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    Part number
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    1. Home/
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    3. Discrete Semiconductors/
    4. Diodes & Rectifiers/
    5. BAV99W DIOTEC
    Product FAQ

    1. Is BAV99W available for RFQ?

    Yes. BAV99W by DIOTEC is available for RFQ. Submit your required quantity and our team will confirm real-time stock, lead time, and volume pricing.

    2. Why is there no fixed price for BAV99W?

    Pricing for BAV99W can vary by order quantity, market availability, date code, packaging, and delivery destination. Request a quote to receive the latest volume pricing.

    3. What are the key specifications of BAV99W?

    BAV99W is a DIOTEC Diodes & Rectifiers with Non Repetitive Peak Surge Forward Current 1s Double: 0.75A and Non Repetitive Peak Surge Forward Current 1s Single: 0.5A. Review the product details or submit an RFQ if you need confirmation before purchase.

    4. How fast can I get a quote for BAV99W?

    Our sales team usually responds within 24 hours after receiving your RFQ. The quote may include stock status, unit price, lead time, shipping options, and available alternatives.

    5. How soon can BAV99W be shipped?

    If stock is confirmed, in-stock parts can usually ship within 1–2 business days. Final lead time depends on quantity, stock source, and delivery destination.

    6. Can you suggest alternatives to BAV99W?

    Yes. If BAV99W is unavailable, obsolete, or does not meet your required lead time, we can help check similar DIOTEC Diodes & Rectifiers parts or compatible alternatives.

    RFQ

    Part Number:

    BAV99W

    Manufacturer:

    DIOTEC

    Looking for Pricing? Contact us for volume pricing.

    Shipping & Warranty

    Fast Dispatch: Ships in 5-7 days(in-stock parts within 1-2 days)

    Unishop Global Export: 1-7 days, $40.00

    Guaranteed Delivery: Door-to-door in 30 days

    Compliant Worldwide Shipping: DHL, FedEx, SF, and UPS.

    Feature

    IMPORTANT NOTICE

    Quotations are subject to stock availability and may vary with market conditions. Prices and lead times are not guaranteed until a purchase order is confirmed. Ensure your contact details are correct to avoid delays in response.

    BAV99W [DIOTEC]

    BAV99W
    BAV99W

    Part No:

    BAV99W

    Category:

    Diodes & Rectifiers

    Manufacturer:

    DIOTEC

    Description:

    BAV99W is a switching diode in SOT-323 plastic encapsulate package.

    RoHS Status:

    Stock Status:

    Available for RFQ

    Pricing:

    Request Volume Pricing

    Quote Response:

    Within 24 Hours

    Shipping:

    In-stock parts ship in 1–2 business days

    Specification

    Type
    Parameter
    Average Forward Current
    200mA
    Average Rectified Current
    150mA
    Average Rectified Forward Current
    715mA
    Average Rectified Output Current
    215mA
    BAS16W C T
    < 2pF
    BAS16W Capacitance
    2.0pF
    BAS16W Diode Capacitance
    2.0pF
    BAS16W Forward Current
    200mA
    BAS16W I FAV
    150mA
    BAS16W I FRM
    300mA
    BAS16W I R
    < 30 nA

    Products Detail

    The BAV99W is a switching diode designed for high-speed switching applications. It features a power dissipation of 200 mW at 25°C ambient temperature, a continuous forward current of 300 mA, and a collector-base voltage of 75 V. The device operates over a junction and storage temperature range of -55°C to +150°C and is marked with 'KJG'.

    Key Features

    • Power dissipation: 200 mW
    • Collector current: 300 mA
    • Collector-base voltage: 75 V
    • Temperature range: -55°C to +150°C
    • Reverse breakdown voltage: 75 V
    • Low leakage
    • Low forward voltage
    • Low capacitance: 2 pF
    • Fast reverse recovery: 4 nS

