WEET KBPC3510 Bulk Box Packing Single Phase Bridge Rectifier ISO ROHS REACH KBPC35005-KBPC3508

KBPC35005-KBPC3510 Datasheet: http://www.weediode.com/zb_users/upload/2021/3/WEET_KBPC35005_THUR_KBPC3510.pdf 

Bridge Rectifier Diode, Single Phase, 1 kV, 35 A, Module, 1.2 V, 4 Pins

KBPC35005-KBPC3510: single-phase Bridge Rectifier with diffused junction and metal case;
Low Power Loss and High Efficiency;
Electrically Isolated Metal Case for Maximum Heat Dissipation;
Through Hole with #10 Screw Mounting;
Case to Terminal Isolation Voltage of 2500V.

More popular bridge rectifiers:
KBU4005-KBU410 http://www.weediode.com/zb_users/upload/2021/3/WEET_KBU4005_THRU_KBU410.pdf 

KBPC35005-KBPC3510 http://www.weediode.com/zb_users/upload/2021/3/WEET_KBPC35005_THUR_KBPC3510.pdf 
KBPC25005W-KBPC2510W http://www.weediode.com/zb_users/upload/2021/3/WEET_KBPC25005W_THUR_KBPC2510W.pdf 
KBPC10005-KBPC1010 http://www.weediode.com/zb_users/upload/2021/3/WEET_KBPC10005_THUR_KBPC1010.pdf 

KBP3005-KBP310 http://www.weediode.com/zb_users/upload/2021/3/WEET_KBP3005_THUR_KBP310.pdf 
KBP2005-KBP210 http://www.weediode.com/zb_users/upload/2021/3/WEET_KBP2005_THUR_KBP210.pdf 

KBL6005-KBL610 http://www.weediode.com/zb_users/upload/2021/3/WEET_KBL6005_THRU_KBL610.pdf 

KBJ10005-KBJ1010 http://www.weediode.com/zb_users/upload/2021/3/WEET_KBJ10005_THUR_KBJ1010.pdf 
KBJ6005-KBJ610 http://www.weediode.com/zb_users/upload/2021/3/WEET_KBJ6005_THRU_KBJ610.pdf 

GBU15005-GBU1510 http://www.weediode.com/zb_users/upload/2021/3/WEET_GBU15005_THRU_GBU1510.pdf 
GBU8005-GBU810 http://www.weediode.com/zb_users/upload/2021/3/WEET_GBU8005_THRU_GBU810.pdf 
GBU4005-GBU410 http://www.weediode.com/zb_users/upload/2021/3/WEET_GBU4005_THUR_GBU410.pdf 

GBPC50005-GBPC5010 http://www.weediode.com/zb_users/upload/2021/3/WEET_GBPC50005_THRU_GBPC5010.pdf 
GBPC35005W-GBPC3510W http://www.weediode.com/zb_users/upload/2021/3/WEET_GBPC35005W_THUR_GBPC3510W.pdf 
GBPC15005-GBPC1510 http://www.weediode.com/zb_users/upload/2021/3/WEET_GBPC15005_THRU_GBPC1510.pdf 

GBP GBP3005-GBP310 http://www.weediode.com/zb_users/upload/2021/3/WEET_GBP_GBP3005_THRU_GBP310.pdf 
GBP GBP2005-GBP210 http://www.weediode.com/zb_users/upload/2021/3/WEET_GBP_GBP2005_THRU_GBP210.pdf 

GBJ25005-GBJ2510 http://www.weediode.com/zb_users/upload/2021/3/WEET_GBJ25005_THUR_GBJ2510.pdf 
GBJ15005-GBJ1510 http://www.weediode.com/zb_users/upload/2021/3/WEET_GBJ15005_THUR_GBJ1510.pdf 
GBJ601-GBJ610 http://www.weediode.com/zb_users/upload/2021/3/WEET_GBJ601_THRU_GBJ610.pdf 

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WEET W1 W2 DIODE ZENER 0.2W-0.5W BZT52C2V7 BZT52C3V0 SOD-123 BZT52C2V7S BZT52C3V0S SOD-323

Marking W1 represents Part no. BZT52C2V7 SOD-123, BZT52C2V7S SOD-323
Marking W2 represents Part no. BZT52C3V0 SOD-123, BZT52C3V0S SOD-323

DIODE, ZENER 0.5W SOD-123 BZT52C serie datasheet: http://www.weediode.com/zb_users/upload/2021/3/WEET_SOD123_BZT52C2V4_THRU_BZT52C43.pdf 

Marking Code

Part no.

Part no.

WY

BZT52C2V0S


WX

BZT52C2V4S

BZT52C2V4

W1

BZT52C2V7S

BZT52C2V7

W2

BZT52C3V0S

BZT52C3V0

W3

BZT52C3V3S

BZT52C3V3

W4

BZT52C3V6S

BZT52C3V6

W5

BZT52C3V9S

BZT52C3V9

W6

BZT52C4V3S

BZT52C4V3

W7

BZT52C4V7S

BZT52C4V7

W8

BZT52C5V1S

BZT52C5V1

W9

BZT52C5V6S

BZT52C5V6

WA

BZT52C6V2S

BZT52C6V2

WB

BZT52C6V8S

BZT52C6V8

WC

BZT52C7V5S

BZT52C7V5

WD

BZT52C8V2S

BZT52C8V2

WE

BZT52C9V1S

BZT52C9V1

WF

BZT52C10S

BZT52C10

WG

BZT52C11S

BZT52C11

WH

BZT52C12S

BZT52C12

WI

BZT52C13S

BZT52C13

WJ

BZT52C15S

BZT52C15

WK

BZT52C16S

BZT52C16

WL

BZT52C218S

BZT52C218

WM

BZT52C20S

BZT52C20

WN

BZT52C22S

BZT52C22

WO

BZT52C24S

BZT52C24

WP

BZT52C27S

BZT52C27

WQ

BZT52C30S

BZT52C30

WR

BZT52C33S

BZT52C33

WS

BZT52C36S

BZT52C36

WT

BZT52C39S

BZT52C39

WU/WY


BZT52C43

WV/WZ


BZT52C47

WW/X1


BZT52C51

Product Datasheets: http://www.weediode.com/WEET_DATASHEETS_Diode_Bridge.html 
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WEET 2021 Spring Festival Holiday Notice 1st-22nd Feb. Wish a Safe Healthy Prosperous New Year

WEET closes on 1st-22nd Feb., but sales are online 24hours on email, feel free to shoot us any inquiries.

