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Introduction The single-phase rectifier circuit is rectified, that is, the AC is converted to DC, but only the single phase of the transformer secondary coil is used for conversion, and the diode is connected to the secondary winding of the unidirectional transformer. The disadvantage of this circuit is the high ripple coefficient.
The three-phase bridge rectifier circuit is composed of 6 diodes, the common cathode group conducts electricity in the positive half cycle, the common anode group conducts electricity in the negative half cycle, and the current flows through the transformer in both positive and negative half cycles, so the transformer utilization rate is improved. The three-phase rectifier bridge circuit has the advantages of high output voltage, low pulsation, high power factor and fast dynamic response, and is an excellent choice for household appliances, industrial power supplies, industrial automation equipment, welding machines and other applications.
Our company fully investigated the market demand, and 3GBJ is more needed in the industrial field. Expanding the scope of application in the industrial field is in line with the company's overall strategic planning. For this purpose, 3GBJ three-phase plug-in bridge series products are developed.

Features 1、The package appearance of 3GBJ three-phase bridge is similar to our 6KBJ, with 5 external pins, larger body, better heat dissipation performance, built-in 6 chips, current range includes 15A, 25A, 35A, 50A, voltage coverage 600V-1600V, with forward voltage reduction, small reverse leakage current, strong surge ability and other characteristics.
2、Youngjie uses deep IDM mode, own wafer design and manufacturing plant, in-house package of Photo Glass process chips, three layers of passivation protection, stable high temperature characteristics and reliability. We can cooperate with customers to develop specified products for specific application scenarios, so as to achieve rapid development and timely delivery.

Automotive

Rectifiers

Bridge Rectifiers
Standard Recovery Rectifiers
Fast Recovery Rectifier
High Efficient Rectifier
Super Fast Fecovery Fectifiers
Schottky Barrier Rectifiers
PV Diodes
Welded Diode

Automotive Rectifier
Standard Recovery Rectifiers Fast Recovery Rectifier Schottky Barrier Rectifiers

Standard Recovery Rectifiers Fast Recovery Rectifier Schottky Barrier Rectifiers

Protection Devices

Transient Voltage Suppressors
Thyristor Surge Suppressor
ESD Protection Device
Zener Diodes

Automotive Protection Diode
Transient Voltage Suppressors ESD Protection Device Power Zener Diode

Transient Voltage Suppressors ESD Protection Device Power Zener Diode

Small Signal

Small Signal Switching Diodes Small Signal Schottky Diodes Small Signal Zener Diode Small Signal Transisitor Power Triode Small signal digital transistor

MOSFET

ALL MOSFET
Automotive MOSFET

High Voltage MOSFET(500V-1000V)
SJ MOSFET SiC MOSFET

Low & Medium Voltage MOSFET(12V-400V)
N-Channel MOSFET P-Channel MOSFET

NP MOSFET(12V-300V)
Complementary MOSFET Dual N-Channel MOSFET Dual P-Channel MOSFET Half-bridge MOSFET

SJ MOSFET SiC MOSFET

N-Channel MOSFET P-Channel MOSFET

Complementary MOSFET Dual N-Channel MOSFET Dual P-Channel MOSFET Half-bridge MOSFET

IGBT

IGBT Module
IGBT Discrete

Module

Rectifier Diodes Modules
Fast Recovery Module
Schottky Module
Thyristor Modules
Thyristor / Rectifier Diode Module
Fast/Phase-controlled Thyristor

SiC

SiC Schottky
SiC MOSFET
SiC Automotive

4/5″wafer

STD Chip
FRD Chip
EPI Chip
TVS Chip
HVB High Voltage Module Chip
Automotive Electronics Chip

6″wafer

TSBD Chip
PSBD Chip
FRED Chip
LBD Chip
PMBD Chip
ESD Chip

Integrated circuit

LOAD SWIT
PROTECTION IC
Linear Voltage Regulator
VOLTAGE REFERENCES