Please enter a valid full or partial manufacturer part number with a minimum of 3 letters or numbers

    ZPC4MCE100A Search Results

    ZPC4MCE100A Datasheets (1)

    Part ECAD Model Manufacturer Description Curated Datasheet Type PDF
    ZPC4MCE100A Nichicon Positve Thermistor Radial Lead Disk Type Positive Thermistor Original PDF

    ZPC4MCE100A Datasheets Context Search

    Catalog Datasheet Type Document Tags 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


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

    ALY TRANSISTOR

    Abstract: transistor ALY
    Text: POSITIVE THERMISTORS "Posi-R" • For Overcurrent Protection W hen som ething abnorm al occurs at the load such as a transistor circuit or a small-type motor, an abnormal current rushes into the power source circuit. Then, a power transistor at the transformer or the switching power supply generates heat


    OCR Scan     		ZPC4MCE100A ALY TRANSISTOR transistor ALY PDF

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

    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.


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

    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)


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

    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.


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

    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


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

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

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

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

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

    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


    OCR Scan     		PDF

    ZPP221C501

    Abstract: No abstract text available
    Text: POSITIVE THERMISTORS "Posi-R" xiîcKîcon For Overcurrent Protection in Telecommunications Equipment. • Features ■ Examples of applications 1 . This type responds quickly as having low heat capacity. 2 . Noise shall not be generated as this is a non-contact type.


    OCR Scan     		ZPC47BX100B ZPC4MCE100A ZPC52Cnsistors ZPP35 ZPP350R500E ZPP350T500E ZPP350X500E ZPP351A500E ZPP351C500E ZPP351E500E ZPP221C501 PDF

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