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134mV

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AB-24

Abstract: FAN5056 static limits on the output voltage are required to be +89/-79mV, and the transient limits + 134mV. , the VID code setting, 2.000V in this case. The output is allowed to drop 134mV from this value. Since this is caused by a current step of 14.2A, the required ESR for this transition is just ESR = 134mV , . Since we are allowed to rise 134mV, there is 2.134V ­ 1.988V = 146mV of headroom; this being more than the 134mV of the previous paragraph, the number of caps required for this edge is less. We can thus
Fairchild Semiconductor
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hr r 102k

Abstract: y0030 =103mV VHR=134mV dB 1. VHR=167mV The product can be used with voltage sources from 3 to 30Vdc by , , ILOAD = 10A 0 VHR=103mV VHR=134mV dB VHR=167mV VHR=203mV -50 VHR=256mV VHR , Figure 6 ­ Attenuation vs frequency @ 15 volts VOUT = 28V, ILOAD = 10A 0 VHR=103mV VHR=134mV dB
Vicor
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UT69151

Abstract: capacitor cross reference Voltage Power Dissipation 0.01uF 0.4 2.1V 0.1uF 0.04 134mV 4.9V 3.6mW 1.0uF
Aeroflex UTMC
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BCR450

Abstract: BC817SU 122mV 90.00 80.00 126mV 80.00 70.00 130mV 70.00 134mV 60.00 Iout (mA , 100.00 118mV 90.00 -40°C 126mV 80.00 -25°C 70.00 130mV 70.00 0°C 134mV , 70.00 130mV 70.00 0°C 134mV 60.00 25°C 60.00 Iout (mA) 118mV 90.00 Iout
Infineon Technologies
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Abstract: =103mV) Vout=15V Iload=10A 113k (134mV) 102k (167mV) 95.3k (203mV) -40 82.5k (256mV) -80 75k (300mV) -110 , B -0 Rhr=124k (Vhr=103mV) Vout=15V Iload=10A 113k (134mV) 102k (167mV) 95.3k (203mV) -40 82.5k Picor
Original
Abstract: =124k (Vhr=103mV) Vout=15V Iload=10A 102k (167mV) -40 dB 95.3k (203mV) 113k (134mV) -80 82.5k (256mV , =103mV) Vout=15V Iload=10A 102k (167mV) -40 dB 95.3k (203mV) 113k (134mV) -80 82.5k (256mV) 75k (300mV Picor
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25uF capacitor

Abstract: =124k (Vhr=103mV) Vout=15V Iload=10A 102k (167mV) -40 dB 95.3k (203mV) 113k (134mV) -80 82.5k (256mV , =103mV) Vout=15V Iload=10A 102k (167mV) -40 dB 95.3k (203mV) 113k (134mV) -80 82.5k (256mV) 75k (300mV
Picor
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Abstract: the 3 to 30 Volt range of the QPO-1. 113k (134mV) 82.5k (256mV) -80 75k (300mV) -110 , =15V Iload=10A 113k (134mV) 102k (167mV) 95.3k (203mV) dB -40 82.5k (256mV) -80 75k Picor
Original
Abstract: =124k (Vhr=103mV) Vout=15V Iload=10A 102k (167mV) -40 dB 95.3k (203mV) 113k (134mV) -80 82.5k (256mV , =103mV) Vout=15V Iload=10A 102k (167mV) -40 dB 95.3k (203mV) 113k (134mV) -80 82.5k (256mV) 75k (300mV Picor
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C1608COG1H222J

Abstract: SPX5205M5-5 ripple = 100mV Vout ripple = 134mV Ichoke (5A/div) Ichoke (5A/div) Figure 9. Output Ripple: No
Sipex
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AN105 infineon

Abstract: 146mV 148mV 150mV 152mV 134mV 100.00 90.00 80.00 70.00 100.00 90.00 80.00 70.00 Iout (mA) 60.00
Infineon Technologies
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BCR450

Abstract: AN105 infineon 130mV 70.00 0°C 134mV 60.00 25°C 60.00 Iout (mA) 122mV 80.00 Iout (mA
Infineon Technologies
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Abstract: -25°C 70.00 130mV 70.00 0°C 60.00 25°C 134mV 138mV 140mV 142mV 144mV 150mV Infineon Technologies
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LTC4055EUF#PBF