    Application scenarios

    • General purpose switching applications
    Featured Product
    BAS16W Leakage At 75V
    1.0µA
    BAS16W Reverse Breakdown Voltage
    75V
    BAS16W Reverse Voltage
    75V
    BAS16W T Rr
    < 4 ns
    BAS16W V R
    75V
    BAS16W V RRM
    85V
    BAS16W-Q C T
    < 2pF
    BAS16W-Q I FAV
    150mA
    BAS16W-Q I FRM
    300mA
    BAS16W-Q I R
    < 30 nA
    BAS16W-Q T Rr
    < 4 ns
    BAS16W-Q V R
    75V
    BAS16W-Q V RRM
    85V
    BAV199W C T
    typ 2pF
    BAV199W I FAV
    160mA
    BAV199W I FAV Both
    140mA
    BAV199W I FRM
    300mA
    BAV199W I R
    < 5 nA
    BAV199W T Rr
    < 3000 ns
    BAV199W V R
    85V
    BAV199W V RRM
    85V
    BAV199W-AQ C T
    typ 2pF
    BAV199W-AQ I FAV
    160mA
    BAV199W-AQ I FAV Both
    140mA
    BAV199W-AQ I FRM
    300mA
    BAV199W-AQ I R
    < 5 nA
    BAV199W-AQ T Rr
    < 3000 ns
    BAV199W-AQ V R
    85V
    BAV199W-AQ V RRM
    85V
    BAV70W Capacitance
    1.5pF
    BAV70W Diode Capacitance
    1.5pF
    BAV70W Forward Current
    200mA
    BAV70W I FAV
    175mA
    BAV70W I FAV Both
    100mA
    BAV70W I FRM
    300mA
    BAV70W I R
    < 30 nA
    BAV70W Leakage At 70V
    2.5µA
    BAV70W Reverse Breakdown Voltage
    70V
    BAV70W Reverse Voltage
    70V
    BAV70W V R
    75V
    BAV70W V RRM
    100V
    BAV70W-AQ I FAV
    175mA
    BAV70W-AQ I FAV Both
    100mA
    BAV70W-AQ I FRM
    300mA
    BAV70W-AQ I R
    < 2.5µA
    BAV70W-AQ V R
    75V
    BAV70W-AQ V RRM
    100V
    BAV99 Power Dissipation
    330mW (T_S ≤ 28°C)
    BAV99 Thermal Resistance
    360 K/W
    BAV99S Power Dissipation
    250mW (T_S ≤ 85°C)
    BAV99S Thermal Resistance
    260 K/W
    BAV99U Power Dissipation
    250mW (T_S ≤ 113°C)
    BAV99U Thermal Resistance
    150 K/W
    BAV99W C T
    < 2pF
    BAV99W Capacitance
    1.5pF
    BAV99W Diode Capacitance
    1.5pF
    BAV99W Forward Current
    215mA
    BAV99W I FAV
    150mA
    BAV99W I FAV Both
    125mA
    BAV99W I FRM
    300mA
    BAV99W I R
    < 1.0µA
    BAV99W Leakage At 70V
    2.5µA
    BAV99W Power Dissipation
    250mW (T_S ≤ 110°C)
    BAV99W Reverse Breakdown Voltage
    70V
    BAV99W Reverse Voltage
    70V
    BAV99W T Rr
    < 4 ns
    BAV99W Thermal Resistance
    160 K/W
    BAV99W V R
    75V
    BAV99W V RRM
    85V
    BAV99W-AQ C T
    < 2pF
    BAV99W-AQ I FAV
    150mA
    BAV99W-AQ I FAV Both
    125mA
    BAV99W-AQ I FRM
    500mA
    BAV99W-AQ I R
    < 1.0µA
    BAV99W-AQ T Rr
    < 4 ns
    BAV99W-AQ V R
    75V
    BAV99W-AQ V RRM
    100V
    BAV99W-Q C T
    < 2pF
    BAV99W-Q I FAV
    150mA
    BAV99W-Q I FAV Both
    125mA
    BAV99W-Q I FRM
    500mA
    BAV99W-Q I R
    < 1.0µA
    BAV99W-Q T Rr
    < 4 ns
    BAV99W-Q V R
    75V
    BAV99W-Q V RRM
    100V
    BAW56W C T
    < 2pF
    BAW56W Capacitance
    2.0pF
    BAW56W Diode Capacitance
    2.0pF
    BAW56W Forward Current
    215mA
    BAW56W I FAV
    150mA
    BAW56W I FAV Both
    125mA
    BAW56W I FRM
    300mA
    BAW56W I R
    < 30 nA
    BAW56W Leakage At 70V
    2.5µA
    BAW56W Reverse Breakdown Voltage
    70V
    BAW56W Reverse Voltage
    70V
    BAW56W T Rr
    < 4 ns
    BAW56W V R
    75V
    BAW56W V RRM
    85V
    BAW56W-Q C T
    < 2pF
    BAW56W-Q I FAV
    150mA
    BAW56W-Q I FAV Both
    125mA
    BAW56W-Q I FRM
    300mA
    BAW56W-Q I R
