Home > Products > Discrete Semiconductor Products > Diodes - Zener - Single > KDZTR4.7B
KDZTR4.7B

Rohm Semiconductor KDZTR4.7B

Part Number:
KDZTR4.7B
Manufacturer:
Rohm Semiconductor
Ventron No:
2831832-KDZTR4.7B
Description:
DIODE ZENER 4.9V 1W PMDU
ECAD Model:
Datasheet:
KDZTR4.7B

Quick Request Quote

Please send RFQ , We will respond immediately.

Part Number
Quantity
Company
E-mail
Phone
Comments
Specifications
Rohm Semiconductor KDZTR4.7B technical specifications, attributes, parameters and parts with similar specifications to Rohm Semiconductor KDZTR4.7B.
  • Mount
    Surface Mount
  • Mounting Type
    Surface Mount
  • Package / Case
    SOD-123F
  • Number of Pins
    2
  • Operating Temperature
    -55°C~150°C
  • Packaging
    Tape & Reel (TR)
  • Tolerance
    ±5%
  • JESD-609 Code
    e3
  • Pbfree Code
    yes
  • Part Status
    Not For New Designs
  • Moisture Sensitivity Level (MSL)
    1 (Unlimited)
  • ECCN Code
    EAR99
  • Terminal Finish
    Matte Tin (Sn)
  • HTS Code
    8541.10.00.50
  • Subcategory
    Voltage Reference Diodes
  • Max Power Dissipation
    1W
  • Peak Reflow Temperature (Cel)
    225
  • Base Part Number
    KDZ4V7
  • Number of Elements
    1
  • Element Configuration
    Single
  • Diode Type
    ZENER DIODE
  • Current - Reverse Leakage @ Vr
    20μA @ 1V
  • Max Reverse Leakage Current
    20μA
  • Reference Voltage
    4.7V
  • Voltage - Zener (Nom) (Vz)
    4.9V
  • Zener Voltage
    4.924V
  • Voltage Tol-Max
    5%
  • Working Test Current
    40mA
  • Voltage Tolerance
    5%
  • Dynamic Impedance-Max
    10Ohm
  • REACH SVHC
    No SVHC
  • Radiation Hardening
    No
  • RoHS Status
    ROHS3 Compliant
  • Lead Free
    Lead Free
Description
KDZTR4.7B Overview
An electrical device such as this requires reverse leakage current of 20μA @ 1V.A voltage of 5% is considered to be the maximum that can be output (Tol).A maximum reverse leakage current is reached at 20μA.During operation, the maximum voltage - Zener (Nom) is reduced to 4.9V volts.Setting the working test voltage to 40mA is required to operate this device.

KDZTR4.7B Features
reverse leakage current of 20μA @ 1V
20μA @ 1V is the maximum voltage (Tol)
Reverse leakage current reaches 20μA
the working test voltage to 40mA
minimal dynamic impedance is 40mA


KDZTR4.7B Applications
There are a lot of ROHM Semiconductor
KDZTR4.7B applications of zener single diodes.