Abstract: 40VMAX rising trip point should be 4.48V. 34.8 VHYST ( Adapter ) 30mV · 1 + 134mV 10 The hysteresis is going to be approximately 134mV for this example. Power Dissipation The conditions that
Linear Technology
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Abstract: rising trip point should be 4.48V. 34.8 VHYST ( Adapter ) 30mV · 1 + 134mV 10 The hysteresis is going to be approximately 134mV for this example. Power Dissipation The conditions that Linear Technology
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marking 2U 95 diode

Abstract: automatic room power control circuit block diagra be 4.48V. 34.8 VHYST ( Adapter ) 30mV · 1+ 134mV 10 The hysteresis is going to be approximately 134mV for this example. Power Dissipation The conditions that cause the LTC4055/LTC4055-1 to
Linear Technology
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LTC4055 marking 2U 95 diode automatic room power control circuit block diagra Pin Diagram of ic 4086 datasheet LTC1733 LTC4055EUF A/100 LTC3405/LTC3405A LTC3406/LTC3406A LTC3411 LTC3440

LTC4055

Abstract: LTC4055-1 MEASURE CH1 p-p 44.8mV CH2 p-p 254mV 2 CH2 MAX 134mV LIMIT = ±150mV CH1 CYC RMS
Linear Technology
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LTC4055-1 4055/LTC4055-1 DFN14 LTC4088-1/ LTC4088-2 LTC4089/ LTC4089-5/
Abstract: transient limits are ±134mV, current I is 14.2A, and the nominal voltage is 2.000V, using MOSFET current Analog Devices
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CN-0267 CM360 AD5421 AD5700 CN0267

PC MOTHERBOARD intel 845 circuit diagram

Abstract: intel 845 MOTHERBOARD pcb CIRCUIT diagram the static limits are +89mV/-79mV, transient limits are ±134mV, current I is 14.2A, and the nominal
Fairchild Semiconductor
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RC5061 PC MOTHERBOARD intel 845 circuit diagram intel 845 MOTHERBOARD pcb CIRCUIT diagram INTEL 845 MOTHERBOARD CIRCUIT diagram PC 845 MOTHERBOARD VOLTAGE diagram PC 845 MOTHERBOARD PROCESSOR VOLTAGE diagram 845 MOTHERBOARD CIRCUIT diagram RC5061M DS30005051

AB-24

Abstract: Voltage Power Dissipation 0.01uF 0.4 2.1V 0.1uF 0.04 134mV 4.9V 3.6mW 1.0uF
Fairchild Semiconductor
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AB-24 FAN5070 FAN5070M DS30005056MV85

c3457

Abstract: 122mV 90.00 80.00 126mV 80.00 70.00 130mV 70.00 134mV 60.00 Iout (mA , 100.00 118mV 90.00 -40°C 126mV 80.00 -25°C 70.00 130mV 70.00 0°C 134mV , 70.00 130mV 70.00 0°C 134mV 60.00 25°C 60.00 Iout (mA) 118mV 90.00 Iout
Analog Devices
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c3457 ADXL190 QC-14 C3457 ADXL190EM-1 ADXL190WQC

c3457

Abstract: transistor c3457 =124k (Vhr=103mV) Vout=15V Iload=10A 102k (167mV) -40 dB 95.3k (203mV) 113k (134mV) -80 82.5k (256mV , =103mV) Vout=15V Iload=10A 102k (167mV) -40 dB 95.3k (203mV) 113k (134mV) -80 82.5k (256mV) 75k (300mV
Analog Devices
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transistor c3457 ADXL
Abstract: =103mV) Vout=15V Iload=10A 113k (134mV) 102k (167mV) 95.3k (203mV) -40 82.5k (256mV) -80 75k (300mV) -110 , B -0 Rhr=124k (Vhr=103mV) Vout=15V Iload=10A 113k (134mV) 102k (167mV) 95.3k (203mV) -40 82.5k -
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ADXL19
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