2006  VARIABLE RESISTOR FOOTPRINTS
Abstract: C3225X5R1E226M SCHEMATIC DIAGRAM POWER SUPPLY 12v 5A 30V variable tracking regulator RLF12560T1R0N140 MBR0530 LM3495 HAT2198R HAT2165H sd 1446
Text: circuits using the LM3495 buck regulator controller. A complete schematic for all the components is shown in Figure 3. The board is four layers, consisting of signal /power traces on top and bottom, one , across the 100 nF ceramic capacitor Cox , placed right between the output terminals. Care must be taken to , can then contact the ground side of Cox . Figure 5 shows a diagram of this method. An oscilloscope , ceramic capacitor placed at Csync. www.national.com 2 AN1446 Complete Circuit Schematic

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LM3495
62mil
CSP9111S2)
CSP9111S2.
AN1446
VARIABLE RESISTOR FOOTPRINTS
C3225X5R1E226M
SCHEMATIC DIAGRAM POWER SUPPLY 12v 5A
30V variable tracking regulator
RLF12560T1R0N140
MBR0530
HAT2198R
HAT2165H
sd 1446

2007  Not Available
Abstract: No abstract text available
Text: circuits using the LM3430 boost regulator controller. A complete schematic for all the components is shown , FB RC1 VO D1 12 Q1 CO2 + CO1 COX 6 9 RS2 RS1 7 5 CF CSNS RSNS RFB2 3 CC2 RFB1 RPD CC1 Figure 1. Circuit Schematic 2 Example Circuit The , measurements should be taken directly across the 100 nF ceramic capacitor Cox , placed right between the output , probe, and the end of the wire can then contact the ground side of Cox . Figure 4 shows a diagram of

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SNVA187C
AN1529
LM3430
62mil
LM3430

2002  MS555
Abstract: signal path designer
Text: and VG = VCC The following calculations derive how Gate Length "W" effects RON. RON = 1/(µn COX W/L)(VCC  VIN  VT) ID = (µn COX ) W/L [(VGS  VT) VDS  1/2VDS^2] Where: µn = Electron mobility, (the ease with which electrons drift in the material) COX = Oxide capacitance W = Length of , derivative of ID over VDS where all other variables are considered constant. RON = 1/(µn COX W/L)(VCC  VIN  VT) Where: VDS = 0 Therefore: RON = 1/(µn COX W/L)(VGS  VT) FIGURE 1. NChannel MOSFET

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fft algorithm verilog in ofdm
Abstract: ofdm equations OFDM USING FFT IFFT METHODS OFDM FPGA wimax matlab ofdm transceiver Z256 ofdm implementation on fpga Z128 ofdm transmitter
Text: Signal Feeding Argmax Mapping the Schmidl and Cox Algorithm Table 2 shows how the Schmidl and Cox , Signals in Schmidl and Cox Implementation The prs_freq_err signal is scaled such that 215, as seen in , determined by noticing that the correlation of the signal with a delayed version of itself will reach a peak , Schmidl and Cox [3] uses the repetition in the preamble, which proves more robust compared to methods , . The Van de Beek and Schmild and Cox algorithms were chosen for this study because they occupy the

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2007  VARIABLE RESISTOR FOOTPRINTS
Abstract: Si4850DY VJ0805Y224KXX SI48 schematic diagram converter 12v to 24v LM3430 LM340 diagram Converter 24V to 12V VJ0805Y224KXXA C5750X7R2A475M
Text: circuits using the LM3430 boost regulator controller. A complete schematic for all the components is shown , . Output voltage ripple measurements should be taken directly across the 100 nF ceramic capacitor Cox , contact the ground of the probe, and the end of the wire can then contact the ground side of Cox . Figure , below the lowest synchronization frequency. Name Value Cox , Cinx 0.1 µF Cf 1 µF Csns 1 nF Rpd 10 k Rs1 100 20209703 FIGURE 3. Circuit Schematic 20209704

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LM3430
62mil
AN1529
VARIABLE RESISTOR FOOTPRINTS
Si4850DY
VJ0805Y224KXX
SI48
schematic diagram converter 12v to 24v
LM340
diagram Converter 24V to 12V
VJ0805Y224KXXA
C5750X7R2A475M

2008  VARIABLE RESISTOR FOOTPRINTS
Abstract: C5750X7R2A475M Si4850DY C3216X7R1E105K C4532X7R1H475M CRCW08056490F Si4850EY SLF12575T330M3R2 c5750x 0805 size footprint
Text: circuits using the LM5022 boost regulator controller. A complete schematic for all the components is shown , . Output voltage ripple measurements should be taken directly across the 100 nF ceramic capacitor Cox , contact the ground of the probe, and the end of the wire can then contact the ground side of Cox . Figure , synchronization frequency. Name Value Cox , Cinx 0.1 µF Cf 1 µF Csns 1 nF Rpd 10 k Rs1 100 30001603 FIGURE 3. Circuit Schematic 30001604 FIGURE 4. Efficiency Measurement

