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What Makes the DL4004 a Reliable Choice

DL4004 is a dependable rectifier designed to handle electrical currents efficiently in various applications. This article explains its features, specifications, and benefits while offering a clear understanding of its uses. Whether you’re exploring its performance or looking for alternatives, you’ll find everything you need here.

Catalog

Overview of DL4004 Rectifier

The DL4004 is a reliable glass-passivated rectifier designed to handle 1 Amp of current and a voltage range from 50 to 1000 volts. Its glass passivation enhances durability and ensures stable performance in various conditions. This rectifier is well-suited for applications requiring consistent and efficient rectification, providing a dependable choice for your electronic needs. Whether you're integrating it into surface-mount designs or other configurations, the DL4004's design simplifies implementation without compromising performance.

Pin Configuration of DL4004

[IMAGE OF DL4004 Pin Configuration]

DL4004 CAD Model

DL4004 Symbol

[IMAGE OF DL4004 Symbol]

DL4004 Footprint

[IMAGE OF DL4004 Footprint]

Features and Benefits of DL4004

Glass Passivated Junction

The DL4004 uses a glass passivated junction, which enhances its durability and makes it more reliable. This feature ensures the rectifier can withstand challenging environments, providing stability and consistent performance for your projects.

Low Current Leakage

With its low current leakage, the DL4004 minimizes power loss, making it an efficient choice. This feature helps maintain the performance of your circuits and reduces unnecessary energy waste, which is especially helpful in applications where efficiency matters.

Surface Mount Applications

Designed for surface mount configurations, the DL4004 is easy to integrate into compact designs. Its streamlined form factor allows it to fit seamlessly into modern circuit boards, saving space and simplifying assembly.

Lead-Free and RoHS Compliant

The DL4004 is lead-free and complies with RoHS standards, making it a safe and environmentally friendly option. You can use it with confidence in applications where compliance with environmental regulations is required.

UL 94 V-0 Epoxy Flammability Rating

The epoxy material used in the DL4004 meets the UL 94 V-0 flammability rating. This means it is flame-resistant, adding a layer of safety to your designs and making it suitable for applications where fire safety is a consideration.

Moisture Sensitivity Level 1

Rated at Moisture Sensitivity Level 1, the DL4004 can handle exposure to humid conditions without compromising its performance. This feature ensures the rectifier remains reliable, even in environments with varying humidity levels.

Technical Specifications of DL4004

Technical specifications, features, characteristics, and components with comparable specifications of Micro Commercial Co DL4004.

[TABLE OF Specifications]

Recommended Layout for DL4004

[IMAGE OF DL4004 Suggested Solder Pad Layout]

The following shows the suggested solder pad layout for DL4004.

Equivalent Components for DL4004

[TABLE OF DL4004 Alternatives]

Package Information for DL4004

[IMAGE OF DL4004 Package]

The following image shows the package details for DL4004.

Manufacturer Details for DL4004

Micro Commercial Components Corporation (MCC) is the manufacturer behind the DL4004. Established in 1991, MCC is dedicated to producing high-quality discrete semiconductors. Their vertical integration approach allows them to control the entire production process, from wafer creation to final encapsulation. This not only ensures a consistent level of quality but also helps reduce production times and improve delivery reliability. MCC offers a wide range of components, including diodes, transistors, MOSFETs, and voltage regulators, making them a trusted name in the semiconductor industry. The DL4004 reflects their commitment to creating reliable and cost-effective components for various electronic applications.

Frequently Asked Questions [FAQ]

1. What does glass passivated mean?

Glass passivated refers to a process where the junction of a semiconductor is coated with a thin layer of glass. This coating improves the reliability of the rectifier by protecting it from environmental factors like moisture and dust. It also enhances the device’s overall stability, ensuring consistent performance over time.

2. How is a Schottky diode different from a standard rectifier?

A Schottky diode differs from a standard rectifier in its lower forward voltage drop, which helps reduce energy loss. It also has a faster recovery time, making it ideal for high-speed switching applications. However, Schottky diodes typically have lower voltage ratings and higher leakage currents compared to standard rectifiers. You can differentiate them by measuring the forward voltage drop using a digital multimeter, as Schottky diodes usually show a drop below 0.3V.