BZX55C4V3 is a low-power voltage regulator diode commonly used in various electronic devices.

Its application scenarios are very extensive, and the following will provide a detailed introduction to its parameter characteristics and application scenarios.

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 Parameter characteristics of WEET BZX55C4V3:

 1. High stability: As a voltage regulator diode, BZX55C4V3 has high stability and can provide stable output voltage under different load conditions.

 2. Low power consumption: The low-power characteristics of BZX55C4V3 make it suitable for circuits that require long-term operation, effectively reducing energy consumption.

 3. Accurate output: BZX55C4V3 can provide precise output voltage to ensure the normal operation of other components in the circuit.

 4. Good temperature stability: BZX55C4V3 can maintain stable performance at different temperatures and is suitable for electronic devices under various environmental conditions.

 5. Compact design: The compact design of BZX55C4V3 enables it to be easily integrated into various circuit boards, saving space.

 Typical Application of WEET BZX55C4V3:

 1. Power stabilization: BZX55C4V3 is commonly used as a power regulator in various electronic devices to ensure stable voltage for all components in the circuit.

 2. Signal processing: In signal processing circuits, BZX55C4V3 can be used as a protective component to prevent overvoltage from damaging other sensitive components.

 3. Instrument measurement: In the field of instrument measurement, BZX55C4V3 can be used to ensure the accuracy and stability of the measurement circuit.

 4. Communication equipment: BZX55C4V3 is often used as a voltage stabilizer in communication equipment to ensure the normal operation of the equipment under different power conditions.

 5. Automotive Electronics: In automotive electronic systems, BZX55C4V3 can be used to stabilize the voltage of onboard electronic devices and improve the overall system reliability.

In summary, BZX55C4V3, as a voltage regulator diode, has important application value in various electronic devices. Its high stability and low power consumption make it an ideal choice for many circuit designs.

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Method for detecting the quality of diodes:

1. Detection of ordinary diodes: (including detector diodes, rectifier diodes, damping diodes, switching diodes, and freewheeling diodes) is a semiconductor device composed of a PN structure with unidirectional conductivity characteristics. By using a multimeter to detect its forward and reverse resistance values, the electrode of the diode can be identified, and it can also be estimated whether the diode is damaged.

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2. Detection of zener diode: Connect the positive terminal of the megohmmeter to the negative terminal of the zener diode, and connect the negative terminal of the megohmmeter to the positive terminal of the zener diode. Shake the handle of the megohmmeter at a constant speed according to regulations, and monitor the voltage values at both ends of the zener diode with a multimeter (the voltage range of the multimeter should depend on the size of the stable voltage value). When the voltage indication on the multimeter is stable, This voltage value is the stable voltage value of the zener diode. If the stable voltage value of the zener diode is measured to fluctuate, it indicates that the diode is unstable.

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SMD Diode Rectifier

MELF / DO-213AB / DL-41 / LL-41 LL-34, SM4001 Thru SM4007.

Mini-MELF / LL-34 / SOD-80 / DO-213AA, LL4148, LL4448, LLDB3, BZV55C2V4 Thru BZV55C75, ZMM1 Thru ZMM75.

MELF / DO-213AB / DL-41 / LL-41 TapeReel 5KPCS/REEL

GLASS PASSIVATED SILICON RECTIFIERS:

SM4001 Thru SM4007

Datasheet: http://www.weediode.com/zb_users/upload/2021/6/WEET_Melf_SM4001_THRU_SM4007.pdf 

Mini-MELF / LL-34 / SOD-80 / DO-213AA TapeReel 2.5KPCS/REEL

High Speed Switching Diode:

LL4148

Datasheet: http://www.weediode.com/zb_users/upload/2021/6/WEET_LL34_LL4148.pdf 

LL4448

Bi-directional Trigger Diode:

LLDB3,DB3

Silicon Planar zener Diodes:

BZV55C2V4 Thru BZV55C75

Datasheet: http://www.weediode.com/zb_users/upload/2021/6/WEET_LL34_BZV55C2V4_THRU_BZV55C75.pdf 

BZV55C2V4

BZV55C2V7

BZV55C3V0

BZV55C3V3

BZV55C3V6

BZV55C3V9

BZV55C4V3

BZV55C4V7

BZV55C5V1

BZV55C5V6

BZV55C6V2

BZV55C6V8

BZV55C7V5

BZV55C8V2

BZV55C9V1

BZV55C10V

BZV55C11V

BZV55C12V

BZV55C13V

BZV55C15V

BZV55C16V

BZV55C18V

BZV55C20V

BZV55C22V

BZV55C24V

BZV55C27V

BZV55C30V

BZV55C33V

BZV55C36V

BZV55C39V

BZV55C43V

BZV55C47V

BZV55B2V4

BZV55B2V7

BZV55B3V0

BZV55B3V3

BZV55B3V6

BZV55B3V9

BZV55B4V3

BZV55B4V7

BZV55B5V1

BZV55B5V6

BZV55B6V2

BZV55B6V8

BZV55B7V5

BZV55B8V2

BZV55B9V1

BZV55B10V

BZV55B11V

BZV55B12V

BZV55B13V

BZV55B15V

BZV55B16V

BZV55B18V

BZV55B20V

BZV55B22V

BZV55B24V

BZV55B27V

BZV55B30V

BZV55B33V

BZV55B36V

BZV55B39V

BZV55B43V

BZV55B47V

Silicon Planar zener Diodes:

ZMM1 Thru ZMM75

Datasheet: http://www.weediode.com/zb_users/upload/2021/6/WEET_LL34_ZMM1_THRU_ZMM75.pdf 

ZMM2V4

ZMM2V7

ZMM3V0

ZMM3V3

ZMM3V6

ZMM3V9

ZMM4V3

ZMM4V7

ZMM5V1

ZMM5V6

ZMM6V2

ZMM6V8

ZMM7V5

ZMM8V2

ZMM9V1

ZMM10V

ZMM11V

ZMM12V

ZMM13V

ZMM15V

ZMM16V

ZMM18V

ZMM20V

ZMM22V

ZMM24V

ZMM27V

ZMM30V

ZMM33V

ZMM36V

ZMM39V

ZMM43V

ZMM47V

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WEE Technology Company Limited

Datasheets: http://www.weediode.com/DATASHEETS.html