Chinese New Year, also known as Lunar New Year or Spring Festival, is China's most important festival. It is time for families to be together.

Chinese New Year 2021 falls on Friday, February 12, 2021, beginning a year of the Ox.

The important dates during the period of Chinese New Year 2021:

February 4th, 2021    December 23rd    Little Year
February 11th, 2021    December 30th    Chinese New Year's Eve
February 12th, 2021    January 1st    Chinese New Year (Spring Festival)
February 26th, 2021    January 15th    Lantern Festival

Wish you in the New Year Good Health, Safety, Full Life, Career Advancement, Sunny Mood, Rich Fortune, Happy Family, Happy New Year!

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WEET MOSFETs N-P Channel TO-251-4R TO-252-4R TO-220A Insulated TO-220B Non-Insulaed TO-220F Insulate

MOSFET stands for Metal Oxide Silicon Field Effect Transistor or Metal Oxide Semiconductor Field Effect Transistor. This is also called as IGFET meaning Insulated Gate Field Effect Transistor. The FET is operated in both depletion and enhancement modes of operation.

What are MOSFETs used for?
The MOSFET (Metal Oxide Semiconductor Field Effect Transistor) transistor is a semiconductor device that is widely used for switching purposes and for the amplification of electronic signals in electronic devices.

How do MOSFETs work?
In general, the MOSFET works as a switch, the MOSFET controls the voltage and current flow between the source and drain. The working of the MOSFET depends on the MOS capacitor, which is the semiconductor surface below the oxide layers between the source and drain terminal.

Are all MOSFETs the same?
All MOSFETs are FETs, not all FETs are MOSFETs. But the term is so common that things that are not actually MOSFETs are still called "MOSFETs", so there isn't really much difference; the terms are kind of interchangeable.

What are the types of MOSFETs?
There are two classes of MOSFETs. There is depletion mode and there is enhancement mode. Each class is available as n- or a p-channel, giving a total of four types of MOSFETs. Depletion mode comes in an N or a P and an enhancement mode comes in an N or a P.

Why N channel is better than P channel Mosfet?
The N-channel MOSFET has several advantages over the P-channel MOSFET. For example, the N-channel majority carriers (electrons) have a higher mobility than the P-channel majority carriers (holes). Because of this, the N-channel transistor has lower RDS(on) and gate capacitance for the same die area.

Is N channel NPN or PNP?
An N-Channel mosfet needs a positive Gate - Source voltage to conduct. An P-Channel mosfet needs a negative Gate - Source voltage to conduct. An NPN transistor needs a positive Base - Emitter current to conduct. An PNP transistor needs a negative Base - Emitter current to conduct.

Is 2N7000 NPN or PNP?
2N7000 is a N-channel mosfet. NPN or PNP indicated BJT type transistor. unlike BJTs mosfets are symmetrical devices and S and D is actually defined by connection of the bulk. in case of 3-pin packaged mosfets, you no longer have control of how the bulk is connected so make sure to verify pinout using correct datasheet.


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WEET BC368 NPN BC369 PNP Amplifier Transistors Through Hole TO-92 ISO ROHS REACH Certified

BC368 NPN:
Product Category: Bipolar Transistors - BJT         
Mounting Style: Through Hole     
Package / Case: TO-92-3     
Transistor Polarity: NPN     
Configuration: Single     
Collector- Emitter Voltage VCEO Max: 0 V     
Collector- Base Voltage VCBO: 25 V     
Emitter- Base Voltage VEBO: 5 V     
Collector-Emitter Saturation Voltage: 0.5 V     
Maximum DC Collector Current: 1 A     
Pd - Power Dissipation: 625 mW     
Gain Bandwidth Product fT: 65 MHz     
Minimum Operating Temperature: - 55 C     
Maximum Operating Temperature: + 150 C     
DC Current Gain hFE Max: 50 at 5 mA, 10 V     
Height: 4.01 mm     
Length: 4.77 mm     
Technology: Si     
Width: 2.41 mm         
Continuous Collector Current: 2 A     
Product Type: BJTs - Bipolar Transistors     
Subcategory: Transistors     
Unit Weight: 0.46g

BC369 PNP:
Product Category: Bipolar Transistors - BJT     
Mounting Style: Through Hole     
Package / Case: TO-92-3     
Transistor Polarity: PNP     
Configuration: Single     
Collector- Emitter Voltage VCEO Max: 20 V     
Collector- Base Voltage VCBO: 25 V     
Emitter- Base Voltage VEBO: 5 V     
Collector-Emitter Saturation Voltage: - 0.5 V     
Maximum DC Collector Current: 1 A     
Pd - Power Dissipation: 625 mW     
Gain Bandwidth Product fT: 65 MHz     
Minimum Operating Temperature: - 55 C     
Maximum Operating Temperature: + 150 C     
DC Current Gain hFE Max: 50 at 5 mA, 10 V     
Height: 4.01 mm     
Length: 4.77 mm     
Technology: Si     
Width: 2.41 mm         
Continuous Collector Current: 1.5 A     
Product Type: BJTs - Bipolar Transistors     
Subcategory: Transistors     
Unit Weight: 0.46g

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WEET Best Wishes to a Brighter and Happier New Year 2021

Let the old year-end and the New Year begin with the warmest of aspirations. Happy New Year!

Nights will be dark, but days will be light, wishing your life to be always bright. Happy New Year!

May this New Year bring you much joy and fun. May you find peace, love, and success. Happy New Year!


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WEET Square Bridge Rectifiers 50A 1000V KBPC5010 Single Phase Bridge Through Hole KBPC50005 KBPC5001

WEET Square Bridge Rectifiers 50A 1000V KBPC5010 Single Phase Bridge Through Hole KBPC50005 KBPC5001 KBPC5002 KBPC5004 KBPC5006 KBPC5008

A high quality bridge rectifier was used to convert the AC input to the DC output.
Welded to the top, the inside is good, ensuring more stable performance.
The base is small, the overcurrent capacity is large, the heat dissipation is good, and the voltage drop is small.
These high power, high frequency power bridge rectifiers are widely used in the United States, Mexico, Canada, Poland, Germany, England, Spain, Russia, Ukraine, Turkey, Japan, Korea.

