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    Untitled

    Abstract: No abstract text available
    Text: POSITIVE THERMISTORS "Posi-R" For Overcurrent Protection 25 MIN. 7MAX. 7MAX. 25 MIN. T MAX. D MAX. φd F±1.5 φd φd F±1.5 F±1.5 Fig. 1 Formed Lead Type : Y T MAX. D MAX. 3MAX. T MAX. D MAX. Fig. 2 (Formed Lead Type : U) Fig. 3 (Formed Straight) : An internal element may be exposed. However, this would not affect the function of products.


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    PDF ZPC11CE2R2A ZPC12CE1R8A ZPC13CE1R5B ZPC15CE1R0B ZPC17CE0R8B ZPC47BX100B ZPC4MCE100A ZPC52CE121A 290mAp-p 100mAp-p

    ZPC59CE390A

    Abstract: ZPC2LCE2R2A ZPC25CE8R2A ZPC2DCE3R9A
    Text: POSITIVE THERMISTORS "Posi-R" For Overcurrent Protection 25 MIN. 7MAX. 7MAX. 25 MIN. T MAX. D MAX. φd F±1.5 φd φd F±1.5 F±1.5 Fig. 1 Formed Lead Type : Y T MAX. D MAX. 3MAX. T MAX. D MAX. Fig. 2 (Formed Lead Type : U) Fig. 3 (Formed Straight) : An internal element may be exposed. However, this would not affect the function of products.


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    PDF ZPC11CE2R2A ZPC12CE1R8A ZPC13CE1R5B ZPC15CE1R0B ZPC17CE0R8B InruE270A 100mA 130mA 160mA 210mA ZPC59CE390A ZPC2LCE2R2A ZPC25CE8R2A ZPC2DCE3R9A

    ZPC42CE560A

    Abstract: ZPC59CE390A ZPC11CE2R2A ZPC12CE1R8A ZPC13CE1R5B ZPC15CE1R0B ZPC17CE0R8B ZPC25CE8R2A ZPC29CE4R7A ZPC29CE6R8A
    Text: POSITIVE THERMISTORS "Posi-R" For Overcurrent Protection 25 MIN. 7MAX. 7MAX. 25 MIN. T MAX. D MAX. φd T MAX. D MAX. 3MAX. T MAX. D MAX. φd φd F±1.5 F±1.5 F±1.5 Fig. 1 Formed Lead Type : Y •12V Class Type No. Fig. 2 (Formed Lead Type : U) Fig. 3 (Formed Straight)


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    PDF ZPC11CE2R2A 300mA 760mA 330mA 830mA ZPC13CE1R5B 290mAp-p 900mAp-p ZPC47BX100B 100mAp-p ZPC42CE560A ZPC59CE390A ZPC11CE2R2A ZPC12CE1R8A ZPC13CE1R5B ZPC15CE1R0B ZPC17CE0R8B ZPC25CE8R2A ZPC29CE4R7A ZPC29CE6R8A

    ZPC11CE2R2A

    Abstract: ZPC12CE1R8A ZPC13CE1R5B ZPC15CE1R0B ZPC17CE0R8B ZPC25CE8R2A ZPC29CE4R7A ZPC29CE6R8A ZPC32CE240D ZPC35CE150A
    Text: POSITIVE THERMISTORS "Posi-R" For Overcurrent Protection T MAX. D MAX. T MAX. MAX. MIN. MIN. 3MAX. φd φd 25 25 φd T MAX. D MAX. 7MAX. 7MAX. D F±1.5 F±1.5 F±1.5 Fig. 1 Formed Lead Type : Y Fig. 2 (Formed Lead Type : U) Fig. 3 (Formed Straight) : An internal element may be exposed. However, this would not affect the function of products.


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    PDF ZPC11CE2R2A 300mA 760mA 330mA 830mA 290mAp-p 900mAp-p ZPC47BX100B 100mAp-p 330mAp-p ZPC11CE2R2A ZPC12CE1R8A ZPC13CE1R5B ZPC15CE1R0B ZPC17CE0R8B ZPC25CE8R2A ZPC29CE4R7A ZPC29CE6R8A ZPC32CE240D ZPC35CE150A

    Untitled

    Abstract: No abstract text available
    Text: POSITIVE THERMISTORS "Posi-R" For Overcurrent Protection T MAX. D MAX. T MAX. MAX. MIN. MIN. 3MAX. φd φd 25 25 φd T MAX. D MAX. 7MAX. 7MAX. D F±1.5 F±1.5 F±1.5 Fig. 1 Formed Lead Type : Y Fig. 2 (Formed Lead Type : U) Fig. 3 (Formed Straight) : An internal element may be exposed. However, this would not affect the function of products.


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    PDF ZPC11CE2R2A 300mA 760mA 330mA 290mAp-p 900mAp-p ZPC47BX100B 100mAp-p 330mAp-p

    Untitled

    Abstract: No abstract text available
    Text: POSITIVE THERMISTORS "Posi-R" For Overcurrent Protection 25 MIN. 7MAX. 7MAX. 25 MIN. T MAX. D MAX. φd F±1.5 φd φd F±1.5 F±1.5 Fig. 1 Formed Lead Type : Y T MAX. D MAX. 3MAX. T MAX. D MAX. Fig. 2 (Formed Lead Type : U) Fig. 3 (Formed Straight) : An internal element may be exposed. However, this would not affect the function of products.