    < 30 nA
    BAW56W-Q T Rr
    < 4 ns
    BAW56W-Q V R
    75V
    BAW56W-Q V RRM
    85V
    Breakdown Voltage
    85V
    Capacitance
    1.5pF
    Case Material
    UL 94V-0
    Collector Base Voltage
    75V
    Collector Current
    300mA
    Continuous Forward Current Double
    130mA
    Continuous Forward Current Single
    150mA
    Derate Above 25c Fr5
    1.6mW/°C
    Derate Above 25c Substrate
    2.4mW/°C
    Derating Alumina
    2.4mW/°C
    Derating Fr5
    1.6mW/°C
    Diode Capacitance
    2pF
    Forward Continuous Current
    150mA
    Forward Current
    200mA
    Forward Current Double
    130mA
    Forward Current Single
    150mA
    Forward Power Dissipation
    200mW
    Forward Surge Current
    4.5A
    Forward Voltage
    1250mV
    Forward Voltage 100mA Max
    1200mV
    Forward Voltage 10mA
    855mV
    Forward Voltage 10mA Max
    0.855V
    Forward Voltage 10ma
    855mV
    Forward Voltage 10ma BAS16W
    855mV
    Forward Voltage 150mA
    1250mV
    Forward Voltage 150mA Max
    1.25V
    Forward Voltage 1mA
    715mV
    Forward Voltage 1mA Max
    0.715V
    Forward Voltage 50mA
    1000mV
    Forward Voltage 50mA Max
    1.000V
    Forward Voltage At 10mA
    855mV
    Forward Voltage At 10mA Max
    855mV
    Forward Voltage At 150mA Max
    1250mV
    Forward Voltage At 1mA Max
    715mV
    Forward Voltage At 50mA Max
    1000mV
    Forward Voltage Max At 10mA
    855mV
    Hs Code
    85411000
    Junction Capacitance
    2pF
    Junction Storage Temperature
    -65°C ~ +150°C
    Junction Temperature
    -55°C ~ +150°C
    Marking
    KJG
    Marking Code
    KJG
    Max Junction Temperature
    150°C
    Maximum Forward Current
    200mA
    Maximum Forward Current BAV99W
    215mA
    Maximum Peak Forward Surge Current
    500mA
    Maximum Reverse Recovery Time BAS16W
    6.0 ns
    Maximum Reverse Voltage
    75V
    Moisture Sensitivity Level (MSL)
    1
    Non Rep Peak Forward Surge Current 1ms
    1A
    Non Rep Peak Forward Surge Current 1s
    0.5A
    Non Rep Peak Forward Surge Current 1us
    4A
    Non Repetitive Peak Forward Surge Current
    2.0A
    Non Repetitive Peak Forward Surge Current 1ms
    1A
    Non Repetitive Peak Forward Surge Current 1s
    0.5A
    Non Repetitive Peak Forward Surge Current 1us
    2A
    Non Repetitive Peak Reverse Voltage
    100V
    Non Repetitive Peak Surge Forward Current 1ms
    1A
    Non Repetitive Peak Surge Forward Current 1s Double
    0.75A
    Non Repetitive Peak Surge Forward Current 1s Single
    0.5A
    Non Repetitive Peak Surge Forward Current 1us
    4.5A
    Operating Junction Temperature Range Max
    +150°C
    Operating Junction Temperature Range Min
    -65°C
    Operating Temperature
    -65°C ~ +150°C
    Package
    SOT23, SOT363, SC74, SOT323
    Package Dimension A Max
    2.20 mm
    Package Dimension A Min
    2.00 mm
    Package Dimension B Max
    1.35 mm
    Package Dimension B Min
    1.15 mm
    Package Dimension C Max
    1.10 mm
    Package Dimension C Min
    0.90 mm
    Package Dimension D Max
    0.35 mm
    Package Dimension D Min
    0.15 mm
    Package Dimension E Max
    0.40 mm
    Package Dimension E Min
    0.25 mm
    Package Dimension G Max
    1.40 mm
    Package Dimension G Min
    1.20 mm
    Package Dimension H Max
    0.10 mm
    Package Dimension H Min
    0.02 mm