KBPC5010
Bridge Rectifier Diode, Full Bridge, KBPC Series, Single Phase, 1000V, 50A, Module, 4 Pins, Efficiency 100%

Product Overview
The KBPC5010 is a single-phase Bridge Rectifier with diffused junction and metal case.
Low Power Loss and High Efficiency
Electrically Isolated Metal Case for Maximum Heat Dissipation
Through Hole with #10 Screw Mounting
Case to Terminal Isolation Voltage of 2500V

Applications
Mains Rectification

The complete serie KBPC50005 KBPC5001 KBPC5002 KBPC5004 KBPC5006 KBPC5008 KBPC5010

50A 50V Bridge Rectifier KBPC50005
50A 100V Bridge Rectifier KBPC5001
50A 200V Bridge Rectifier KBPC5002
50A 400V Bridge Rectifier KBPC5004
50A 600V Bridge Rectifier KBPC5006
50A 800V Bridge Rectifier KBPC5008
50A 1000V Bridge Rectifier KBPC5010

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WEET Glass Passivated Square Bridge Rectifiers 35A 1000V GBPC3510 Cross Vishay, Diodes, Comchip, MCC

WEE Technology Company Limited
We are WEE, We Enhance Efficiency
Manufacturer of Diode Rectifier, Bridge Rectifier, Transistor


WEET Glass Passivated Square Bridge Rectifiers 35A 1000V GBPC3510 Cross Vishay Semiconductors, Diodes Incorporated, ON Semiconductor, Comchip Technology, MCC, GeneSiC...

GBPC3510 Features:    
Integrally molded heatsink provided very low thermal resistance for maximum heat dissipation
Surge overload rartings from 300 A to 400 A
Isolated voltage from case to lead over 2500 V
Terminals Finish Material - Silver (solderable per MIL-STD-202, Method 208 for the wire type GBPC-W package), - Nickel for GBPC package

GBPC3510 Applications:
General purpose use in AC/DC bridge full wave rectification for power supply, home appliances, office equipment, industrial automation applications.

Same serie:
GBPC12005, GBPC1201, GBPC1202, GBPC1204, GBPC1206, GBPC1208, GBPC1210.
GBPC15005, GBPC1501, GBPC1502, GBPC1504, GBPC1506, GBPC1508, GBPC1510.
GBPC25005, GBPC2501, GBPC2502, GBPC2504, GBPC2506, GBPC2508, GBPC2510.
GBPC35005, GBPC3501, GBPC3502, GBPC3504, GBPC3506, GBPC3508, GBPC3510.
GBPC50005, GBPC5001, GBPC5002, GBPC5004, GBPC5006, GBPC5008, GBPC5010.

GBPC12, GBPC15, GBPC25, GBPC35 GBPC50 stand for Maximum average forward rectified output current 12A, 15A, 25A, 35A.

SYMBOL 005, 01, 02, 04, 06, 08, 10 stand for Maximum repetitive peak reverse voltage and Maximum DC blocking voltage 50V, 100V, 200V, 400V, 600V, 800V, 1000V.

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WEET Square Bridge Rectifiers 50A 1000V BR5010 Silicon Bridge Through Hole BR50005 BR5002-BR5008

WEE Technology Company Limited
We are WEE, We Enhance Efficiency
Manufacturer of Diode Rectifier, Bridge Rectifier, Transistor


WEET Square Bridge Rectifiers 50A 1000V BR5010 Silicon Bridge Through Hole BR50005 BR5001 BR5002 BR5004 BR5006 BR5008

Our company adheres to the principle of honesty, all the products sold are in our own inventory, brand new original, real shots, all descriptions are true descriptions, and there is no shoddy.

The model BR5010, weight 955g, application range is motor, the rectifier element is a single-phase bridge, the power characteristic is medium power, the frequency characteristic is low frequency, AC input voltage is 380V, DC output voltage is 1000V, and DC output current is 50A, the forward peak voltage is 1000V, the reverse repetitive peak voltage is 1000V, the reverse repetitive peak current is 150mA, the insulation voltage is 3V, and the operating junction temperature is 115 ℃, the efficiency is 99%.

BR50005 BR5001 BR5002 BR5004 BR5006 BR5008 BR5010 Application Honda, Huandai, Huizhong, Hummer, Infiniti, Jaguar, Jeep...

The same seire Square Bridge Rectifiers 35A Silicon Bridge Through Hole 50V BR35005, 100V BR3501, 200V BR3502, 400V BR3504, 600V BR3506, 800V BR3508, 1000V BR3510.

WEE Technology Company Limited is a marketing office established in Hong Kong since 2000. We are specialized in manufacturing diodes and bridge rectifiers, both in surface mount and through hole Type, which including Zener Diodes,Switching Diodes,Bridge Rectifiers,General Rectifier Diodes,Fast Recovery Rectifiers,High Efficient Rectifiers,Schottey Barrier Rectifiers,Transient Voltage Suppessors,Super Fast Recovery Rectifiers,Small Signal Transistors.

WEE Jiangsu factory was set up in 2001, which specializing in diodes and rectifiers products, mainly including SMAF, SMA-J, SMA, SMB, SMC, DO-15, DO-27, DO-41, A-1, R-6 package and so on. WEE Anhui factory is the expertise in bridge rectifiers since 1998. Bridge rectifiers current range from 0.5A to 50A, voltage range from 50V to 1000V, most common package are MINIDIP, DB,WOM,MBS, MBF, KBP, GBP, GBL, S25VB, TO-220, KBL, KBU, GBU, GBJ, KBPC, GBPC and so on.All of our products are meeting RoHS 2.0 and Reach standard.

Current Export Market: North America, South America, Western Europe, Eastern Europe, Eastern Asia, Southeast Asia, Mid East, Africa..

