MLE-112-01-G-DV-A Equivalent & Substitute Parts

Part Overview

The MLE-112-01-G-DV-A is a 24-position receptacle connector from Samtec Inc.'s Tiger Eye™ MLE series, designed for board-to-board applications with 0.039" (1.00mm) pitch surface mount technology. This connector features gold-plated mating contacts, push-pull fastening, and operates across -55°C to 125°C. The part maintains active product status with 1146 units in current inventory. Substitute parts are identified when equivalent electrical and mechanical parameters align with application requirements, enabling component sourcing flexibility while maintaining circuit performance and reliability standards.

Substiute Parts

MLE-112-01-G-DV-A

Samtec Inc.In Stock: 1160MLE-112-01-G-DV-A Datasheet

Current PartRFQ

CLM-112-02-L-D

Samtec Inc.In Stock: 1446CLM-112-02-L-D Datasheet

MFR RecommendedRFQ

Key Parameters

Substitute Part Grouping Explanation

Substitution eligibility for the MLE-112-01-G-DV-A is determined by strict alignment of the following parameters:

• Connector Type & Position Count: Receptacle configuration with 24 positions
• Pitch & Row Configuration: 0.039" (1.00mm) mating pitch with 2-row layout
• Mounting & Termination: Surface mount with solder termination
• Fastening Mechanism: Push-pull fastening system
• Contact Material & Finish: Gold-plated mating surface
• Operating Temperature: -55°C to 125°C range
• Insulation Material: Liquid Crystal Polymer (LCP)
• Regulatory Compliance: ROHS3 compliance and EAR99 classification

The CLM-112-02-L-D meets these core substitution criteria as a 24-position, 0.039" pitch, surface mount receptacle with push-pull fastening, gold mating contacts, LCP insulation, and equivalent temperature rating.

Parameter Comparison

Engineering Selection Recommendations

Both the MLE-112-01-G-DV-A and CLM-112-02-L-D maintain active product status and ROHS3 compliance. The MLE-112-01-G-DV-A carries REACH Affected designation, while the CLM-112-02-L-D is REACH Unaffected. Selection between these parts depends on supply chain requirements and regulatory obligations specific to your application region. Current inventory availability shows 1146 units for MLE-112-01-G-DV-A and 1423 units for CLM-112-02-L-D. Both connectors support equivalent electrical performance within specified operating parameters.

Frequently Asked Questions (FAQ)

Q: Can CLM-112-02-L-D directly replace MLE-112-01-G-DV-A in existing designs?

A: Yes, provided that the application does not depend on series-specific mechanical features. Both connectors share identical pitch, position count, mounting type, and electrical ratings. Physical dimensions differ slightly (insulation height: 0.130" vs 0.084"), requiring PCB layout verification.

Q: What are the key differences between these substitute parts?

A: The primary differences are insulation height (MLE-112-01-G-DV-A: 0.130", CLM-112-02-L-D: 0.084"), contact material (Beryllium Copper vs Phosphor Bronze), current rating (2.9A vs 2.8A per contact), and REACH compliance status. Both maintain identical mating pitch, position configuration, and operating temperature range.

Q: Are there packaging differences between MLE-112-01-G-DV-A and CLM-112-02-L-D?

A: Yes. MLE-112-01-G-DV-A is supplied in Tube packaging, while CLM-112-02-L-D is supplied in Bulk packaging. Verify packaging requirements for your manufacturing process and inventory management systems.

Q: Do both connectors support the same voltage and current specifications?

A: Both connectors operate at 310VAC. Current ratings differ slightly: MLE-112-01-G-DV-A supports 2.9A per contact, while CLM-112-02-L-D supports 2.8A per contact. Verify your application's current requirements against these specifications.

Q: What is the impact of different contact materials on connector performance?

A: MLE-112-01-G-DV-A uses Beryllium Copper contacts; CLM-112-02-L-D uses Phosphor Bronze contacts. Both materials provide reliable electrical performance within the specified operating temperature range and voltage ratings. Material selection may affect contact resistance characteristics and mechanical durability in high-cycle mating applications.