ZXCT10xx
Abstract: ZXCT1041 ZXCT1030 mosfet motor dc 48v ZXCT1051 ZXCT1020 ZXCT1008 10a h-bridge driver 25mA ROUND fuse bi-directional switches FET
Text: AN39 Current measurement applications handbook by Peter Abiodun Bode, Snr. Applications Engineer Contents 1 Introduction. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3 1.1 Application types . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3
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D-81541
ZXCT10xx
ZXCT1041
ZXCT1030
mosfet motor dc 48v
ZXCT1051
ZXCT1020
ZXCT1008
10a h-bridge driver
25mA ROUND fuse
bi-directional switches FET
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Fitipower Integrated Technology
Abstract: No abstract text available
Text: Fitipower Design Tool for Boost Converter Feature : • • • • • External Components Suggestion Efficiency Analysis Stability Analysis Bode Plot Switching Waveform Simulation User Friendly Interface P1 Fitipower Integrated Technology Inc. Key in Power & Related Condition
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FAN6520A
Abstract: mathcad INDUCTOR DESIGN AN-6009 FAN6520 dfeucht037 dfeucht036 AN6009
Text: www.fairchildsemi.com Application Note AN-6009 Components Calculations and Simulation Tools for FAN6520A Background/Overview 4. To simplify designs using the FAN6520A PWM modulator, Fairchild has developed: View results on the Bode plot inside “Type*_Graph”
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AN-6009
FAN6520A
FAN6520A
AN3006009
mathcad INDUCTOR DESIGN
AN-6009
FAN6520
dfeucht037
dfeucht036
AN6009
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Untitled
Abstract: No abstract text available
Text: Fitipower Design Tool for Buck Converter Feature : • External Component Suggestion • Efficiency Analysis • Stability Analysis Bode Plot • Switching Waveform Simulation P1 Fitipower Integrated Technology Inc. Key in Power & Related Condition (User Input Data
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application notes AS3842
Abstract: Astec Semiconductor as3842 Stabilizing Feedback Control Loops venable Astec Semiconductor as3842 datasheet AS3842 astec as3842 Astec Semiconductor as3842 application notes Astec Semiconductor as431 application notes astec application note as431 application note
Text: AS3842 Application Note 5 SWITCHING POWER SUPPLY CONTROL LOOP DESIGN 2. Basic Control Loop Concepts Mike Wong 2.1 Transfer Functions and the Bode Plots 1. Introduction In a switched mode power converter, the conduction time of the power switch is regulated
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AS3842
application notes AS3842
Astec Semiconductor as3842
Stabilizing Feedback Control Loops venable
Astec Semiconductor as3842 datasheet
AS3842
astec as3842
Astec Semiconductor as3842 application notes
Astec Semiconductor as431 application notes
astec application note
as431 application note
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injection transformer
Abstract: an1889 pcb step down transformer AN-1889 national step up an down transformer AN-1889 Signal Path Designer high frequency step up transformer sine National Semiconductor
Text: National Semiconductor Application Note 1889 Frederik Dostal October 14, 2008 Introduction The regulation characteristics of most power management circuits are defined by the converter loop transfer function which can be plotted in a Bode plot. This representation of the
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AN-1889
injection transformer
an1889
pcb step down transformer
AN-1889 national
step up an down transformer
AN-1889
Signal Path Designer
high frequency step up transformer
sine National Semiconductor
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P6245
Abstract: abstract of op amp MAX4238 TYPICAL APP5086 Agilent-4395A MAX4238 Agilent4395A testing resistor using multimeter op amp comparator test circuit 5086 Photodiode
Text: Maxim > Design support > App notes > Amplifier and Comparator Circuits > APP 5086 Keywords: op amp, operational amp, input capacitance, transimpedance amp, photodiode transimpedance amp, medical instrumentation, industrial control, piezo-sensor interface, bode plot, RC filter, op amp input impedance, op amp stability, photodiode
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MAX4238
com/an5086
AN5086,
APP5086,
Appnote5086,
P6245
abstract of op amp
MAX4238 TYPICAL
APP5086
Agilent-4395A
MAX4238
Agilent4395A
testing resistor using multimeter
op amp comparator test circuit
5086 Photodiode
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AN9536
Abstract: op amp model Spice HA5112 pspice HA-5112 RFT1216-1 Mancini OP AMP WITH 5 AMP OUTPUT
Text: PSPICE Performs Op Amp Open Loop Stability Analysis HA5112 Application Note The open loop stability plot of an op amp circuit, which is commonly called a Bode [1] plot, is often difficult to observe in the lab because most op amps saturate when the loop is opened.
