Silan IGBT Discrete Distributor | Field Stop and Trench

Genuine Silan field-stop and trench IGBT discretes from 600 V to 1200 V for induction heating, UPS, SMPS, PFC and photovoltaic inverters.

Read the Silan IGBT Discrete Selection Guide

Silan IGBT Discrete Overview

BeiLuo supplies genuine Silan discrete IGBTs built on field-stop and trench field-stop chip technologies, single devices that give designers full freedom in circuit topology, gate drive and heatsinking. The 600 V and 650 V parts target induction heating, UPS, switch-mode power supplies and power-factor correction, while the 1200 V parts serve photovoltaic inverters, welding equipment and higher-voltage conversion stages. A discrete IGBT competes directly with a power MOSFET on ruggedness while offering the low saturation voltage of a bipolar device, which is why it remains the default switch for medium-frequency, high-current converters. Silan manufactures its own IGBT chips as an integrated device maker, so supply is controlled from wafer to package and parts are consistent across lots. The TO-247 family mounts on standard heatsinks and suits both new designs and drop-in replacement of legacy devices. Every device BeiLuo ships is factory-traceable and includes an import declaration, a certificate of origin and a RoHS compliance file. Our FAE team helps you match voltage class, current and switching speed to your topology, size the gate resistor and dead time, and verify the thermal path. Because a discrete gives you control of the freewheeling path, you can pair it with a matched diode for the best loss and EMI balance. Selecting a Silan IGBT discrete starts with the bus voltage, continues with the continuous and overload current, and ends with the switching frequency and package that fit your layout and heatsink.

Silan IGBT Discrete Product Range

In-stock IGBT Discrete series available now, each with import documentation and FAE support. Click a model for full specifications and purchase information.

ModelVCES (V)IC (A)TechnologyPackage
SGT40N60NPFDPN600 V40 AField StopTO-247
SGTP40V120FDB2P71200 V40 ATrench Field StopTO-247

Frequently Asked Questions

How do I read the Silan IGBT discrete table?

Match VCES to your bus voltage with margin, then use IC for continuous current and Technology to see whether the device is a field-stop or trench field-stop chip.

Package then decides the mechanical and thermal design.

Open the SGT40N60NPFDPN detail page

When should I choose a discrete IGBT instead of a module?

Choose a discrete when you want full control of the circuit topology, the gate drive and the freewheeling path, and when the current per switch is moderate. A module wins when you want higher integration and fewer parts.

Many designs use discretes in the PFC or auxiliary stage and a module in the main bridge.

Browse Silan IGBT modules

What switching speed should I target?

Below about 15 to 20 kHz, conduction loss dominates and a low saturation voltage device is efficient. Above that, switching loss grows quickly, so a fast field-stop device and careful gate-drive design matter more.

Match the device to your frequency before choosing the package.

Ask our FAE team to match a device

How do I plan the thermal design?

Start from the datasheet junction-to-case thermal resistance, add the interface and heatsink resistance, and verify junction temperature at worst-case current. The TO-247 mounts with a standard clip or screw.

Our FAE team can review your heatsink and derating.

Request a thermal design review

Documentation

Need a quote or samples?

Request pricing, samples or technical consultation for Silan IGBT Discrete products. Our FAE team responds within one business day.

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