
Diode Rectifier - 1A, 400V (1N4004)
A general-purpose 1N4004 rectifier diode in a subminiature axial-lead package. Rated for 1 A forward current and 400 V reverse voltage, this diode is commonly used for reverse voltage protection, power rectification, and DC-DC converter circuits.
Key Features
- 1 A Forward Current – Suitable for low to moderate power applications
- 400 V Reverse Voltage – High voltage rating for reliable protection
- Axial Lead Package – Through-hole mounting for breadboards and PCBs
- General Purpose – Widely used in power supplies, protection circuits, and rectifiers
Specifications
- Part Number – 1N4004
- Type – Silicon rectifier diode
- Maximum Forward Current – 1 A
- Peak Reverse Voltage – 400 V
- Forward Voltage Drop – 1.1 V (typical)
- Package – DO-41 axial lead
Ideal For
- Reverse polarity protection
- Bridge rectifier circuits
- DC-DC step-up converter projects
- Breadboard and Arduino power circuits
Package Contents
- 1× 1N4004 Rectifier Diode
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
A general-purpose 1N4004 rectifier diode in a subminiature axial-lead package. Rated for 1 A forward current and 400 V reverse voltage, this diode is commonly used for reverse voltage protection, power rectification, and DC-DC converter circuits.
Key Features
- 1 A Forward Current – Suitable for low to moderate power applications
- 400 V Reverse Voltage – High voltage rating for reliable protection
- Axial Lead Package – Through-hole mounting for breadboards and PCBs
- General Purpose – Widely used in power supplies, protection circuits, and rectifiers
Specifications
- Part Number – 1N4004
- Type – Silicon rectifier diode
- Maximum Forward Current – 1 A
- Peak Reverse Voltage – 400 V
- Forward Voltage Drop – 1.1 V (typical)
- Package – DO-41 axial lead
Ideal For
- Reverse polarity protection
- Bridge rectifier circuits
- DC-DC step-up converter projects
- Breadboard and Arduino power circuits
Package Contents
- 1× 1N4004 Rectifier Diode