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HA5112)
AN9536
op amp model Spice
HA5112
pspice
HA-5112
RFT1216-1
Mancini
OP AMP WITH 5 AMP OUTPUT
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pspice model
Abstract: simulation model electrolytic capacitor dc to ac converter schematic AN3442 ac to ac voltage converter schematic APP3442 pspice PULSE CURRENT SOURCE transconductance amplifier spice MAX8546
Text: Maxim > App Notes > POWER-SUPPLY CIRCUITS Keywords: PSPICE, SPICE, bode plot, open loop gain, loop reponse Feb 07, 2005 APPLICATION NOTE 3442 Simple PSPICE Model Predicts MAX8546 Stability and Transient Response Abstract: The MAX8546 is a low-cost, wide-input-voltage range, step-down controller with foldback current
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MAX8546
300kHz
com/an3442
MAX8546:
AN3442,
APP3442,
Appnote3442,
pspice model
simulation model electrolytic capacitor
dc to ac converter schematic
AN3442
ac to ac voltage converter schematic
APP3442
pspice
PULSE CURRENT SOURCE
transconductance amplifier spice
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uc3843 flyback supply opto-coupler
Abstract: flyback uc3843 tl431 schematic adapter UC3843 UC3843 power supply atx atx power supply schematic uc3843 UC3843 spice model uc3843 dc to dc converter schematic UC3843 atx forward converter with TL431 65W ac adapter schematic
Text: AND8327/D Stability Analysis in Multiple Loop Systems Prepared by Christophe Basso, Stéphanie Conseil, Nicolas Cyr http://onsemi.com Loop stability analysis usually starts from an open-loop Bode plot of the plant under study, e.g. the power stage of a buck or a flyback converter. From this diagram, the designer
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AND8327/D
uc3843 flyback supply opto-coupler
flyback uc3843 tl431
schematic adapter UC3843
UC3843 power supply atx
atx power supply schematic uc3843
UC3843 spice model
uc3843 dc to dc converter schematic
UC3843 atx
forward converter with TL431
65W ac adapter schematic
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AN9536
Abstract: Mancini Harris Application Note 9415 HA5112 HA-5112 input resistance op amp harris 5112 op amp model Spice OP AMP Harris AN9536
Text: Harris Semiconductor No. AN9536.1 Harris Linear November 1996 PSPICE Performs Op Amp Open Loop Stability Analysis HA5112 Authors: Ron Mancini and Doug Youngblood The open loop stability plot of an op amp circuit, which is commonly called a Bode [1] plot, is often difficult to observe in the
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AN9536
HA5112)
0025NF
100Hz
10kHz
100kHz
10MHz
100MHz
ha-5112
Mancini
Harris Application Note 9415
HA5112
input resistance op amp
harris 5112
op amp model Spice
OP AMP
Harris AN9536
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Untitled
Abstract: No abstract text available
Text: 80.0 180 40.0 90.0 -40.0 vphduty, vphduty#1 in degrees Plot1 vdbduty, vdbduty#1 in db volts 1 vdbduty 2 vphduty 3 vdbduty#1 4 vphduty#1 Gain HL Gain LL High Line / Low Line Bode Plot -90.0 1 3 2 -80.0 4 -180 1 10 100 1k frequency in hertz 10k 100k
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op-amp integrator mhz
Abstract: MT-058 AD8048 linear op data
Text: MT-058 TUTORIAL Effects of Feedback Capacitance on VFB and CFB Op Amps It is quite common to use a capacitor in the feedback loop of a VFB op amp, to shape the frequency response as in a simple single-pole lowpass filter shown in Figure 1 below. The resulting noise gain is plotted on a Bode plot to analyze stability and phase margin. Stability of
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MT-058
op-amp integrator mhz
MT-058
AD8048
linear op data
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bode plot technique of plot
Abstract: schematics for a PA amplifier CLC406 OA-18 OA-25
Text: National Semiconductor OA-25 Rea Schmid May 1995 Introduction open-loop response curve as shown in Figure 1. At this frequency the phase is read from the phase plot. This value is subtracted from 180˚ to arrive at the desired phase margin. Similarly the frequency at 180˚ is used to determine the
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OA-25
bode plot technique of plot
schematics for a PA amplifier
CLC406
OA-18
OA-25
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FAN5236
Abstract: FAN5234 ridley AN-6002
Text: www.fairchildsemi.com AN-6002 Component calculations and simulation tools for FAN5234 or FAN5236 Background / Overview To simplify designs using the FAN5234 and FAN5236 PWM modulators, Fairchild has developed: • • • A spreadsheet to calculate recommended component values
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AN-6002
FAN5234
FAN5236
FAN5236
com/eexpert/dfeucht/dfeucht036
com/eexpert/dfeucht/dfeucht037
ridley
AN-6002
