UVP0J102MPD Equivalent & Substitute Parts

Part Overview

The UVP0J102MPD is a 1000 µF, 6.3 V aluminum electrolytic capacitor in radial, can package manufactured by Nichicon. This component is rated for 2000 hours at 85°C and is designed for general purpose applications requiring through-hole mounting. The part is classified as "Not For New Designs," making identification of equivalent alternatives essential for ongoing production support and legacy system maintenance.

Substiute Parts

UVP0J102MPD

NichiconIn Stock: 2296UVP0J102MPD Datasheet

Current PartRFQ

ECE-A0JN102U

Panasonic Electronic ComponentsIn Stock: 1496ECE-A0JN102U Datasheet

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ECE-A0JN102UB

Panasonic Electronic ComponentsIn Stock: 1087ECE-A0JN102UB Datasheet

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Key Parameters

Substitute Part Grouping Explanation

Substitution for the UVP0J102MPD is determined by strict equivalence across the following electrical and mechanical parameters:

• Capacitance: 1000 µF (exact match required)
• Voltage Rating: 6.3 V (exact match required)
• Tolerance: ±20% (exact match required)
• Lifetime: 2000 Hrs @ 85°C (exact match required)
• Operating Temperature: -40°C ~ 85°C (exact match required)
• Polarization: Bi-Polar (exact match required)
• Lead Spacing: 0.197" (5.00mm) (exact match required)
• Size / Dimension: 0.394" Dia (10.00mm) (exact match required)
• Mounting Type: Through Hole (exact match required)
• Package / Case: Radial, Can (exact match required)

The identified substitutes are Panasonic Electronic Components parts ECE-A0JN102U and ECE-A0JN102UB, which meet all electrical and mechanical equivalence criteria. These parts differ only in packaging format (Bulk vs. Tape & Box) and product status (Active vs. Not For New Designs).

Parameter Comparison

Engineering Selection Recommendations

Both ECE-A0JN102U and ECE-A0JN102UB are functionally equivalent to the UVP0J102MPD and meet all electrical and mechanical requirements for direct substitution. Both Panasonic alternatives carry Active product status, providing long-term availability assurance compared to the Nichicon part's "Not For New Designs" classification.

Selection between the two Panasonic options depends on packaging requirements: ECE-A0JN102U is supplied in Bulk packaging, while ECE-A0JN102UB is supplied in Tape & Box format. Both parts are ROHS3 Compliant and carry identical electrical specifications. The minor height difference between ECE-A0JN102U (0.787" maximum seated height) and the other two parts (0.866" maximum seated height) must be evaluated against PCB layout constraints.

Frequently Asked Questions (FAQ)

Q: Can ECE-A0JN102U and ECE-A0JN102UB be used interchangeably with UVP0J102MPD?

A: Yes. Both Panasonic parts meet all electrical and mechanical equivalence criteria, including capacitance, voltage rating, tolerance, lifetime rating, operating temperature range, polarization, lead spacing, and package type. The parts differ only in packaging format and product status.

Q: What is the difference between ECE-A0JN102U and ECE-A0JN102UB?

A: The primary difference is packaging: ECE-A0JN102U is supplied in Bulk format, while ECE-A0JN102UB is supplied in Tape & Box (TB) format. ECE-A0JN102U has a maximum seated height of 0.787" (20.00mm), while ECE-A0JN102UB matches the original part height at 0.866" (22.00mm). All electrical specifications are identical.

Q: Why is the UVP0J102MPD marked "Not For New Designs"?

A: This designation indicates the part is in end-of-life status. The identified Panasonic substitutes carry Active product status, ensuring continued availability for production and support applications.

Q: Are there any compliance differences between these parts?

A: All three parts are ROHS3 Compliant and carry the same ECCN (EAR99) and HTSUS (8532.22.0020) classifications. The Panasonic parts are REACH Unaffected, while the Nichicon part is REACH Affected.

Q: What ripple current specifications apply to the substitutes?

A: The Panasonic ECE-A0JN102U and ECE-A0JN102UB both support 430 mA ripple current at 120 Hz and 731 mA ripple current at 10 kHz, compared to the Nichicon part's 650 mA at 120 Hz and 747.5 mA at 10 kHz. These differences must be evaluated against circuit requirements.