DC025ACL-M Equivalent & Substitute Parts Reference

Part Overview

The OmniOn Power DC025ACL-M is an isolated module DC-DC converter with three outputs (5V, +15V, -15V). It features a 25W power rating, operates from an 18V to 36V input, and is designed for ITE (Commercial) applications. The product is obsolete, making it critical to identify substitute or equivalent parts for continued system maintenance and production.

Substiute Parts

DC025ACL-M

OmniOn PowerIn Stock: 1072DC025ACL-M Datasheet

Current PartRFQ

RP40-240515TG

Recom PowerIn Stock: 950RP40-240515TG Datasheet

SimilarRFQ

Key Parameters

Substitute Part Grouping Explanation

Substitution is determined strictly according to key electrical and mechanical parameters: isolated module type, number of outputs, input and output voltage, output current, total power, voltage isolation, through hole mounting, 9-DIP package, and operating temperature range. Substitute parts must precisely match or exceed these parameters to ensure form, fit, and function compatibility within the product category.

Core substitution parameters:

• Isolated module DC-DC converter
• 3 outputs: 5V, +15V, -15V
• Input voltage: 18V – 36V
• Output currents and power rating
• Through hole mounting, 9-DIP Module package
• Operating temperature range

Parameter Comparison

Engineering Selection Recommendations

Due to the obsolete status of DC025ACL-M, substitute part selection must consider RoHS compliance requirements and product certifications. RP40-240515TG is ROHS3 compliant and REACH unaffected. When selecting substitutes for applications requiring RoHS compliance, RP40-240515TG meets current regulatory requirements, whereas DC025ACL-M is RoHS non-compliant.

Frequently Asked Questions (FAQ)

Q1: What key parameters must match for a substitute DC-DC converter in this category?
A1: Parameters include isolated module construction, number of outputs, input voltage range, output voltages, output currents, power rating, voltage isolation, mounting type, package, and operating temperature.

Q2: Is the package type important for substitution?
A2: Yes, package type (9-DIP Module) and mounting method (through hole) must match to ensure mechanical and PCB compatibility.

Q3: How does RoHS compliance affect part selection?
A3: If the application requires RoHS-compliant parts, only parts listed as compliant (such as RP40-240515TG) should be used as substitutes.

Q4: Can differences in maximum output current or power affect compatibility?
A4: Compatibility must be checked by comparing delivered output current and power to application requirements as specified in the provided parameters.

Q5: Does operating temperature range affect substitution validity?
A5: Operating temperature range must meet the application's environmental requirements strictly according to the provided part specifications.

Q6: Are additional converter features required for valid substitution?
A6: Only features explicitly included in the input parameters are considered for compatibility in this reference.

Q7: Are all listed parameters relevant for substitution?
A7: Only parameters provided and common between main and substitute parts serve as the basis for engineering substitution.