reliable distribution across India and beyond.

FAQ's of PN JUNCTION DIODE:

Q: How does the forward voltage drop differ between silicon and germanium PN junction diodes?

A: Typical forward voltage drop is about 0.7V for silicon diodes and 0.3V for germanium diodes. The variation affects their efficiency in circuit applications.

Q: What is the process for mounting this PN junction diode?

A: This diode features through-hole/axial lead mounting, making it straightforward to install onto PCBs or breadboards in manual or automated setups.

Q: Where can I use this PN junction diode commercially?

A: The diode is ideal for use in laboratories, electronics manufacturing, power supplies, and signal processing due to its fast switching and reliable operation.

Q: What benefits does RoHS compliance offer with this diode?

A: RoHS compliance ensures that the diode is free from hazardous substances, promoting a safer working environment and environmentally responsible usage.