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LM5022
62mil
AN1557
VARIABLE RESISTOR FOOTPRINTS
C5750X7R2A475M
Si4850DY
C3216X7R1E105K
C4532X7R1H475M
CRCW08056490F
Si4850EY
SLF12575T330M3R2
c5750x
0805 size footprint

"Audio Filter"
Abstract: AN730 APP730 MAX4501 MAX4544 MAX4621
Text: COX , threshold voltage VT, and signal voltage VGS (VIN) of both MOSFETs. As illustrated above, the , placed on selecting the proper components and board layout to minimize THD. When passing a signal through a switch, the switch must not degrade signal integrity or introduce any new information onto the desired output signal . Any change in waveform is considered to be distortion and is obviously undesirable , , causing a nonlinear attenuation of the signal passing through the switch. With multiple switches, THDs

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com/an730
MAX4501:
MAX4544:
MAX4621:
AN730,
APP730,
Appnote730,
"Audio Filter"
AN730
APP730
MAX4501
MAX4544
MAX4621

2006  Not Available
Abstract: No abstract text available
Text: designed for testing of various circuits using the LM3495 buck regulator controller. A complete schematic for all the components is shown in Figure 3. The board is four layers, consisting of signal /power , across the 100 nF ceramic capacitor Cox , placed right between the output terminals. Care must be taken , wire can then contact the ground side of Cox . Figure 5 shows a diagram of this method. An , Schottky diode at D2 can improve the efficiency of the converter. 10 Complete Circuit Schematic J3

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SNVA149B
AN1446
LM3495
62mil

2007  Not Available
Abstract: No abstract text available
Text: . 3 3 Circuit Schematic 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 , designed for testing of various circuits using the LM5022 boost regulator controller. A complete schematic , Cox , placed right between the output terminals. Care must be taken to minimize the loop area between , side of Cox . Figure 5 shows a diagram of this method. 7 MOSFET Footprints The LM5022 evaluation , evaluation board: Name Value Cox , Cinx 0.1 ÂµF Cf 1 ÂµF Csns 10 kâ¦ Rs1 9 1

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SNVA203C
AN1557
LM5022

Spice Model for TMOS Power MOSFETs
Abstract: scr spice model n mosfet depletion pspice model parameters transistor SMD making code 3f MOTOROLA smd SCR mosfet SMD code pp BUZ103S ABM11 1E12 8876M
Text: through calculation of the voltage node for the junction of COX and Cdepl in CGD models accurate , structure for the vertical power MOSFET, with a schematic overlay which shows the most important ,  RD n+ Drain Fig. 2: Basic Vertical Power MOSFET Structure with schematic overlay , : Physical Drain Resistance from fitting 0.30 AC Model Structure and Parameterization by Cox . When , ) or simplified evaluation of the Cox + Cdepl combination, this model is based on a formal derivation

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2001  2N3904 ND
Abstract: schottky barrier diode g30 100R10B 2n3904, itt GHL SMPS Lloyd H. Dixon p4887nd UNITRODE buck converters T8026 p4812
Text: Control LOX VOX P W M + COX VFB Figure 3. MAGAMP LOX VSY VIN QX VOX + COX , synchronization voltage at the SYNC pin exceeds 2.5 V. This synchronization signal is derived from the voltage , . The buffer amplifier inverts the error signal and applies it to the input of C1. The current sense , QX + COX + COX SSPR 4 ILX SSPR RTN 3 LOX 1 VSYX VSYX VOX 0 , ILX + COX Q1 R1 4 VOX DX R2 IO 0 ILX T1 Figure 8. SSPR Connected in

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CS5101AN/D
CS5101
CS3842A
CS5101
r14525
2N3904 ND
schottky barrier diode g30
100R10B
2n3904, itt
GHL SMPS
Lloyd H. Dixon
p4887nd
UNITRODE buck converters
T8026
p4812

1994  faders
Abstract: LT1256 LT1227 LT1004
Text: advertisement An Adjustable Video Cable Equalizer Using The LT1256 Design Note 92 Frank Cox , routing the signal path to the control. Instead, only a DC control voltage passes from the front panel to , . Losses in the cable increase with signal frequency and cable length. The type of cable will determine , loss will make reliable decoding of the composite color signal more difficult or impossible. Most , units come at a high cost. Figure 1 is a complete schematic of the cable equalizer. The LT1256 (U1) is

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LT1256
LT1256
10kHz
faders
LT1227
LT1004

1999  2N3904 ND
Abstract: CS3842A equivalent T8026 Motorola diodes Lloyd H. Dixon
Text: P W M + CO3 VFB MA Control Figure 1. Linear Regulator VOX LOX P W M + COX 2. A , frequency operation, lossless overcurrent protection and remote ON/OFF control. LOX VIN VSY QX VOX + COX , voltage at the SYNC pin exceeds 2.5V. This synchronization signal is derived from the voltage on the , reference. The buffer amplifier inverts the error signal and applies it to the input of C1. The current , shown in figure 8. VSYX 1 2 QX VOX + COX SSPR 4 ILX 3 1 RTN LOX VSYX VOX 0

