Low-Frequency Rectifier Diode D173-5000 — PROTON-ELECTROTEX OJSC

Name: Low-Frequency Rectifier Diode D173-5000
Brand: PROTON-ELECTROTEXT
SKU: 326931
Availability: InStock

Brand: PROTON-ELECTROTEXT

$0.30 - $1.80 USD

MOQ: 5000 pieces

Key Features

Repetitive pulsed reverse voltage: 2000 V

Average direct current: 5000 A

version: tablet type

type: rectifying

Supplier Information

PROTON-ELECTROTEX OJSC

🇷🇺 📦 🏭 🛡️

View All Products (60)

Quick Inquiry

Description

The Low-Frequency Rectifier Diode D173-5000 is a high-performance component designed for use in AC/DC systems with frequencies up to 500 Hz. Manufactured by Proton-Electrotex, a reputable name in the field of power electronics, this diode features a disc design and is known for its reliability and efficiency.

Key specifications include a repetitive peak reverse voltage (VRRM) of 2000 V, a mean forward current (IFAV) of 5000 A, and a maximum junction temperature (Tjmax) of 175 °C. The diode is compliant with GOST 15150 climate standards, ensuring its durability in various environmental conditions.

It is packaged in a D.F3 housing, making it suitable for industrial applications.

Details & Equipment

Design and components

D173-5000 Diode

The Low-Frequency Rectifier Diode D173-5000 in disc design.

Diode Specifications

Detailed specifications of the D173-5000 diode.

Features

⚡

High Voltage Rating

The D173-5000 supports a repetitive peak reverse voltage of up to 2000 V.

🔋

High Current Capacity

It can handle a mean forward current of 5000 A, making it ideal for demanding applications.

🌡️

Temperature Resilience

With a maximum junction temperature of 175 °C, it operates reliably under high thermal conditions.

🔧

Standardized Design

The diode's industry-standard D.F3 package ensures easy integration into existing systems.

✅

Low Losses

It features low static and dynamic losses, enhancing overall system efficiency.

Buyer Benefits

High reliability minimizes equipment downtime.
Optimized for industrial use, ensuring performance in demanding environments.
Sealed housing protects the semiconductor element from environmental factors.
Capable of withstanding electric and thermal cycling, enhancing durability.
Customizable solutions available to meet specific operational requirements.

Applications

Used in rectifying bridges for efficient AC to DC conversion. Ideal for traction converters in electric transportation. Applicable in electric drives for various industrial machinery. Utilized in inverters for renewable energy systems. Commonly found in general-purpose electric devices.

Source: official manufacturer website