Number of Employees: 401 - 500 People

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WEET Square Bridge Rectifier 35A 1000V BR3510 Single Phase Bridge Through Hole BR35005-BR3508

WEE Technology Company Limited
We are WEE, We Enhance Efficiency
Manufacturer of Diode Rectifier, Bridge Rectifier, Transistor

WEET Square Silicon Bridge Rectifiers 35A 1000V BR3510 Single Phase Bridge Through Hole BR35005 BR3501 BR3502 BR3504 BR3506 BR3508

FEATURES:
Surge overload:240~500 amperes peak
Low forward voltage drop
Mounting position: Any
Electrically  isolated  base:2000 Volts
Solderable 0.25" FASTON terminals
Materials used carries U/L recognition

BR10/15/25/35/50A W -G SERIES"-G" : RoHS Device

REVERSE VOLTAGE-50 to 1000V
FORWARD CURRENT-10/15/25/35/50A

MAXIMUM RATINGS AND ELECTRICAL CHARACTERISTICS
Rating at 25°C ambient temperature unless otherwise specified.
Resistive or inductive load 60HZ.
For capacitive load current by 20%

The same seire Square Bridge Rectifiers:

10A Silicon Bridge Through Hole 50V BR10005,  100V BR1001, 200V BR1002, 400V BR1004, 600V BR1006, 800V BR1008
15A Silicon Bridge Through Hole 50V BR15005,  100V BR1501, 200V BR1502, 400V BR1504, 600V BR1506, 800V BR1508
25A Silicon Bridge Through Hole 50V BR25005,  100V BR2501, 200V BR2502, 400V BR2504, 600V BR2506, 800V BR2508
50A Silicon Bridge Through Hole 50V BR50005,  100V BR5001, 200V BR5002, 400V BR5004, 600V BR5006, 800V BR5008

Contact us to get Pricing, Inventory, Delivery & Lifecycle Information.

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WEET Single Phase Square Bridge Rectifiers 1000V 50A KBPC5010 BR5010 35A GBPC3510 BR3510

WEE Technology Company Limited
We are WEE, We Enhance Efficiency
Manufacturer of Diode Rectifier, Bridge Rectifier, Transistor


WEET mainly deals in Bridge Rectifiers and Diode Rectifiers. The company adheres to the business philosophy of "customer first, forge ahead" , to provide customers with superior services. Welcome to patronize! The strong product is Large Size Single Phase Bridge Rectifiers, TVS Transient Voltage Suppressors. We always insist on honesty and benefit to customers, and insist on using our sincere services to impress customers. If you are interested in our products, you can directly submit purchasing information through email. Welcome friends from all industries to guide and negotiate business.

Popular Single Phase Bridge Rectifiers Products List:

50.0 AMPS GBPC50005 THRU GBPC5010 (GBPC50005, GBPC5001, GBPC5002, GBPC5004, GBPC5006, GBPC5008, GBPC5010) Bridge Rectifiers GBPC GBPC50005 THRU GBPC5010
35.0 AMPS GBPC35005W THUR GBPC3510W (GBPC35005W, GBPC3501W, GBPC3502W, GBPC3504W, GBPC3506W, GBPC3508W, GBPC3510W) Bridge Rectifiers GBPC GBPC35005W THUR GBPC3510W
15.0 AMPS GBPC15005 THRU GBPC1510 ( GBPC15005, GBPC1501, GBPC1502, GBPC1504, GBPC1506, GBPC1508, GBPC1510 ) Bridge Rectifiers GBPC GBPC15005 THRU GBPC1510

35.0 AMPS KBPC35005 THUR KBPC3510(KBPC35005W, KBPC3501W, KBPC3502W, KBPC3504W, KBPC3506W, KBPC3508W, KBPC3510W) Bridge Rectifiers KBPC KBPC35005 THUR KBPC3510
10.0 AMPS KBPC10005 THUR KBPC1010K ( KBPC10005, KBPC1001, KBPC1002, KBPC1004, KBPC1006, KBPC1008, KBPC1010 ) Bridge Rectifiers KBPC KBPC10005 THUR KBPC1010K

25.0 AMPS GBJ25005 THUR GBJ2510 (GBJ25005, GBJ2501, GBJ2502, GBJ2504, GBJ2506, GBJ2508, GBJ2510) Glass Passivated Bridge Rectifiers GBJ GBJ25005 THUR GBJ2510
15.0 AMPS GBJ15005 THUR GBJ1510 (GBJ15005, GBJ1501, GBJ1502, GBJ1504, GBJ1506, GBJ1508, GBJ1510) Glass Passivated Bridge Rectifiers GBJ GBJ15005 THUR GBJ1510
6.0 AMPS GBJ601 THRU GBJ610 (GBJ6005, GBJ601, GBJ602, GBJ604, GBJ606, GBJ608, GBJ610) Glass Passivated Bridge Rectifiers GBJ GBJ601 THRU GBJ610

10.0 AMPS KBJ10005 THUR KBJ1010 (KBJ10005, KBJ1001, KBJ1002, KBJ1004, KBJ1006, KBJ1008, KBJ1010) Glass Passivated Bridge Rectifiers KBJ KBJ10005 THUR KBJ1010
6.0 AMPS KBJ6005 THRU KBJ610 (KBJ6005, KBJ601, KBJ602, KBJ604, KBJ606, KBJ608, KBJ610) Glass Passivated Bridge Rectifiers KBJ KBJ6005 THRU KBJ610

15.0 AMPS GBU15005 THRU GBU1510(GBU15005, GBU1501, GBU1502, GBU1504, GBU1506, GBU1508, GBU1510) Bridge Rectifiers


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WEET Flat Bridge Rectifiers GBJ 10A 1000V GBJ1010 Single Phase Bridge Through Hole GBJ10005-GBJ1008

WEE Technology Company Limited
We are WEE, We Enhance Efficiency
Manufacturer of Diode Rectifier, Bridge Rectifier, Transistor

Generally speaking, we call the components directly plugged into the circuit board as Dip components. The corresponding components are SMD components. There are some internal bridge rectifiers with large power and capacity that require additional heat sinks and special installation places. Therefore, the Dip bridge rectifier refers to the bridge rectifier that is directly plugged into the circuit board. Generally, the power is not very large. Most of the common ones are <20A, and a heat sink can be added to the circuit board.

