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Part : PN3904 Supplier : Motorola Manufacturer : Bristol Electronics Stock : 449 Best Price : $0.1125 Price Each : $0.3750
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PN3904

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: 10k R1 10k PN3904 VOUT CS-5150 Power Good PN3904 R2 6.2k Figure 15 , -5150 Additional Application Circuits 12V 5V 0.1mF 1k MBRS120 1mF + 1mF MBRS120 PN3904 Cherry Semiconductor
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IRL3103 MMUN2111T1 CS-5155 CS-5155/5156 CS-5120/5121 F/25V F/10V CS-5150D16
Abstract: Transistors i PNP General Purpose Transistor UMT3906/SST3906/MMST3906/RXT3906/2N3906 # Features 1 ) BVceoCâ'"40V (lc= â'"1mA) 2 ) Complements the UMT3904/SST3904/MMST3904/RXT3904/PN3904. â'¢Package, marking and packaging specifications â'¢External dimensions (Units : mm) UMT3906 Type UMT3906 SST390B MMST3906 RXT3906 2N3906 Package UMT3 SST3 SMT3 MPT3 TO-92 Marking R2A R2A R2A AD» â'" Code T106 T116 T146 T100 T93 Basic ordering unit (pieces) 3000 3000 3000 1000 3000 K Indícales lot number -
OCR Scan
SST3905 TRANSISTOR MARKING CODE R2A SPEC-A38 a3s marking tr marking code r2a T146 UMT3904/SST3904/MMST3904/RXT3904/PN3904 SC-70 SST3906 SC-59 SC-62
Abstract: EEPROM Supply Programmer for Read/Write Control â yy^ â  r PN3904 r 5V Regulator with Shut Down "X I -
OCR Scan
LM338 IP338AK IP338K IP338V 5 Amp Positive Adjustable Regulators LM338 TO-3 pin out of lm338 lead acid battery charger IC LM338 IP138A IP338A LM138 IP338 IP138
Abstract: PN3904 VOUT CS-5121 Power Good PN3904 R2 6.2k Figure 13: Implementing Power Good with , 1k + 1mF MBRS120 1mF 100mF/10V x 3 Tantalum PN3904 5.6V VCC2 VCC1 + Cherry Semiconductor
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IN5821 MBR1535CT-1 CS512-1 CS5121 IN4148 CS-5150/5151/5155/5156 F/16V CS-5121D16 CS-5121N16 CS-5121DR16
Abstract: output to ground for regulator voltages less than VPower Good. 5V R3 10k R1 10k PN3904 VOUT CS-5156 Power Good PN3904 R2 6.2k VGATE = 12V - 5V = 7V (see Figure 15). Figure 13 , 1mF + 1mF MBRS120 PN3904 5.6V 100mF/10V x 3 Tantalum VCC1 VCC2 + 33mF/25V x Cherry Semiconductor
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MBR1535CT 5156 CS-5151 CS-5150/5151 CS-5156D16 CS-5156N16 CS-5156DR16
Abstract: PN3904 VOUT CS-5120 Trace 4 = 5V from PC Power Supply (2V/div.) Trace 1 = Regulator Output Voltage (1V/div.) Power Good PN3904 R2 6.2k Figure 13: OVP response to an input-to-output , PN3904 5.6V + 1200mF x 10V x 2 AIEI 0.1mF VCC2 VGATE(H) VCC1 + 33mF/25V x 2 Analog Devices
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12v 10A regulator in4148 smd diode pentium mmx 14v 10A mosfet 12V 10A voltage regulators 3.3k resistor CS5120 CS-5120D16 CS-5120N16 CS-5120DR16
Abstract: PN3904 VOUT CS-5155 Power Good PN3904 R2 6.2k Trace 4 = 5V from PC Power Supply (2V , MBRS120 1mF + 1mF MBRS120 PN3904 100mF/10V x 3 Tantalum 5.6V 33mF/25V x 2 Tantalum Cherry Semiconductor
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CS5155 14544 5155 CS-5155D16 CS-5155N16 CS-5155DR16
Abstract: than VPower Good. 5V R3 10k R1 10k PN3904 VOUT CS-5151 Power Good PN3904 R2 , -5151 Additional Application Circuits 5V 12V 0.1mF 1k MBRS120 1mF + 1mF MBRS120 PN3904 Cherry Semiconductor
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capacitor 12v 33MF MBR735 CS-5151D16 CS-5151N16 CS-5151DR16
Abstract: PN3904 VOUT CS-5120 Trace 4 = 5V from PC Power Supply (2V/div.) Trace 1 = Regulator Output Voltage (1V/div.) Power Good PN3904 R2 6.2k Figure 13: OVP response to an input-to-output , PN3904 5.6V + 1200mF x 10V x 2 AIEI 0.1mF VCC2 VGATE(H) VCC1 + 33mF/25V x 2 Cherry Semiconductor
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capacitor 10v 33MF IRF7201 IRF7413 CS-515X
Abstract: Transistors I PNP General Purpose Transistor UMT3906/SST3906/MMST3906/RXT3906/2N3906 â'¢External dimensions (Units : mm) â'¢Features t ) BVceo< â'"40V (Icâ'"1mA) 2 ) Complements the UMT3904/SST3904/MMST3904/RXT3904/PN3904. â'¢Package, marking and packaging specification« Type UM13906 SST3906 MMST3906 BXT3906 2N3906 Package UMT3 SST3 SMT3 MPT3 TO-92 Marking R2A R2A R2A AD* â'" Code T106 T116 T146 T10D T93 Basic ordering unit (pieces) 3000 3000 3000 1000 3000 * Indicates lot numbsr -
OCR Scan
Transistors specification with hybrid two transistors T116 T10D T106 Rohm umt3904 SC-43 SC-71 SC-67
