• <tbody id="wakv2"></tbody>
  • <input id="wakv2"><strike id="wakv2"><pre id="wakv2"></pre></strike></input>
    <label id="wakv2"><tt id="wakv2"></tt></label>
    參數資料
    型號: JAN1N980DUR-1
    廠商: MICROSEMI CORP
    元件分類: 參考電壓二極管
    英文描述: Low Current Operation at 250??A???Low Reverse Leakage,Low Noise Zener Diode(250??A?·¥?????μ?μ?????°????????????μ?μ?????????a?£°???é???o3?o???????)
    中文描述: 62 V, 0.5 W, SILICON, UNIDIRECTIONAL VOLTAGE REGULATOR DIODE, DO-213AA
    文件頁數: 2/3頁
    文件大?。?/td> 221K
    代理商: JAN1N980DUR-1
    Silicon 500 mW Zener Diodes
    SCOTTSDALE DIVISION
    1N957B, -1 thru 1N992B, -1 DO-35
    W
    M
    .
    C
    1
    (
    ELECTRICAL CHARACTERISTICS* @ 25
    o
    C
    NOMINAL
    ZENER
    VOLTAGE
    (Note 2)
    V
    Z
    I
    ZT
    NUMBER
    (Note 1)
    VOLTS
    mA
    1N957B
    1N958B
    1N959B
    1N960B
    1N961B
    10
    12.5
    1N962B
    1N963B
    1N964B
    1N965B
    1N966B
    16
    7.8
    1N967B
    1N968B
    1N969B
    1N970B
    1N971B
    27
    4.6
    1N972B
    1N973B
    1N974B
    1N975B
    1N976B
    43
    3.0
    1N977B
    1N978B
    1N979B
    1N980B
    1N981B
    68
    1.8
    1N982B
    1N983B
    1N984B
    1N985B
    1N986B
    110
    1.1
    1N987B
    1N988B
    1N989B
    1N990B
    1N991B
    1N992B
    200
    0.65
    * JEDEC Registered Data
    NOTE 1:
    The JEDEC type numbers shown (B suffix) have a +/-5% tolerance on nominal Zener voltage. The suffix A is used to identify +/-
    10% tolerance; suffix C is used to identify +/-2%; and suffix D is used to identify +/-1% tolerance; no suffix indicates +/-20%
    tolerance.
    NOTE 2:
    Zener voltage (
    V
    Z
    ) is measured after the test current has been applied for 20 +/- 5 seconds. The device shall be suspended by its
    leads with the inside edge of the mounting clips between .375” and .500” from the body. Mounting clips shall be maintained at a
    temperature of 25 +8/ -2
    C.
    NOTE 3:
    The zener impedance is derived when a 60 cycle ac current having an rms value equal to 10% of the dc zener current (I
    or
    I
    ZK
    ) is superimposed on I
    ZT
    or I
    ZK
    . Zener impedance is measured at 2 points to ensure a sharp knee on the breakdown curve
    and to eliminate unstable units. See MicroNote 202 for variation in dynamic impedance with different zener currents.
    NOTE 4:
    The values of
    I
    ZM
    are calculated for a +/- 5% tolerance on nominal zener voltage. Allowance has been made for the rise in zener
    voltage above V
    ZT
    which results from zener impedance and the increase in junction temperature as power dissipation approaches
    400 mW. In the case of individual diodes I
    ZM
    is that value of current which results in a dissipation of 400 mW at 75
    C lead
    temperature at 3/8” from body.
    NOTE 5:
    The surge for I
    ZSM
    is a square wave or equivalent half-sine wave pulse of 1/120 sec. duration.
    ZENER
    TEST
    CURRENT
    MAX. ZENER IMPEDANCE
    (Note 3)
    Z
    ZT
    @ I
    ZT
    Z
    ZK
    @ I
    ZK
    OHMS
    OHMS
    4.5
    5.5
    6.5
    7.5
    8.5
    700
    9.5
    11.5
    13.0
    16
    17
    700
    21
    25
    29
    33
    41
    750
    49
    58
    70
    80
    93
    1500
    105
    125
    150
    185
    230
    2000
    270
    330
    400
    500
    750
    4000
    900
    1100
    1500
    1700
    2200
    2500
    8000
    MAX. DC
    ZENER
    CURRENT
    (Note 4)
    I
    ZM
    mA
    55
    50
    45
    41
    38
    32
    31
    28
    25
    24
    20
    18
    16
    15
    13
    12
    11
    10
    9.5
    8.8
    7.9
    7.4
    6.8
    6.0
    5.5
    5.0
    4.6
    4.1
    3.7
    3.3
    3.1
    2.7
    2.4
    2.2
    2.0
    1.8
    MAX. SURGE
    CURRENT
    (Note 5)
    I
    ZSM
    mA
    300
    275
    250
    225
    200
    175
    160
    150
    130
    120
    110
    100
    90
    80
    70
    65
    60
    55
    46
    44
    40
    37
    35
    30
    28
    26
    23
    21
    18
    16
    15
    13
    12
    11
    10
    9
    MAX. REVERSE
    LEAKAGE
    CURRENT
    I
    R
    @
    μ
    A
    150
    75
    50
    25
    10
    5
    5
    5
    5
    5
    5
    5
    5
    5
    5
    5
    5
    5
    5
    5
    5
    5
    5
    5
    5
    5
    5
    5
    5
    5
    5
    5
    5
    5
    5
    5
    V
    R
    VOLTS
    5.2
    5.7
    6.2
    6.9
    7.6
    8.4
    9.1
    9.9
    11.4
    12.2
    13.7
    15.2
    16.7
    18.2
    20.6
    22.8
    25.1
    27.4
    29.7
    32.7
    35.8
    38.8
    42.6
    47.1
    51.7
    56.0
    62.2
    69.2
    76.0
    83.6
    91.2
    98.8
    114.0
    121.6
    136.8
    152.0
    MAX. TEMP.