Common classifications of bridge rectifiers are generally directly classified by their withstand voltage and allowable current.

Bridge rectifiers are generally used in circuits that require AC (pulse) to DC conversion. Most electrical appliances are used. They are generally used in switching power supplies or power circuits of electrical appliance, low-power switching power supplies, chargers, power adapters, LED light rectifiers, electric fans, TV sets, indoor air conditioners and other related electrical products.

WEET adheres to the quality policy of "Keep improving, satisfying customers, pursuing excellence, and innovative development", with the goal of serving customers, continuous innovation, pursuit of excellence, and continuous improvement of product quality. Products are widely used in industries such as lighting, power adapters, computers, televisions, communication equipment, tablets, and small household appliances.

WEET provides customers with cost-effective products with excellent quality and cost competitiveness, and is committed to becoming one of the best manufacturers of semiconductor components.

WEET Flat Bridge Rectifiers GBJ 10A 1000V GBJ1010 Through Hole Single Phase Bridge
Same serie includes GBJ10005(50V) GBJ1001(100V) GBJ1002(200V) GBJ1004(400V) GBJ1006(600V) GBJ1008(800V)

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WEET Flat Bridge Rectifiers GBU 10A 1000V GBU1010 Single Phase Bridge Through Hole GBU10005 GBU1001

WEE Technology Company Limited
We are WEE, We Enhance Efficiency
Manufacturer of Diode Rectifier, Bridge Rectifier, Transistor

WEET is a high-tech enterprise specializing in R&D, production and sales of semiconductor discrete devices. The company has introduced a full set of foreign advanced equipments and scientific management system, and its product quality enjoys a good reputation in domestic and overseas markets. WEET has passed the ISO9001:2015 quality management system, and all products comply with environmental protection ROHS, REACH, and halogen-free standards.

WEET product models are complete: General Purpose Rectifiers, High Efficiency Rectifiers, Ultra-Fast Recovery Rectifiers, Fast Recovery Rectifiers, Single Phase Bridge Rectifiers, Transient Voltage Suppressors, Schottey Barrier Rectifiers, High Speed Switching Diodes, Silicon Planar Zener Diodes, Small Signal Transistors etc. Package forms are: SOD-123, SOD-323, SOD-523, SMAF, SMBF, SMA, SMB, SMC, SOT-23, SOT-323, SOT-523, TO-220AB, DO-41, DO-15, DO-27, R-6, MBS, MBF, ABS, ABF, DBS, KBP, GBP, KBU, GBJ, GBU, KBL etc.

Products are widely used in mobile phone chargers, switching power supplies, LED lighting drive power supplies, smart meters, smart water meters, smart appliances, smart sockets, instrumentation, small home appliance control panels, 5G consumer electronics, etc.

GBU1010 GBU bridge rectifier is a rectifier device composed of two or four diodes.

The bridge stack has three types of half bridge,full bridge, and three-phase bridge, and there are two types of positive half bridge and negative half bridge.
The full bridge consists of four diodes with four lead-out pins.

The connection point of the cathodes of the two diodes is the "positive" of the full-bridge DC output terminal, and the connection point of the anodes of the two diodes is the "cathode" of the full-bridge DC output.

The half bridge is composed of two diodes with three lead-out pins.
The pins on both sides of the positive half-bridge are the anodes of the two diodes, that is, the AC input terminal; the middle pins are the cathodes of the two diodes, that is, the "positive" of the DC output terminal.
The negative poles of the two diodes on the pins on both sides of the negative half bridge are the AC input terminals; the middle pin is the anode of the two diodes, that is, the "negative" of the DC output terminal.

A positive half bridge and a negative half bridge can form a full bridge.

Example: WEET Flat Bridge Rectifiers GBU 10A 1000V GBU1010 Single Phase Bridge Through Hole GBU10005 GBU1001 GBU1002 GBU1004 GBU1006 GBU1008

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WEET Tells How to Measure the Quality of the Bridge Rectifier

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WEET Tells How to Measure the Quality of the Bridge Rectifier

Take three-phase rectifier bridge as an example. With a digital meter, it is normal if there is a voltage drop of about 700mV during forward measurement. If the voltage drop is small, it will be broken down, and if the voltage drop is too large, it will be blown. No pressure drop is normal. Multimeters are also called multiplex meters, multimeters, three-meters, multi-meters, etc. They are indispensable measuring instruments in power electronics and other sectors. They generally measure voltage, current, and resistance as their main purpose.

The three-phase bridge rectifier is composed of 6 diodes in series and parallel, and each diode can be measured separately according to the method of measuring a single diode.

According to the display mode, multimeters are divided into pointer multimeters and digital multimeters. It is a multi-function, multi-range measuring instrument. Generally, a multimeter can measure DC current, DC voltage, AC current, AC voltage, resistance and audio level, etc. Some can also measure AC current, capacitance, inductance and semiconductor parameters (such as β), etc.

WEET Flat Bridge Rectifiers GBU 6A 1000V GBU610 Single Phase Bridge Through Hole GBU6005 GBU601 GBU602 GBU604 GBU606 GBU608

The bridge rectifier stack GBU6005-GBU610 is used in small current products: low-power switching power supplies, power adapters, LED light rectifiers, electric fans, televisions, indoor air conditioners, household appliances and other related electrical products. Our products are new, original and has good stability and reliability. Welcome to consult and sample for testing.

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WEET Measurement Method of Square, Flat, Round, Patch MINI Bridge Rectifier

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Manufacturer of Diode Rectifier, Bridge Rectifier, Transistor

Measurement method of Bridge Rectifier:

The measurement method of the rectifier bridge stack is to use a multimeter to measure.

Measurement method: when normal, the forward and reverse resistances of the two AC input terminals ("~") of the full bridge are both infinite; the forward resistance of the "+""-" input terminal is infinite, and the reverse resistance (connected with red pen) "+", black pen connected to "-" end) is about 20K. Assuming to check with a digital universal meter (diode) file, the red pen is connected to "-', the black test pen is connected to "+" is 0.8; two "~" are connected are about 0.4, the red pen is connected to "+", the black pen is connected to the other three pins It must be infinite, otherwise it is a damaged rectifier.

