ATTENTION: Due to increased demand and order volume, processing time may take an additional 1-3 business days.ATTENTION: Due to increased demand and order volume, processing time may take an additional 1-3 business days.
As a supplier of Bridge Rectifier, JAK Electronics offers a variety of Bridge Rectifier to suit a wide range of applications.
What is Bridge Rectifier
Bridge Rectifier is an electronic circuit used to convert an alternating current electrical signal into a direct current signal. It consists of four diodes, usually arranged in a bridge structure.
Bridge Rectifier vs Bridge Rectifier Diodes
A bridge rectifier diode usually refers to the four diodes used to build a bridge rectifier circuit.
Bridge Rectifier and Bridge Rectifier Diodes are both common methods of converting alternating current to direct current. Among them, the Bridge Rectifier is composed of four diodes, which can rectify the positive and negative half of the input voltage, and the output current can be more stable. Bridge Rectifier Diodes use only one diode and can only rectify the positive or negative half of the input voltage.
Bridge Rectifier Features
Efficient conversion of AC to DC.
Simple circuit configuration using four diodes.
Suitable for high voltage applications.
Provides full-wave rectification.
Offers better efficiency compared to half-wave rectifiers.
Commonly used in power supplies and electronic devices for converting AC power to DC power.
Bridge Rectifier Diodes Features
Low forward voltage drop.
High surge current capability.
Fast reverse recovery time.
High efficiency in converting AC to DC.
Compact size and easy integration into bridge rectifier circuits.
Suitable for applications requiring reliable and efficient rectification of alternating current to direct current.
21Products Found Manufacturers: WeEn Semiconductors
FILTERS remaining
Manufacturers
RESET
WeEn Semiconductors(3)
Diode Type
RESET
Configuration
RESET
2nd Connector Number of Positions Loaded
RESET
Diode Element Material
RESET
ECCN Code
RESET
Exterior Housing Material
RESET
Ihs Manufacturer
RESET
JESD-30 Code
RESET
Non-rep Pk Forward Current-Max
RESET
Number of Phases
RESET
Number of Terminals
RESET
Package Body Material
RESET
Package Shape
RESET
Package Style
RESET
Part Life Cycle Code
RESET
Reach Compliance Code
RESET
Rep Pk Reverse Voltage-Max
RESET
Surface Mount
RESET
Terminal Form
RESET
Part #
Manufacturer
Pricing
Quantity
Availability
Contact plating
Mounting Type
Package / Case
Surface Mount
Number of pins
Supplier Device Package
Material
Housing material
Weight
Diode Element Material
Number of Terminals
Exterior Housing Material
Automotive
Base Product Number
Brand
Button and head shape
Capacitance tolerance
Capacitors series
Case - inch
Case - mm
Color key/housing
Colour
Connector
Connector pinout layout
Contacts pitch
Country of Assembly
Country of Diffusion
Country of Origin
Date Of Intro
Diameter after shrinkage
Diameter before shrinkage
Dielectric strength
Electrical mounting
EU RoHS
Factory Pack QuantityFactory Pack Quantity
Forward Voltage-Max (VF)
Gross weight
Grounding
Heatsink shape
Heatsinks features
If - Forward Current
Ifsm - Forward Surge Current
Ihs Manufacturer
Internal diameter
Ir - Reverse Current
Key shape
Kind of capacitor
Kind of connector
Lead Shape
Manufacturer
Material finishing
Max current
Maximum current
Maximum load power
Maximum Operating Temperature
Mfr
Minimum Operating Temperature
Mounting
Mounting diameter
Mounting hole size
Mounting method
Mounting Styles
Name
Nominal diameter
Nominal voltage
Number of clamps
Number of contacts in group/number of groups (total contacts)
Number of sockets
Number of switching cycles (electric)
Number of switching cycles (electrical)
Operating Temperature-Max
Package
Package Body Material
Package Description
Package Height
Package Shape
Package Style
Package Width
Part # Aliases
Part Life Cycle Code
PCB changed
PPAP
Product Status
Protection class
Relative humidity
RoHS
Rohs Code
Shrinkage temperature
Spatial orientation
Standard Package Name
Supplier Package
Switching scheme
Transport packaging size/quantity
Type of capacitor
Type of connector
Type of heatsink
Vr - Reverse Voltage
Vrrm - Repetitive Reverse Voltage
Wall thickness before shrinkage
Wire section
Operating temperature
Operating Temperature
Packaging
Series
Tolerance
JESD-609 Code
Part Status
ECCN Code
Type
Terminal Finish
Color
Additional Feature
HTS Code
Capacitance
Subcategory
Technology
Terminal Position
Terminal Form
Peak Reflow Temperature (Cel)
Depth
Reach Compliance Code
Current rating
Frequency
Time@Peak Reflow Temperature-Max (s)
Pin Count
Reference Standard
JESD-30 Code
Qualification Status
Dielectric
Contact resistance
Configuration
Insulation resistance
Diode Type
Current - Reverse Leakage @ Vr
Voltage - Forward (Vf) (Max) @ If
Case Connection
Switch type
Output Current-Max
Current - Average Rectified (Io)
Product Type
Number of Phases
Operating temperature range
Rated current
Rep Pk Reverse Voltage-Max
Switching voltage
JEDEC-95 Code
Non-rep Pk Forward Current-Max
Reverse Current-Max
Voltage - Peak Reverse (Max)
Rated voltage
Breakdown Voltage-Min
Reverse Recovery Time-Max
Reverse Test Voltage
2nd Connector Number of Positions Loaded
Profile
Saturation Current
Operating voltage
Vf - Forward Voltage
Product Category
Contacts
Degree of protection
Shrink ratio
Diameter
Height
Length
Width
Plating thickness
Flammability rating
Part #
Manufacturer
Pricing
Quantity
Availability
Contact plating
Mounting Type
Package / Case
Surface Mount
Number of pins
Supplier Device Package
Material
Housing material
Weight
Diode Element Material
Number of Terminals
Exterior Housing Material
Automotive
Base Product Number
Brand
Button and head shape
Capacitance tolerance
Capacitors series
Case - inch
Case - mm
Color key/housing
Colour
Connector
Connector pinout layout
Contacts pitch
Country of Assembly
Country of Diffusion
Country of Origin
Date Of Intro
Diameter after shrinkage
Diameter before shrinkage
Dielectric strength
Electrical mounting
EU RoHS
Factory Pack QuantityFactory Pack Quantity
Forward Voltage-Max (VF)
Gross weight
Grounding
Heatsink shape
Heatsinks features
If - Forward Current
Ifsm - Forward Surge Current
Ihs Manufacturer
Internal diameter
Ir - Reverse Current
Key shape
Kind of capacitor
Kind of connector
Lead Shape
Manufacturer
Material finishing
Max current
Maximum current
Maximum load power
Maximum Operating Temperature
Mfr
Minimum Operating Temperature
Mounting
Mounting diameter
Mounting hole size
Mounting method
Mounting Styles
Name
Nominal diameter
Nominal voltage
Number of clamps
Number of contacts in group/number of groups (total contacts)