KDZTR4.7B More Descriptions
KDZ Series Single 4.924 V ±5 % 1 W Surface Mount Zener Diode - SOD-123
Zener Diode Single 4.7V 5% 1000mW 2-Pin PMDU T/R / DIODE ZENER 4.9V 1W PMDU
DIODE, ZENER, 4.7V, 1W, SOD-123
IC REG SWTCHD CAP INV 45MA 8SOIC
French Electronic Distributor since 1988
Product Comparison
The three parts on the right have similar specifications to KDZTR4.7B.
  • Image
    Part Number
    Manufacturer
    Mount
    Mounting Type
    Package / Case
    Number of Pins
    Operating Temperature
    Packaging
    Tolerance
    JESD-609 Code
    Pbfree Code
    Part Status
    Moisture Sensitivity Level (MSL)
    ECCN Code
    Terminal Finish
    HTS Code
    Subcategory
    Max Power Dissipation
    Peak Reflow Temperature (Cel)
    Base Part Number
    Number of Elements
    Element Configuration
    Diode Type
    Current - Reverse Leakage @ Vr
    Max Reverse Leakage Current
    Reference Voltage
    Voltage - Zener (Nom) (Vz)
    Zener Voltage
    Voltage Tol-Max
    Working Test Current
    Voltage Tolerance
    Dynamic Impedance-Max
    REACH SVHC
    Radiation Hardening
    RoHS Status
    Lead Free
    Published
    Working Voltage
    Power Dissipation
    Peak Reverse Current
    View Compare
  • KDZTR4.7B
    KDZTR4.7B
    Rohm Semiconductor
    Surface Mount
    Surface Mount
    SOD-123F
    2
    -55°C~150°C
    Tape & Reel (TR)
    ±5%
    e3
    yes
    Not For New Designs
    1 (Unlimited)
    EAR99
    Matte Tin (Sn)
    8541.10.00.50
    Voltage Reference Diodes
    1W
    225
    KDZ4V7
    1
    Single
    ZENER DIODE
    20μA @ 1V
    20μA
    4.7V
    4.9V
    4.924V
    5%
    40mA
    5%
    10Ohm
    No SVHC
    No
    ROHS3 Compliant
    Lead Free
    -
    -
    -
    -
    -
  • KDZTR30B
    KDZTR30B
    Rohm Semiconductor
    Surface Mount
    Surface Mount
    SOD-123F
    2
    -55°C~150°C
    Tape & Reel (TR)
    ±6%
    e3
    yes
    Not For New Designs
    1 (Unlimited)
    EAR99
    Matte Tin (Sn)
    8541.10.00.50
    Voltage Reference Diodes
    1W
    225
    KDZ30
    1
    Single
    ZENER DIODE
    10μA @ 23V
    10μA
    30V
    31.6V
    31.57V
    4.7%
    10mA
    6%
    18Ohm
    -
    No
    ROHS3 Compliant
    Lead Free
    2007
    30V
    1W
    10μA
    KDZTR4.7B vs KDZTR30B
  • KDZTR6.8B
    KDZTR6.8B
    Rohm Semiconductor
    Surface Mount
    Surface Mount
    SOD-123F
    2
    -55°C~150°C
    Tape & Reel (TR)
    ±6%
    e3
    yes
    Not For New Designs
    1 (Unlimited)
    EAR99
    Matte Tin (Sn)
    8541.10.00.50
    Voltage Reference Diodes
    1W
    225
    KDZ6V8
    1
    Single
    ZENER DIODE
    20μA @ 3.5V
    20μA
    6.8V
    7.3V
    7.28V
    5.5%
    40mA
    6%
    6Ohm
    -
    No
    ROHS3 Compliant
    Lead Free
    -
    -
    1W
    -
    KDZTR4.7B vs KDZTR6.8B
  • KDZTR22B
    KDZTR22B
    Rohm Semiconductor
    Surface Mount
    Surface Mount
    SOD-123F
    2
    -55°C~150°C
    Tape & Reel (TR)
    ±5%
    e3
    yes
    Not For New Designs
    1 (Unlimited)
    EAR99
    Matte Tin (Sn)
    8541.10.00.50
    Voltage Reference Diodes
    1W
    225
    KDZ22
    1
    Single
    ZENER DIODE
    10μA @ 17V
    10μA
    22V
    23.9V
    23.85V
    7.7%
    10mA
    5%
    14Ohm
    -
    No
    ROHS3 Compliant
    Lead Free
    2008
    22V
    1W
    10μA
    KDZTR4.7B vs KDZTR22B
Certification
  • ISO 9001
  • ISO 13485
  • ISO 45001
  • ASA
  • ESD
  • DUNS
  • SMTA
  • ROHS
Related parts for KDZTR4.7B
Popular Search Part Number Related Keywords Search Tags

Latest News

  • 20 March 2024

    L9110S Advantages, Pinout, Working Principle and Application

    Ⅰ. L9110S overviewⅡ. Advantages of L9110SⅢ. L9110S pin configurationⅣ. Hardware introduction of L9110S motor drive moduleⅤ. Working principle of L9110S motor drive moduleⅥ. L9110S application circuitⅦ. How to...
  • 20 March 2024

    PCF8563 Alternatives, Characteristics, Functions and More

    Ⅰ. Introduction to PCF8563Ⅱ. Characteristics of PCF8563Ⅲ. Main functions of PCF8563Ⅳ. Block diagram of PCF8563Ⅴ. How does PCF8563 work?Ⅵ. Application circuit of PCF8563Ⅶ. Limiting values of PCF8563Ⅷ. How...
  • 21 March 2024

    RC0402FR-075K1L Characteristics, Specifications, Construction and Other Details

    Ⅰ. Overview of RC0402FR-075K1LⅡ. Characteristics of RC0402FR-075K1LⅢ. Specifications of RC0402FR-075K1LⅣ. Construction of RC0402FR-075K1LⅤ. Application of RC0402FR-075K1LⅥ. Inventory history of RC0402FR-075K1LⅦ. Manufacturer of RC0402FR-075K1LⅧ. How to use RC0402FR-075K1L resistor...
  • 21 March 2024

    A Comprehensive Guide to AO3400 Field-Effect Transistor

    Ⅰ. Introduction to AO3400Ⅱ. AO3400 technical parametersⅢ. AO3400 symbol, footprint and pin configurationⅣ. AO3400 principle of operationⅤ. What is the typical circuit application of AO3400?Ⅵ. Manufacturer of AO3400Ⅶ....
  • cost

    Help you to save your cost and time.

  • package

    Reliable package for your goods.

  • fast

    Fast Reliable Delivery to save time.

  • service

    Quality premium after-sale service.