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AN-6011
Abstract: FAN2011 FAN2012 AN-601-1 AN6011 pspice
Text: www.fairchildsemi.com AN-6011 FAN2011 Family Component calculation and simulation tools Background / Overview Design procedure: To simplify designs using the FAN2011 TinyBuck family Fairchild provides: 1. • An Excel workbook to calculate recommended external component values and
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AN-6011
FAN2011
AN-6011
FAN2012
AN-601-1
AN6011
pspice
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AN-6020
Abstract: FAN5099 ridley
Text: www.fairchildsemi.com AN-6020 FAN5099 Component Calculation and Simulation Tools Background / Overview This app note describes design tools for FAN5099, which include: • An Excel workbook to calculate recommended external component values • A continuous-time behavioral model of the modulator
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AN-6020
FAN5099
FAN5099,
AN-6020
ridley
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ridley
Abstract: AN-6002 orcad FAN5234 ORCAD PSPICE BOOK PSPICE Orcad FAN5236 bode plot
Text: www.fairchildsemi.com AN-6002 Component calculations and simulation tools for FAN5234 or FAN5236 Background / Overview To simplify designs using the FAN5234 and FAN5236 PWM modulators, Fairchild has developed: • • • A spreadsheet to calculate recommended component values
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AN-6002
FAN5234
FAN5236
FAN5236
com/eexpert/dfeucht/dfeucht036
ridley
AN-6002
orcad
ORCAD PSPICE BOOK
PSPICE Orcad
bode plot
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AN6010
Abstract: AN-6010 FAN5069
Text: www.fairchildsemi.com AN-6010 FAN5069 Component Calculation and Simulation Tools Background / Overview Spreadsheet Start-up The spreadsheet uses functions in Excel’s Analysis ToolPak add-in to optimize compensation and installs it automatically if it is not already installed.
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AN-6010
FAN5069
FAN5069,
AN6010
AN-6010
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pspice
Abstract: ridley FAN2011
Text: www.fairchildsemi.com AN-6053 FAN20LV03 Component Calculation and Simulation Tools Background / Overview Design Procedure This application note describes design tools for FAN20LV03, which consists of: 1. A spreadsheet to calculate recommended external
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AN-6053
FAN20LV03
FAN20LV03,
pspice
ridley
FAN2011
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Untitled
Abstract: No abstract text available
Text: ADP2504 Reference Design Reference Design PRD1198 FEATURES Single Buck-Boosted Output: 5 V Output Current: 600 mA Input voltage: 3.0-4.2 V Low Ripple Accurate constant current limit DESCRIPTION This ADP2504 Reference Design uses 3.0 V to 4.2 V for the input voltage. Design criteria are for small size and
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ADP2504
PRD1198
600mA
Tam11
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SLOA017
Abstract: Pole/Zero Mancini Bode diagram hall elements dc fan single phase ups block diagram
Text: Feedback Amplifier Analysis Tools Application Report April 1999 Mixed Signal Products SLOA017 IMPORTANT NOTICE Texas Instruments and its subsidiaries TI reserve the right to make changes to their products or to discontinue any product or service without notice, and advise customers to obtain the latest version of relevant information
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SLOA017
SLOA017
Pole/Zero
Mancini
Bode diagram
hall elements dc fan
single phase ups block diagram
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Astec Semiconductor as3842
Abstract: AS3842 astec application note astec as3842 Designing Type II Compensation for Current Mode Analyzing, Measuring, and Stabilizing Feedback Control Loops in Switching Regulators and Converters
Text: < ////> AS3842 ASTEC Application Note 5 SWITCHING POWER SUPPLY CONTROL LOOP DESIGN 2. Basic Control Loop Concepts Mike Wong 1. Introduction 2.1 Transfer Functions and the Bode Plots The transfer function of a system is defined as the output divided by the input. It consists of
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AS3842 Application Note
Abstract: astec as3842 astec application note AS3842 Bode diagram
Text: <////> AS3842 ASTEC Application Note 5 SWITCHING POWER SUPPLY CONTROL LOOP DESIGN Mike Wong 2. Basic Control Loop Concepts 1. Introduction 2.1 Transfer Functions and the Bode Plots The transfer function of a system is defined as the output divided by the input. It consists of a
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AS3842
AS3842 Application Note
astec as3842
astec application note
AS3842
Bode diagram
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