Mosfet RV3C002UN

Mosfet RV3C002UN: Small Signal Switching for Micro-Soldering

The Mosfet RV3C002UN is an N-channel transistor designed for signal management and power circuits on electronic boards. This SMD semiconductor component allows you to restore the correct operation of control lines in advanced board-level repairs.

Technical Specifications

• Part type: Small signal N-Channel Mosfet
• Part reference: RV3C002UN
• Maximum voltage (Vds): 20V
• Continuous drain current (Id): 150mA
• Quality: OEM

When to Replace

• Short circuit on the power line associated with the transistor — confirm diagnosis.
• Voltage drop or absence of switching signal on the board — confirm diagnosis.
• Visible component damage due to overheating or thermal perforation.
• Excessive current consumption with localized heating in the integrated circuit — confirm diagnosis.

Notes for the Technician

• Test before applying: connect the part to the equipment and confirm its operation before permanently fixing or gluing it. Thus, if there is any issue, return or warranty is handled quickly and simply.
• Installation difficulty: Advanced (requires professional micro-soldering equipment).
• Use a hot air station with a suitable nozzle and protect adjacent circuits with polyimide thermal tape.
• Ensure proper orientation of the SMD terminals before applying the soldering thermal profile.
• Apply suitable solder flux and clean all residues with isopropyl alcohol after the board cools down.

What Distinguishes This Version

This OEM quality version fully complies with the tolerance specifications, 20V voltage, and 150mA conduction capacity required for reliable interventions. It is the ideal choice for micro-soldering technicians who need precise components for electronic circuit repair.

Frequently Asked Questions

What is the polarity and conduction capacity of the Mosfet RV3C002UN?
It is an N-channel Mosfet rated to handle up to 20V of voltage and 150mA of signal current.

Can this component be soldered with a common soldering iron?
Due to its reduced surface mount dimensions (SMD), the use of a hot air station or micro-soldering tips under a microscope is highly recommended.