    COEFFICIENT
    α
    VZ
    %/
    o
    C
    +0.05
    +0.058
    +0.065
    +0.068
    +0.075
    +0.076
    +0.077
    +0.079
    +0.082
    +0.083
    +0.085
    +0.086
    +0.087
    +0.088
    +0.090
    +0.091
    +0.092
    +0.093
    +0.094
    +0.095
    +0.095
    +0.096
    +0.096
    +0.097
    +0.097
    +0.098
    +0.098
    +0.099
    +0.11
    +0.11
    +0.11
    +0.11
    +0.11
    +0.11
    +0.11
    +0.11
    JEDEC
    TYPE
    mA
    1.0
    .5
    .5
    .5
    .25
    .25
    .25
    .25
    .25
    .25
    .25
    .25
    .25
    .25
    .25
    .25
    .25
    .25
    .25
    .25
    .25
    .25
    .25
    .25
    .25
    .25
    .25
    .25
    .25
    .25
    .25
    .25
    .25
    .25
    .25
    .25
    6.8
    7.5
    8.2
    9.1
    18.5
    16.5
    15.0
    14.0
    700
    700
    700
    700
    11
    12
    13
    15
    11.5
    10.5
    9.5
    8.5
    700
    700
    700
    700
    18
    20
    22
    24
    7.0
    6.2
    5.6
    5.2
    750
    750
    750
    750
    30
    33
    36
    39
    4.2
    3.8
    3.4
    3.2
    1000
    1000
    1000
    1000
    47
    51
    56
    62
    2.7
    2.5
    2.2
    2.0
    1500
    1500
    2000
    2000
    75
    82
    91
    100
    1.7
    1.5
    1.4
    1.3
    2000
    3000
    3000
    3000
    120
    130
    150
    160
    180
    1.0
    0.95
    0.85
    0.80
    0.68
    4500
    5000
    6000
    6500
    7100
    Microsemi
    Scottsdale Division
    8700 E. Thomas Rd. PO Box 1390, Scottsdale, AZ 85252 USA, (480) 941-6300, Fax: (480) 947-1503
    Page 2
    Copyright
    2003
    10-31-2003 REV B
    相關PDF資料
    PDF描述
    JAN1N981 Low Current Operation at 250??A???Low Reverse Leakage,Low Noise Zener Diode(250??A?·¥?????μ?μ?????°????????????μ?μ?????????a?£°???é???o3?o???????)
    JAN1N981-1 Low Current Operation at 250??A???Low Reverse Leakage,Low Noise Zener Diode(250??A?·¥?????μ?μ?????°????????????μ?μ?????????a?£°???é???o3?o???????)
    JAN1N981A Low Current Operation at 250??A???Low Reverse Leakage,Low Noise Zener Diode(250??A?·¥?????μ?μ?????°????????????μ?μ?????????a?£°???é???o3?o???????)
    JAN1N983C GTLP-to-TTL 1:6 Clock Driver; Package: TSSOP; No of Pins: 24; Container: Rail
    JAN1N983D GTLP-to-TTL 1:6 Clock Driver; Package: TSSOP; No of Pins: 24; Container: Tape &amp; Reel
    相關代理商/技術參數
    參數描述
    JAN1N981A 制造商: 功能描述: 制造商:undefined 功能描述:
    JAN1N981B 制造商: 功能描述: 制造商:undefined 功能描述:
    JAN1N981B-1 制造商:Aeroflex 功能描述:ZENER VOLTAGE REGULATOR DIODE 制造商:Aeroflex / Metelics 功能描述:ZENER VOLTAGE REGULATOR DIODE - Bulk 制造商:Microsemi Corporation 功能描述:ZENER SGL 68V 5% 500MW 2PIN DO-35 - Bulk
    JAN1N981BUR-1 制造商:Aeroflex 功能描述:Diode Zener Single 68V 5% 500mW 2-Pin DO-213AA 制造商:Aeroflex / Metelics 功能描述:ZENER VOLTAGE REGULATOR DIODE - Bulk 制造商:Microsemi Corporation 功能描述:ZENER SGL 68V 5% 500MW 2PIN DO-213AA - Bulk
    JAN1N981C-1 功能描述:Zener Diode 68V 500mW ±2% Through Hole DO-35 (DO-204AH) 制造商:microsemi ire division 系列:軍用,MIL-PRF-19500/117 包裝:散裝 零件狀態(tài):在售 電壓 - 齊納(標稱值)(Vz):68V 容差:±2% 功率 - 最大值:500mW 阻抗(最大值)(Zzt):230 歐姆 不同?Vr 時的電流 - 反向漏電流:500nA @ 52V 不同 If 時的電壓 - 正向(Vf):1.1V @ 200mA 工作溫度:-65°C ~ 175°C 安裝類型:通孔 封裝/外殼:DO-204AH,DO-35,軸向 供應商器件封裝:DO-35(DO-204AH) 標準包裝:1