    Original
    PDF ZPC11CE2R2A ZPC12CE1R8A ZPC13CE1R5B ZPC15CE1R0B ZPC17CE0R8B ZPC47BX100B ZPC4MCE100A ZPC52CE121A 290mAp-p 100mAp-p

    Untitled

    Abstract: No abstract text available
    Text: POSITIVE THERMISTORS "Posi-R" For Overcurrent Protection T MAX. D MAX. T MAX. MAX. MIN. MIN. 3MAX. φd φd 25 25 φd T MAX. D MAX. 7MAX. 7MAX. D F±1.5 F±1.5 F±1.5 Fig. 1 Formed Lead Type : Y Fig. 2 (Formed Lead Type : U) Fig. 3 (Formed Straight) : An internal element may be exposed. However, this would not affect the function of products.


    Original
    PDF ZPC11CE2R2A 300mA 760mA 330mA 290mAp-p 900mAp-p ZPC47BX100B 100mAp-p 330mAp-p

    Untitled

    Abstract: No abstract text available
    Text: POSITIVE THERMISTORS "Posi-R" For Overcurrent Protection 25 MIN. 7MAX. 7MAX. 25 MIN. T MAX. D MAX. φd F±1.5 φd φd F±1.5 F±1.5 Fig. 1 Formed Lead Type : Y T MAX. D MAX. 3MAX. T MAX. D MAX. Fig. 2 (Formed Lead Type : U) Fig. 3 (Formed Straight) : An internal element may be exposed. However, this would not affect the function of products.


    Original
    PDF ZPC11CE2R2A 300mA 760mA 330mA 830mA 290mAp-p 900mAp-p ZPC47BX100B 100mAp-p 330mAp-p

    Untitled

    Abstract: No abstract text available
    Text: POSITIVE THERMISTORS "Posi-R" For Overcurrent Protection T MAX. D MAX. T MAX. MAX. MIN. MIN. 3MAX. φd φd 25 25 φd T MAX. D MAX. 7MAX. 7MAX. D F±1.5 F±1.5 F±1.5 Fig. 1 Formed Lead Type : Y Fig. 2 (Formed Lead Type : U) Fig. 3 (Formed Straight) : An internal element may be exposed. However, this would not affect the function of products.


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    PDF ZPC11CE2R2A 300mA 760mA 330mA 290mAp-p 900mAp-p ZPC47BX100B 100mAp-p 330mAp-p

    ZPR0RCE470A250

    Abstract: 320mAOR ZPP221C501E ZPP22 ZPC2ECE3R3A ZPR0YCE400A300 ZPR0YCE101A500
    Text: POSITIVE THERMISTORS "Posi-R" For Overcurrent Protection T MAX. D MAX. T MAX. MAX. MIN. MIN. 3MAX. φd φd 25 25 φd T MAX. D MAX. 7MAX. 7MAX. D F±1.5 F±1.5 F±1.5 Fig. 1 Formed Lead Type : Y Fig. 2 (Formed Lead Type : U) Fig. 3 (Formed Straight) : An internal element may be exposed. However, this would not affect the function of products.


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    PDF ZPC11CE2R2A ZPC12CE1R8A ZPC13CE1R5B ZPC15CE1R0B ZPC17CE0R8B ZPR0YCH220A300 ZPR0YCE470A250 ZPR0YCE470D300 ZPR0YCE400A300 ZPR0YCE101A500 ZPR0RCE470A250 320mAOR ZPP221C501E ZPP22 ZPC2ECE3R3A ZPR0YCE101A500

    Untitled

    Abstract: No abstract text available
    Text: POSITIVE THERMISTORS "Posi-R" x iîc h ic o z t For O vercurrent P rotection D max . T max . t a F ± 1 .5 Fig. 1 Formed Lead Type : Y F ± 1.5 Fig. 2 (Formed Lead Type : U) Fig. 3 (Formed Straight) M2V Class Type No. Resistance Current Characteristic Max. Operating Voltage


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    PDF ZPC11CE2R2A ZPC12CE1R8A ZPC13CE1R5B ZPC15CE1ROB ZPC17CE0R8B 300mA 330mA 410mA 520mA 60ance

    ZPC25CE8R2A

    Abstract: No abstract text available
    Text: POSITIVE THERMISTORS “Posi-R” | For O vercurrent Protection n i c l i i c o n C h a ra c te ris tic o f Z P C 4 M C E 1 0 0 A W h e n s o m e th in g a b n o rm a l o c c u rs a t th e load su c h as a tra n s is to r c irc u it or a sm a ll-ty p e m o to r, an a b n o rm a l c u rre n t ru sh e s in to th e p o w e r s o u rc e


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    PDF

    Untitled

    Abstract: No abstract text available
    Text: POSITIVE THERMISTORS "Posi-R" n ickicon • For Overcurrent Protection Characteristic of ZPC4MCE100A W h e n s o m e th in g a b n o rm a l o cc u rs a t th e lo a d such as a transistor circuit or a sm all-type motor, an abnorm al current rushes into the power source circuit. Then, a power transistor


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    PDF 100mA 130mA 900mA 280mA 730mA 540mA 190mA 230mA 290mA 330mA

    ZPC1DCE1R5A

    Abstract: ZPC3DCE6R2A 5N20
    Text: POSITIVE THERMISTORS “Posi-R” |For Overcurrent Protection 12V Class Type No. Resistance Max. Operating Voltage Max. Inrush Current Current Characteristic 25t Dimensions mm Normal Cumnt|6ffC) Limiting Currant)—IOC) D 610m A±20% 350mA or less 890mA or more


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    PDF ZPC19CE2R2A ZPC25CE8R2A ZPC29CE6R8A ZPC29CE4R7A 100mA 130mA 190mA 220mA 270mA 310mA ZPC1DCE1R5A ZPC3DCE6R2A 5N20