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25W Single Output DC-DC Converter

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25W Single Output DC-DC Converter Specification

Purity
N/A (Not Applicable for electronic converter)

Product Type
DC-DC Converter

Material
PCB, Electronic Components, Plastic

Shape
Rectangular

Chemical Composition
N/A (Electronic assembly of metals and polymers)

Application
Industrial Electronics, Power Supply, Communications, Embedded Systems

Dimension (L*W*H)
68 mm 40 mm 23 mm (approx.)

Color
Black / Grey (As shown in image)

Isolation Voltage
1500 VDC min

Cooling Method
Convection-cooled

Efficiency
Up to 88%

Switching Frequency
>200 kHz

Mounting Type
PCB Mount

Protections
Over-voltage, Over-current, Short-circuit

Ripple & Noise
<100 mVp-p (Max)

Case Material
Plastic (flame retardant)

Operating Temperature
-40C to +85C

Input Voltage Range
18 36 VDC

Output Current
Up to 5A (depends on output voltage)

Output Power
25W

Output Voltage
5V / 12V / 24V DC (Model dependent)

25W Single Output DC-DC Converter Trade Information

Delivery Time
15 Days

Main Export Market(s)
Asia

Main Domestic Market
All India

About 25W Single Output DC-DC Converter

Brand: AnalyticSystems
Product Code: 1031003

Our DC/DC convertersare designed to regulate the output voltage from the fuel cell stack to thefinal load so that you can get steady, reliable operation from your fuel cell. This 25W converter accepts input voltages from 9.2 - 18 VDC and deliversa regulated 12 VDC output at up to 2.1 A.

Applications

Electronicequipment

Hobby equipment

Low power lightingsolutions

Features

2:1 wide inputrange

Protections:Shortcircuit/Over load/Over voltage

1500VDC I/O isolation

Built-in EMI filter,low ripple noise

100% full load burn-intest

Fixed switchingfrequency at 83KHz

Low cost

High reliability

1 year warranty

Versatile Power Conversion for Industrial Applications

This DC-DC converter offers seamless integration into industrial electronics, communications, and embedded systems. Its adaptable input voltage and selectable output models suit varied requirements, while the compact, flame-retardant enclosure ensures reliability in demanding environments. Designed for straightforward PCB mounting and convection cooling, it enhances both safety and performance across applications.

Robust Protections and Efficient Performance

Equipped with over-voltage, over-current, and short-circuit protection, this converter safeguards both itself and connected devices. With efficiency up to 88% and ripple & noise kept under 100 mVp-p, it ensures stable, clean power supply for sensitive electronics. The isolation voltage of at least 1500 VDC further adds a layer of safety in critical usage scenarios.

FAQ's of 25W Single Output DC-DC Converter:

Q: How do I select the correct output voltage model (5V, 12V, or 24V) for my application?

A: Choose the model based on the voltage requirements of your device or circuit. Ensure your load matches the supported output voltage and does not exceed the converter's maximum current rating for that voltage.

Q: What protections does this DC-DC converter provide during operation?

A: The converter includes safeguards against over-voltage, over-current, and short-circuit conditions, preventing damage to both the unit and connected equipment.

Q: When should I consider convection cooling for this device?

A: The DC-DC converter is designed for convection cooling, meaning you do not need external fans or heatsinks. Reliable operation is ensured as long as airflow is unobstructed and ambient temperatures remain within -40C to +85C.

Q: Where is the best place to mount this converter in my system?

A: This converter is intended for PCB mounting. Place it on your printed circuit board where airflow is adequate and the temperature does not exceed operating limits for optimal performance and safety.

Q: What are the primary benefits of using this DC-DC converter in industrial environments?

A: It provides reliable, regulated power with robust protection features, efficient performance, and easy PCB integration, making it suitable for a range of demanding industrial and communication applications.

Q: How efficient is this DC-DC converter, and why does that matter?

A: With up to 88% efficiency, the converter reduces energy loss and heat generation, helping maintain cool operation and increased longevity of both the converter and connected components.

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