The rectifier full bridge is composed of four diodes with four lead-out pins: the connection point of the negative poles of the two diodes is the "positive" of the DC output end of the full bridge, and the connection point of the anodes of the two diodes is the "negative" of the DC output end of the full bridge. The half bridge is composed of two diodes with three lead-out pins.

The pins on both sides of the positive half-bridge are the anodes of the two diodes, that is, the AC input terminal; the middle pins are the cathodes of the two diodes, that is, the "positive" of the DC output terminal. The negative poles of the two diodes on the pins on both sides of the negative half bridge are the AC input terminals; the middle pin is the positive poles of the two diodes, that is, the "negative poles" of the DC output terminals.

1. The basic principle of the rectifier bridge stack: The rectifier bridge stack product is made of four rectifier silicon chips for bridge connection and externally packaged with insulating plastic. The high-power rectifier bridge is encapsulated with a zinc metal shell outside the insulating layer to enhance heat dissipation. There are many types of rectifier bridges: flat, round, square, bench-shaped (in-line and patch), etc. There are GPP and O/J structures.

The maximum rectified current ranges from 0.5A to 100A, and the maximum reverse peak voltage ranges from 50V to 1600V. The half bridge is to seal the half of the two diode bridge rectifiers together. Two half bridges can form a bridge rectifier circuit, and a half bridge can also form a full wave rectifier circuit with a center tap of the transformer.

The full bridge is composed of 4 rectifier diodes connected in the form of a bridge full-wave rectifier circuit and packaged as a whole. The forward current of the full bridge has various specifications such as 0.5A, 1A, 1.5A, 2A, 2.5A, 3A, 5A, 10A, 20A, 35A, 50A, etc. The withstand voltage (the highest reverse voltage) is 25V, 50V, 100V, 200V, 300V, 400V, 500V, 600V, 800V, 1000V and other specifications.

2. Package form There are four types of rectifier bridge packages: square bridge, flat bridge, round bridge, and patch MINI bridge. The main packages of square bridges are (BR3, BR6, BR8, GBPC, KBPC, KBPC-W, GBPC-W, MT-35 (three-phase bridge)); the main packages of flat bridges are (KBP, KBL, KBU, KBJ, GBU, GBJ, D3K); round bridges are mainly packaged (WOB, WOM, RB-1); SMD MINI bridges are mainly packaged (BDS, MBS, MBF, ABS).

The following is piture for Flat Bridge Rectifier GBJ 50A 1000V GBJ5010

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WEET Flat and Square Bridge Rectifiers 50A 1000V KBPC5010 BR5010 GBJ5010 35A 1000V GBPC3510 BR3510 1

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How to measure the quality of bridge rectifier?


Use the diode gear of the digital multimeter or the 100 or 1000 gear of the pointer meter to measure the resistance between the two AC input terminals and the output positive terminal of the rectifier bridge. If it is open or short, the rectifier bridge is broken. The normal value should be 400 to 2000 ohms.?


It can also be measured that the resistance from the positive terminal to the input terminal should be infinite, otherwise it is broken. The resistance value from the negative terminal to the input terminal should also be 400 to 2000 to be considered normal.


If the positive and negative DC output voltages are not normal, you do not need to check the rectifier diodes, but check the power transformer, because it is less likely that several rectifier diodes will have the same fault at the same time.


When a certain group of rectifier circuits fails, check according to the fault detection methods described above. The diodes VD1 and VD3, VD2 and VD4 of the rectifier diodes in this circuit are connected in parallel with the DC circuit, and they will affect each other during on-circuit detection. Therefore, the diode should be disconnected from the circuit for accurate detection.


In each working cycle of the bridge stack, only two diodes are working at the same time. The unidirectional conduction function of the diodes converts the alternating current into a unidirectional direct current pulsating voltage. Anatomy of a commonly used low-power bridge stack will reveal that the full-wave bridge stack adopts a plastic package structure (most low-power bridge stacks use this package form).


The high-power rectifier bridge is enclosed by a zinc metal shell outside the insulating layer to enhance heat dissipation. There are many types of rectifier bridges: flat, round, square, bench-shaped (in-line and patch), etc. There are GPP and O/J structures. The maximum rectified current ranges from 0.5A to 100A, and the maximum reverse peak voltage ranges from 50V to 1600V.


Popular Flat Bridge Rectifiers

50A 1000V: GBJ5010

10A 1000V: GBU1010 GBJ1010

6A 1000V: GBU610


Popular Square Bridge Rectifiers:

50A 1000V: KBPC5010 BR5010

35A 1000V: GBPC3510 BR3510


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WEET Flat and Square Bridge Rectifiers 6A 10A 35A 50A 1000V KBPC5010 BR5010 GBPC3510 BR3510 GBU1010

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Manufacturer of Diode Rectifier, Bridge Rectifier, Transistor

How to test the bridge rectifier in a simple way?


Commonly used bridge rectifier detection methods

1, Static Test
(1) Test the rectifier circuit to find the P and N terminals of the internal DC power supply of the inverter, adjust the multimeter to resistance X10, connect the red meter to P, and the black meter to R, S, and T respectively. There should be approximately Resistance value of tens of ohms, and basically balanced.

On the contrary, connect the black meter rod to the P terminal, and the red meter rod to R, S, and T in turn, with a resistance value close to infinity. Connect the red meter stick to the N terminal and repeat the above steps, you should get the same result.

If there are the following results, it can be determined that the circuit has been abnormal, A. The resistance of the three-phase imbalance, can indicate the rectifier bridge failure. B. When the red meter rod is connected to the P terminal, the resistance is infinite, and it can be concluded that the rectifier bridge is faulty or the starting resistance is faulty.

(2) To test the inverter circuit, connect the red meter rod to the P terminal, and the black meter rod to U, V, W respectively. There should be a resistance value of several tens of ohms, and the resistance value of each phase is basically the same, and the reverse phase should be gigantic. Connect the black meter rod to the N terminal and repeat the above steps to get the same result, otherwise it can be determined that the inverter module is faulty

2, Dynamic Test
After the static test result is normal, the dynamic test can be performed, that is, power on and test the machine.