Abstract: http://onsemi.com 11 CS5161, CS5161H 5.0 V R3 10 k VOUT R1 10 k CS5161 PN3904 Power Good PN3904 R2 6.2 k Figure 17. Implementing Power Good with the CS5161/5161H M 5.00 ON Semiconductor
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SUD50NO3-10P CS5161GD16 CS5161GDR16 CS5161HGD16 CS5161HGDR16 marking code SS SOT23 DRIVER MOSFET CS515X CS5161/D
Abstract: Applications Information: continued 5V R3 10k R1 10k VOUT Power Good PN3904 R2 6.2k PN3904 CS5157H ON Semiconductor
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CS5120/5121 MS-012 CS5157HGD16 CS5157HGDR16
Abstract: PN3904 Power Good PN3904 R2 6.2 k Figure 15. Implementing Power Good with the CS5156 ON Semiconductor
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CS5151 685 j CS5156GD16 CS5156GDR16 CS5156GN16 CS5150/CS5151 CS5156/D
Abstract: ://onsemi.com 10 CS5159 5.0 V R3 10 k VOUT R1 10 k CS5159 PN3904 Power Good PN3904 ON Semiconductor
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CS5157 CS5159GD16 CS5159GDR16 CS5159/D
Abstract: R1 10 k R2 6.2 k PN3904 Power Good PN3904 CS5156H Figure 15. Implementing Power Good with ON Semiconductor
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MOSFET SMD MARKING CODE CS5150H/CS5151H CS5156H/D
Abstract: . 5V R3 10k R1 10k VOUT Power Good PN3904 R2 6.2k PN3904 CS5156H Figure 13: Implementing Cherry Semiconductor
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CS5150H/5151H CS5156HGD16 CS5156HGDR16
Abstract: V R3 10 k VOUT R1 10 k CS5159 PN3904 Power Good PN3904 R2 6.2 k Figure 17 ON Semiconductor
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Abstract: 10 k CS5161 PN3904 Power Good PN3904 R2 6.2 k Figure 17. Implementing Power Good ON Semiconductor
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Abstract: ://onsemi.com 10 CS5157H 5.0 V R3 10 k VOUT R1 10 k CS5157H PN3904 Power Good PN3904 ON Semiconductor
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CS5157HG CS5157H/D
Abstract: ://onsemi.com 10 CS5157 5.0 V R3 10 k VOUT R1 10 k CS5157 PN3904 Power Good PN3904 ON Semiconductor
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CS5157GD16 CS5157GDR16 CS5157/D
Abstract: EEPROM Supply Programmer for Read/Write Control â yy^ â  r PN3904 r 5V Regulator with Shut Down "X I -
OCR Scan
BEL 100N TRANSISTOR bel 187 transistor bel 188 transistor bel 187 transistor npn bel 187 bel 187 NPN TRANSISTOR
Abstract: R3 Power Good â 10k Vout CS-5158 R1 10k -VW- PN3904 ' R2 â'¢6.2k 4* PN3904 Figure 15: Implementing -
OCR Scan
bel187 BEL188 transistor bel 187 BEL100N BEL 100p transistor BF 500 transistor
Abstract: PN3904 VOUT CS-5120 Trace 4 = 5V from PC Power Supply (2V/div.) Trace 1 = Regulator Output Voltage (1V/div.) Power Good PN3904 R2 6.2k Figure 13: OVP response to an input-to-output , PN3904 5.6V + 1200mF x 10V x 2 AIEI 0.1mF VCC2 VGATE(H) VCC1 + 33mF/25V x 2 -
OCR Scan
Cherry Semiconductor inductor design irig b converter 44MS DI5001 smd diode S4 6A
Abstract: regulator voltages less than VPower Good. 5.0 V R3 10 k VOUT NCP5162 R1 10 k PN3904 Power Good PN3904 R2 6.2 k Figure 16. Implementing Power Good with the NCP5162 http -
OCR Scan
V2M SOT23 D30-V CS-5157 1200ILF/1OV MBRS1203 CS-5158D16 CS-5158DR16
Abstract: regulator voltages less than VPower Good. 5.0 V R3 10 k VOUT NCP5162 R1 10 k PN3904 Power Good PN3904 R2 6.2 k Figure 16. Implementing Power Good with the NCP5162 http -
OCR Scan
transistor bf 198 bel 100n transistor npn bel 188 transistor pnp transistor BEL 100P BEL 100N transistor 2222a to-92
Abstract: - Power Good PN3904 Iâ'" PN3904 Figure 15: Implementing Power Good with the CS-5150. Trace 3 = 12V ON Semiconductor
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NCP5162DR2 NCP5162D NCP5162/D
Abstract: - :R3 â'¢10k Power Good Vout CS-5120 R1 10k -VvV- PN3904 R2 â'¢6.2k 4: PN3904 Figure 15 ON Semiconductor
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EMI/EMC 4.1 amplifier circuit diagram High voltage negative regulator pin voltage of ic 393 PWM techniques SO-16
Abstract: - : R3 Power Good â'¢10k : vqut CS-5157H R1 10k -VAr PN3904 â  R2 â  6.2k 4: PN3904 Figure 15 Cherry Semiconductor
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CS5151H CS5155H/5156H CS-5151H CS5151HGD16 CS5151HGDR16
Abstract: regulator voltages less than VPower Good. 5.0 V R3 10 k VOUT R1 10 k R2 6.2 k PN3904 Power Good PN3904 -
OCR Scan
TT 2076 T79 SMD CS-51 CS-5150N16 CS-5150DR16 0G03327
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