    Package Dimension J Max
    0.15 mm
    Package Dimension J Min
    0.05 mm
    Package Dimension K Max
    2.40 mm
    Package Dimension K Min
    2.20 mm
    Packing
    Tape and reel (3000 pieces/reel)
    Packing Quantity
    3000
    Peak Forward Current
    215mA
    Peak Forward Surge Current
    500mA
    Peak Forward Surge Current 1ms
    1A
    Peak Forward Surge Current 1s
    0.5A
    Peak Forward Surge Current 1us
    2A
    Peak Repetitive Reverse Voltage
    85V
    Peak Reverse Voltage
    85V
    Pieces Per Carton
    240000
    Pieces Per Reel
    3000
    Power Dissipation
    250mW
    Qualification
    AEC Q101
    Reel Size
    7 inch
    Repetitive Peak Forward Current
    500mA
    Repetitive Peak Reverse Voltage
    85V
    Reverse Breakdown Voltage
    75V
    Reverse Current
    2.5µA
    Reverse Current 25V
    2.0µA
    Reverse Current 25V 150C
    30µA
    Reverse Current 25V 150C Max
    30µA
    Reverse Current 70V 150C Max
    50µA
    Reverse Current 70V 25C Max
    2.5µA
    Reverse Current 70V Max
    0.15µA
    Reverse Current 75V
    2.5µA
    Reverse Current 75V 150C
    50µA
    Reverse Current 80V
    0.5µA
    Reverse Current 80V 150C
    50µA
    Reverse Current At 25V Max
    30 nA
    Reverse Current At 80V Max
    200 nA
    Reverse Leakage Current
    2.5uA
    Reverse Leakage Current At 20V Max
    25µA
    Reverse Leakage Current At 75V Max
    2.5µA
    Reverse Recovery Time
    6.0 ns
    Reverse Voltage
    70V
    Rms Reverse Voltage
    53V
    RoHS Status
    RoHS Compliant
    RoHS Status
    RoHS Compliant
    Soldering Condition
    260°C/10s
    Soldering Conditions
    260°C/10s
    Start Of Commercial Production
    2016-08
    Storage Temperature
    -55°C ~ +150°C
    Storage Temperature Range
    -65°C ~ +150°C
    Supply Voltage
    70V
    Surge Current 1ms
    1A
    Surge Current 1s
    0.5A
    Surge Current 1us
    4A
    Thermal Resistance
    625°C/W
    Thermal Resistance Ja Alumina
    417°C/W
    Thermal Resistance Ja Fr5
    556°C/W
    Thermal Resistance Junction Ambient
    625°C/W
    Thermal Resistance Junction Ambient Alumina
    417°C/W
    Thermal Resistance Junction Ambient Fr5
    625°C/W
    Thermal Resistance Junction Soldering
    190 K/W
    Thermal Resistance Junction To Air
    466°C/W
    Thermal Resistance Junction To Ambient
    564°C/W
    Thermal Resistance Junction To Ambient Fr5
    625°C/W
    Thermal Resistance Junction To Ambient Substrate
    417°C/W
    Thermal Resistance Junction To Case
    250°C/W
    Thermal Resistance Junction To Lead
    271°C/W
    Total Capacitance Typ
    0.9pF
    Total Device Dissipation Fr5
    200mW
    Total Device Dissipation Substrate
    300mW
    Total Dissipation Alumina
    300mW
    Total Dissipation Alumina Substrate
    300mW
    Total Dissipation Fr5
    225mW
    Total Dissipation Fr5 Board
    200mW
    Total Power Dissipation
    200mW
    Typical Diode Capacitance BAL99W
    1.5pF
    Typical Diode Capacitance BAS16W
    2.0pF
    Typical Diode Capacitance BAV70W
    1.5pF
    Typical Diode Capacitance BAV99W
    1.5pF
    Typical Diode Capacitance BAW56W
    2.0pF
    Typical Forward Current
    150mA
    Typical Reverse Voltage
    85V
    Weight
    6.0 mg (typ.)
    Working Peak Reverse Voltage
    71V
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