The following points must be paid attention to before and after power-on: 1. Before power-on, confirm whether the input voltage is wrong. Connecting the 380V power supply to the 220V-class inverter will cause explosions (fried capacitors, varistors, modules, etc.) . 2. Check whether each broadcast port of the inverter is properly connected, and whether the connection is loose. Abnormal connection may sometimes cause the inverter to malfunction, and in severe cases, it may explode.

3. Check the fault display content after power-on, and preliminarily determine the fault and cause.

4. If no fault is displayed, first check whether the parameters are abnormal, and after resetting the parameters, start the inverter under no-load (no motor connection), and test the U, V, and W three-phase output voltage values.

If there is a lack of phase, three-phase unbalance, etc., the module or drive board is faulty. 5. When the output voltage is normal (no lack of phase, three-phase balance), load test. When testing, it is best to test at full load.

WEET produce and supply the most popular Flat and Square Bridge Rectifiers, contact us to get more solutions of procurement, test, development.
50A 1000V: KBPC5010 BR5010 GBJ5010
35A 1000V: GBPC3510 BR3510
10A 1000V: GBU1010 GBJ1010
6A 1000V: GBU610
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WEET Flat Bridge Rectifiers 1000V 6A 10A 50A GBJ1010 GBU1010 GBU610 GBJ5010 Single Phase Bridge

WEE Technology Company Limited
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Manufacturer of Diode Rectifier, Bridge Rectifier, Transistor


WEET Flat Bridge Rectifiers 1000V 6A 10A 50A GBJ1010 GBU1010 GBU610 GBJ5010 Single Phase Silicon Bridge


There are four types of bridge rectifier packages: square bridge, flat bridge, round bridge, and patch MINI bridge.

Square Bridge Rectifiers main packages: BR3, BR6, BR8, GBPC, KBPC, KBPC-W, GBPC-W, MT-35 (three-phase bridge).
Flat Bridge Rectifiers main packages: KBP, KBL, KBU, KBJ, GBU, GBJ, D3K.
Round Bridge Rectifiers main packages: WOB, WOM, RB-1.
SMD MINI Bridge Rectifiers main packages: BDS, MBS, MBF, ABS.

Connect the positive poles of two diode rectifiers (set this junction point as A) to form a series branch, and connect the negative poles of the other two diode rectifiers (set this junction point as B) to form another series branch, and then connect the above two branches in parallel (set the two branches and the connection points are respectively C and D), and the formed circuit is a square bridge rectifier. Also called a single-phase bridge rectifier circuit. AC power is input from C and D terminals, DC power Output from A (positive) and B (negative) terminals.

The Bridge Rectifier is made up of four rectifier silicon chips for bridge connection, and externally packaged with insulating plastic. The high-power bridge rectifier is encapsulated by zinc metal shell outside the insulating layer to enhance heat dissipation. There are many varieties of bridge rectifiers: flat, round, square, bench-shaped (in-line and patch), etc. The maximum rectified current ranges from 0.5A to 100A, and the maximum reverse peak voltage ranges from 50V to 1600V.

The Bridge Rectifier is generally used in full-wave rectifier circuits, and it is divided into full bridge and half bridge.

The half bridge is to seal the half of the two diode bridge rectifiers together. Two half bridges can form a bridge rectifier circuit, and a half bridge can also form a full wave rectifier circuit with a center tap of a transformer. The full bridge is composed of 4 diode rectifiers connected in the form of a bridge full-wave rectifier circuit and packaged as a whole.

The forward current of the full bridge has various specifications such as 0.5A, 1A, 1.5A, 2A, 2.5A, 3A, 5A, 10A, 20A, 35A, 50A, etc. The withstand voltage (the highest reverse voltage) is 25V, 50V, 100V, 200V, 300V, 400V, 500V, 600V, 800V, 1000V and other specifications.

1000V Single Phase Silicon Flat Bridge Rectifiers 6A GBU610, 10A GBJ1010 GBU1010, 50A GBJ5010 are used the most widely.
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WEET Schottky Barrier Rectifiers Used In Communication Power Supplies, Inverters

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Schottky diode, also known as Schottky barrier diode (SBD), is a low-power, ultra-high-speed semiconductor device. The most notable feature is that the reverse recovery time is extremely short (can be as small as a few nanoseconds), and the forward voltage drop is only about 0.4V. It is mostly used as high-frequency, low-voltage, high-current rectifier diodes, freewheeling diodes, protection diodes, and also useful as rectifier diodes and small signal detector diodes in circuits such as microwave communications. It is more common in communication power supplies, inverters, etc.

A typical application is in the switching circuit of a bipolar transistor BJT. By connecting a Schottky diode to the BJT to clamp, the transistor is actually close to the off state when it is on, thereby increasing the switching speed of the transistor. This method is a technique used in the TTL internal circuits of typical digital ICs such as 74LS, 74ALS, and 74AS.

The biggest feature of Schottky diodes is that the forward voltage drop VF is relatively small. At the same current, its forward voltage drop is much smaller. In addition, its recovery time is short. It also has some disadvantages: the withstand voltage is relatively low, and the leakage current is slightly larger. It must be fully considered when selecting.

