ZPC47BX100B Search Results
ZPC47BX100B Datasheets Context Search
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Contextual Info: 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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ZPC11CE2R2A ZPC12CE1R8A ZPC13CE1R5B ZPC15CE1R0B ZPC17CE0R8B ZPC47BX100B ZPC4MCE100A ZPC52CE121A 290mAp-p 100mAp-p | |
ZPC42CE560A
Abstract: ZPC59CE390A ZPC11CE2R2A ZPC12CE1R8A ZPC13CE1R5B ZPC15CE1R0B ZPC17CE0R8B ZPC25CE8R2A ZPC29CE4R7A ZPC29CE6R8A
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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
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ZPC11CE2R2A 300mA 760mA 330mA 830mA 290mAp-p 900mAp-p ZPC47BX100B 100mAp-p 330mAp-p ZPC11CE2R2A ZPC12CE1R8A ZPC13CE1R5B ZPC15CE1R0B ZPC17CE0R8B ZPC25CE8R2A ZPC29CE4R7A ZPC29CE6R8A ZPC32CE240D ZPC35CE150A | |
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Contextual Info: 正特性サーミスタ“ポジアール ”POSITIVE THERMISTORS“Posi-R” •過電流保護用 ※ φd F±1.5 φd φd F±1.5 F±1.5 図 1（Y キンク） • 12V 級 ※ 25 MIN. 7MAX. 7MAX. 25 MIN. ※ T MAX. D MAX. T MAX. D MAX. 3MAX. T MAX. D MAX. |
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ZPC11CE2R2A 300mA 760mA ZPC12CE1R8A 330mA 830mA ZPC13CE1R5B ZPR0YCH220A300 ZPR0YCE470A250 ZPR0YCE470D300 | |
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Contextual Info: 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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ZPC11CE2R2A 300mA 760mA 330mA 290mAp-p 900mAp-p ZPC47BX100B 100mAp-p 330mAp-p | |
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Contextual Info: 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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ZPC11CE2R2A ZPC12CE1R8A ZPC13CE1R5B ZPC15CE1R0B ZPC17CE0R8B ZPC47BX100B ZPC4MCE100A ZPC52CE121A 290mAp-p 100mAp-p | |
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Contextual Info: POSITIVE THERMISTORS "Posi-R" For Overcurrent Protection F±1.5 F±1.5 φd T MAX. D MAX. 3MAX. 7MAX. φd F±1.5 Fig. 1 Formed Lead Type : Y T MAX. D MAX. 25 MIN. 25 MIN. 25 MIN. φd T MAX. 7MAX. D MAX. T MAX. 7MAX. 7MAX. D MAX. 25 MIN. T MAX. D MAX. φd |
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290mAp-p 900mAp-p ZPC47BX100B 100mAp-p 330mAp-p 730mAp-p ZPC4MCE100F 210mAp-p 540mAp-p | |
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Contextual Info: POSITIVE THERMISTORS "Posi-R" For Overcurrent Protection T MAX. Type No. 25 MIN. 3MAX. φd φd F±1.5 F±1.5 Fig. 1 Formed Lead Type : Y T MAX. D MAX. 7MAX. 25 MIN. φd F±1.5 •12V Class T MAX. D MAX. 7MAX. D MAX. Fig. 2 (Formed Lead Type : U) Fig. 3 (Formed Straight) |
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ZPC11CE2R2A 300mA 760mA 330mA 830mA ZPR0YCH220A300 ZPR0YCE470A250 ZPR0YCE470D300 ZPR0YCE400A300 ZPR0YCE101A500 | |
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Contextual Info: 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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ZPC11CE2R2A 300mA 760mA 330mA 290mAp-p 900mAp-p ZPC47BX100B 100mAp-p 330mAp-p | |
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Contextual Info: 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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ZPC11CE2R2A 300mA 760mA 330mA 830mA 290mAp-p 900mAp-p ZPC47BX100B 100mAp-p 330mAp-p | |
ZPP221C501Contextual Info: 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. |
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ZPC47BX100B ZPC4MCE100A ZPC52Cnsistors ZPP35 ZPP350R500E ZPP350T500E ZPP350X500E ZPP351A500E ZPP351C500E ZPP351E500E ZPP221C501 | |
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Contextual Info: 正特性サーミスタ“ポジアール ”POSITIVE THERMISTORS“Posi-R” •過電流保護用 F±1.5 φd φd F±1.5 F±1.5 図 1（Y キンク） • 12V 級 F±1.5 図 2（内キンク） 図 3（ストレート） 電 流 特 性 寸 法 （mm） |
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ZPC11CE2R2A 300mA 760mA ZPC12CE1R8A 330mA 830mA ZPC13CE1R5B 410mA 1030mA 290mA | |
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Contextual Info: 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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ZPC11CE2R2A 300mA 760mA 330mA 290mAp-p 900mAp-p ZPC47BX100B 100mAp-p 330mAp-p | |
ZPR0RCE470A250
Abstract: 320mAOR ZPP221C501E ZPP22 ZPC2ECE3R3A ZPR0YCE400A300 ZPR0YCE101A500
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ZPC11CE2R2A ZPC12CE1R8A ZPC13CE1R5B ZPC15CE1R0B ZPC17CE0R8B ZPR0YCH220A300 ZPR0YCE470A250 ZPR0YCE470D300 ZPR0YCE400A300 ZPR0YCE101A500 ZPR0RCE470A250 320mAOR ZPP221C501E ZPP22 ZPC2ECE3R3A ZPR0YCE101A500 |