MPN 48204-0001 USB Type-A Receptacle – Full Datasheet

2026-02-06 23

Even as newer connector types gain traction, the MPN 48204-0001 remains a standard choice for legacy host and embedded interfaces. This consolidated datasheet compiles electrical, mechanical, and qualification details for rapid engineering specification and procurement.

MPN 48204-0001 USB Type-A Receptacle - Engineering View

Product Overview & Key Identifiers

Part Identification & Naming Conventions

Critical Point: Correct part naming prevents cross-ordering errors. The full designation is MPN 48204-0001. Common catalog shorthand may omit leading zeros. Use the recommended BOM string: "MPN 48204-0001 — 1-port USB Type-A receptacle, shielded, right-angle, THT" to ensure alignment across vendor records.

Typical Applications & Form Factor

Target: Robust board-level host/device scenarios. Ideal for embedded controllers, industrial I/O panels, and consumer legacy interfaces. Specify this right-angle, through-hole (THT) style for hardware requiring high mechanical retention and strain resistance.

Electrical Specifications (Data Analysis)

Operating Ratings

Current Rating (VBUS) 1.5A Max

Insulation Resistance (500VDC) ≥ 100 MΩ

Contact Resistance ≤ 30 mΩ

Pinout & Signal Integrity

Standard USB 2.0 Mapping: Pin 1: VBUS (5V), Pin 2: D-, Pin 3: D+, Pin 4: GND. Use these values to size power traces and place decoupling capacitors near VBUS.

Note: Optimized for 480 Mbps (USB 2.0). For designs reaching high-speed limits, maintain 90 Ω differential impedance and perform eye-diagram verification to confirm acceptable margin.

Mechanical & Mounting Details

Parameter	Typical (mm)	Typical (in)
Overall shell width	14.0	0.551
Mating depth	7.8	0.307
Pin pitch	2.54	0.100
Solder tail length	3.5	0.138
Recommended pad (tail)	1.0 x 0.8	0.039 x 0.031

* Follow manufacturer drawing revision for specific PCB footprint tolerances; validate with a physical mating sample before volume production.

Environmental & Reliability

✔Temp Range: -40 °C to +85 °C
✔Mating Cycles: 1,500 – 5,000 cycles
✔Plating: Gold flash over nickel
✔Compliance: RoHS/REACH compliant

Implementation Checklist

➔Verify drawing revision and tail length
➔Secure ground tabs to PCB ground pour
➔Optimize wave solder preheat profiles
➔Inspect solder fillets for retention

Executive Summary

Organizes electrical ratings, pinout, and signals to ensure engineering confidence during the specification phase.

Mechanical guidance and footprint dimensions reduce mismatch risk; validate pad sizes against the board outline.

Qualification steps including insulation resistance and vibration tests should be part of purchase verification.

Frequently Asked Questions

What is the recommended footprint for 48204-0001 pinout and dimensions?

The recommended footprint uses a 2.54 mm pin pitch with rectangular pads sized approximately 1.0 x 0.8 mm for solder tails, plus a keep-out area for the shield and mating shell. Always confirm exact pad tolerances from the specific product specification drawing and validate with a board sample before starting volume production.

How does the MPN 48204-0001 datasheet PDF help with qualification?

The official datasheet PDF provides authoritative values for mating cycles, contact resistance, insulation resistance, and dimensional tolerances required for technical qualification. Include the drawing revision and any supplier test reports in your Q-file to document compliance and reduce risk during first article inspection (FAI).

Can this USB Type-A receptacle be used for SuperSpeed signals?

While mechanically possible to mate, standard THT USB Type-A receptacles sized for USB 2.0 are not optimized for SuperSpeed (USB 3.0+) without specific contact geometry and controlled impedance considerations. If SuperSpeed is required, select a connector and PCB routing strategy specifically rated for 5 Gbps operation and perform high-speed signal integrity testing.