WEET Schottky Barrier Rectifiers Used In Communication Power Supplies, Inverters
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Melf SM4001, SM4002, SM4003, SM4004, SM4005, SM4006, SM4007
SMB(DO-214AA) SS3150B, SS3200B
A-405 1N5817, 1N4818,1N5819
DO-41 1N5817, 1N5818, 1N5819
DO-41 SB120, SB130, SB140, SB150, SB160, SB180, SB1100
DO-41 SB220, SB230, SB240, SB250, SB260, SB220, SB2100
DO-41 SR22, SR23, SR24, SR25, SR26, SR28, SR210
DO-41 SR120, SR130, SR140, SR150, SR160, SR180, SR1100, SR1150, SR1200
DO-15 SR22, SR23, SR24, SR25, SR26, SR28, SR210
DO-15 SR120, SR130, SR140, SR150, SR160, SR180, SR1100, SR1150, SR1200
DO-15 SR220, SR230, SR240, SR250, SR260, SR280, SR2100
DO-15 SR320, SR330, SR340, SR350, SR360, SR380, SR3100
DO-15 SB220, SB230, SB240, SB250, SB260,SB280,SB2100,SB2150,SB2200
DO-27 1N5820, 1N5821, 1N5822
DO-27 SR3100L, SR5100L
DO-27 SR320, SR330, SR340, SR350, SR360, SR380, SR3100
DO-27 SR520, SR530, SR540, SR550, SR560, SR580, SR5100
DO-27 SB520L, SB530L, SB5240L, SB560L, SB580L, SB5100L
DO-27 SR502L, SR503L, SR504L, SR505L, SR506L, SR508L, SR510L
DO-27 SB3150, SB3200
DO-27 SR1045L, SR1060L, SR10100L, SR10150L, SR10200L
DO-27 SR802, SR803, SR804, SR805, SR806, SR808, SR810
DO-27 SR5150, SR5200
R-6 10SQ030, 10SQ035, 10SQ040, 10SQ045, 10SQ050, 10SQ060, 10SQ080, 10SQ100
R-6 15SQ040, 15SQ045, 15SQ050, 15SQ060, 15SQ080, 15SQ100
SOD-123FL K12, K13, K14, K15, K16, K18, K19, K110, K115, K120
SOD-123FL K22, K23, K24, K25, K26, K28, K29, K210 K215, K220
SMAF SS22F, SS23F, SS24F, SS25F, SS26F, SS28F, SS210F,SS2150F,SS2200F
SMAF SS32F, SS33F, SS34F, SS35F, SS36F, SS38F, SS310F, SS3150F, SS3200F
SMAF SS52F, SS53F, SS54F, SS55F, SS56F, SS58F, SS510F, SS5151F, SS5200F
SMAJ(DO-214AC) SS22, SS23, SS24, SS25, SS26, SS28, SS210
SMA(DO-214AC) SS22, SS23, SS24, SS25, SS26, SS28, SS210
SMA(DO-214AC) SS12, SS13, SS14, SS15, SS16, SS18, SS110
SMA(DO-214AC) SSL215, SSL220
SMA(DO-214AC) SS3150, SS3200
SMA(DO-214AC) SS52A, SS53A, SS54A, SS55A, SS56A, SS58A, SS59A, SS510A
SMA(DO-214AC) SS32, SS33, SS34, SS35, SS36, SS38, SS39, SS310
SMA(DO-214AC) SS22A, SS23A, SS24A, SS25A, SS26A, SS28A, SS29A, SS210A
SMA(DO-214AC) SS12, SS14, SS15, SS16, SS18, SS110, SS115, SS120
SMA(DO-214AC) SS215, SS220
SMA(DO-214AC) SS32, SS33, SS34, SS35, SS36, SS38, SS39,SS310
SMB(DO-214AA) SB540L, SB560L
SMB(DO-214AA) SK22, SK23, SK24, SK25, SK26, SK28, SK29, SK210
SMB(DO-214AA) SK32B, SK33B, SK34B, SK35B, SK36B, SK38B, SK39B, SK310B
SMB(DO-214AA) SK52, SK53, SK54, SK55, SK56, SK58, SK510, SK5150, SK5200
SMB(DO-214AA) SS22, SS23, SS24, SS25, SS26, SS28, SS29, SS210
SMB(DO-214AA) SS32B, SS33B, SS34B, SS35B, SS36B, SS38B, SS39B, SS310B
SMB(DO-214AA) SS34L, SS36L
SMB(DO-214AA) SS52, SS53, SS54, SS55, SS56, SS58, SS510, SS5150, SS5200
SMB(DO-214AA) SSL52, SSL53, SSL54, SSL55, SSL56
SMC(DO-214AB) SB540L, SB560L
SMC(DO-214AB) SS5150, SS5200
SMC(DO-214AB) SS32, SS33, SS34, SS35, SS36, SS38, SS39
SMC(DO-214AB) SS52, SS53, SS54, SS55, SS56, SS58, SS59, SS510
SMC(DO-214AB) SS32, SS33, SS34, SS35, SS36, SS38, SS310, SS3150, SS3200

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WEET Tells How to Quickly Grasp the Necessary Electronic Components for IoT Design

WEE Technology Company Limited
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Manufacturer of Diode Rectifier, Bridge Rectifier, Transistor

WEET Tells How to Quickly Grasp the Necessary Electronic Components for IoT Design


At the time when the Internet of Things (IoT) is booming, a variety of novel electronic product designs are sprouting, and equipment developers are making every effort to speed up product development and time to market in order to seize market share as soon as possible. With the increasingly fierce competition in the market, understanding how to quickly grasp the necessary electronic components for IoT design, as well as the important evaluation indicators and techniques for selecting relevant components, is of vital importance to promoting product launches.

Package:
The packaging of electronic components refers to how the parts are mounted on the circuit board. Many parts are either soldered on a printed circuit board (PCB), through a through-hole method, or using surface mount technology.

Basic Electronic Components:
The simplest components are discrete passive components. These parts have only a single function, such as providing resistance, capacitance, inductance, or adding voltage or current control. Most discrete components have only two to three pins.

Capacitor:
Capacitors store charge. Capacitors are mostly used for frequency filtering. Its unit is Faraday, F. Can use through hole or SMT package. The electrolytic capacitor has polarity and must be installed correctly, otherwise the capacitor may be damaged. When purchasing a capacitor, you must declare the polarity, type of dielectric (such as ceramic, plastic, paper, etc.), rated voltage and capacitance.

Diode Rectifier:
The diode rectifier can allow or block the flow of current in the circuit according to the voltage across it. Current is only passed when the anode voltage is higher than the cathode, and usually needs to be at least 0.7 volts higher. The diode is like a one-way valve, preventing the voltage from going in the wrong direction.

It is used for current conversion from AC to DC to prevent out-of-range input voltage. Zener diode is a special type of diode used as a voltage regulator. Schottky diodes have lower forward voltage drop (in the range of 0.15 to 0.45V) and faster turn-on time.

Transistor:
The transistor is a multifunctional circuit element. This three-pin device can be used as a voltage or current dependent switch, or as an amplifier or stabilizer depending on the circuit. There are two main technologies, bipolar junction (BJT) and field effect (FET). The pin terminals of these two types of transistors are different. BJT transistors are divided into two types according to the polarity of the components, NPN and PNP. FET transistors also have many classifications based on n-channel and p-channel.

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