P600G 6 A 400 V General-Purpose Rectifier Diode

P600G is a 6 A, 400 V general-purpose rectifier diode in an axial through-hole package. It is used for general-purpose power rectification in circuits designed for its voltage, current and thermal limits.

Key specifications

Typical applications

• General-purpose power supply rectification
• Low-frequency converter and inverter support circuits where specified
• Replacement of P600G rectifiers in electronic equipment

Selection notes

The reverse-voltage rating is a blocking limit, not a regulated output voltage. Check forward-voltage loss, surge current, ambient temperature, mounting and load waveform. Apply the manufacturer's thermal derating; do not assume the headline current is available under every mounting condition.

Frequently asked questions

What is P600G?

P600G is a general-purpose rectifier diode rated for 6 A average forward current and 400 V repetitive peak reverse voltage under its datasheet conditions.

Is P600G a 600 V diode?

No. P600 is the series designation. P600G is rated for 400 V repetitive peak reverse voltage in the referenced datasheet; other suffixes have different voltage ratings.

Which end of P600G is the cathode?

The banded end is the cathode. The opposite end is the anode. Match the orientation to the PCB marking or schematic.

Can P600G replace another diode?

Check the full part number, reverse voltage, average and surge current, recovery behaviour, package and thermal limits before substitution. Matching only the physical size is insufficient.

Buying from Anu Electronics

Sold by Anu Electronics, Chennai, India. For BOM enquiries, bulk quantities or confirmation of the supplied manufacturer's datasheet, contact info@anuelectronics.com and quote P600G.

Technical reference

P600G reference datasheet / manufacturer product information. The linked document is a specification reference; confirm the supplied manufacturer's datasheet for design qualification.

Product image is an AI-generated illustration. Actual body markings and appearance may vary.