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CS5101
CS5101
CS3842A
P4845ND
P4800ND
P4806ND
P4812ND
P4814ND
2N3904 ND
CS3842A equivalent
T8026
Motorola diodes
Lloyd H. Dixon

2004  PA1890
Abstract: PA1870 uPA1870B is373 TC2281 n1056 W2382 91e6 PA1804 TC236
Text: 1 COX 10 11 8.8392E10 DCRR 11 9 DDG VFGD 11 0 0 , 1 COX 10 11 2.52713E10 DCRR 11 9 DDG VFGD 11 0 0 , 1 COX 10 11 1.22628E9 DCRR 11 9 DDG VFGD 11 0 0 , 1 COX 10 11 7.68964E10 DCRR 11 9 DDG VFGD 11 0 0 , 1 COX 10 11 5.80899E10 DCRR 11 9 DDG VFGD 11 0 0

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PA18xx
PA1803
PA1804
PA1806
PA1807
PA1808
PA1809
PA1814
PA1815
PA1816
PA1890
PA1870
uPA1870B
is373
TC2281
n1056
W2382
91e6
PA1804
TC236


2000  p4812
Abstract: 2N3904 ND T8026 TDK CORE T8026 Lloyd H. Dixon GHL SMPS R10B P4880ND 10KQBKND
Text: , a power switch, inductor and capacitors. P W M + COX VFB Figure 3. MAGAMP ON , and compensation pin. IS+ + COX SSPR Control Inverting input providing feedback through , the synchronization voltage at the SYNC pin exceeds 2.5V. This synchronization signal is derived from , the error signal and applies it to the input of C1. VSY 3 VO + V D 0 VDS 0 The , figure 8. VSYX 1 2 QX VOX + COX SSPR 4 ILX 3 LOX VSYX 1 VOX VSYX If the

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CS5101
CS3842A
CS5101
20KQBKND
24KQBKND
MUR140
1n4148
1N4148CTND
1n4744
p4812
2N3904 ND
T8026
TDK CORE
T8026
Lloyd H. Dixon
GHL SMPS
R10B
P4880ND
10KQBKND

2005  ATMEL 234
Abstract: No abstract text available
Text: Signal During Normal Operation and During Motor Test a VDD ALIN/ MT VSS VDD MOT1 VSS tM TMT TM VDD MOT2 VSS Motor output signal during normal mode and motortest Detail , ALIN / MTEST VSS b VDD ALOUT VSS tON tOFF Signal on alarm input and alarm output during alarm activation Detail b: VDD VSS 1/fA 1/fMOD Alarm output signal 6 e1467D , Period (s) 2.00006 2.00005 2.00004 COX = 1.05 COX = 1.00 COX = 0.95 2.00003 2.00002

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32kHz
e1467D
4732B
ATMEL 234

1998  igbt spice model
Abstract: MOSFET IGBT THEORY AND APPLICATIONS shockley diode application GTO thyristor Curve properties HIGH VOLTAGE 3.3kv mosfet shockley diode SIEMENS THYRISTOR spice shockley diode calculation of IGBT snubber IGBT THEORY AND APPLICATIONS
Text: parallel connection of many thousands elementary cells. Fig. 1 shows the schematic of such a cell for a , BJT nor a signal transistor. This transistor is in high level injection condition for the current , series connection of the oxid capacitance ( Cox ) and the gate drain depletion capacitance CGDdepl which ,  Page 5 of 8 Power Semiconductor Application Note AN_PSM2e lap capacitance ( Cox ) is determined , series connection of Cox (eq. 12) and CGDdepl (eq. 4). In the limit of high drainsource voltage the

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D81739
D85577
29July
igbt spice model
MOSFET IGBT THEORY AND APPLICATIONS
shockley diode application
GTO thyristor Curve properties
HIGH VOLTAGE 3.3kv mosfet
shockley diode
SIEMENS THYRISTOR
spice shockley diode
calculation of IGBT snubber
IGBT THEORY AND APPLICATIONS

2003  analog Quartz Clock
Abstract: 4731A Analog Quartz Clocks with Bipolar Stepping Motor Quartz 32768 atmel microcontrollers
Text: 1.5 pF C1 = 3.0 fF CL optionally 10 or 12.5 pF Figure 3. Motor Output Signal During Normal , Motor Period (s) 2.00005 2.00004 COX = 1.05 COX = 1.00 COX = 0.95 2.00003 2.00002 2.00001 , 4 5 6 7 8 9 10 11 12 13 14 Trimming Step COX means frequency

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32kHz
e1466D
analog Quartz Clock
4731A
Analog Quartz Clocks with Bipolar Stepping Motor
Quartz 32768
atmel microcontrollers

1998  5101 fb
Abstract: 330uF yageo 2N3904 ND T8026 GHL SMPS cs3843 8 pin CS3842A application TDK CORE 10KQBKND mcomp
Text: M + COX VFB Figure 3. MAGAMP Cherry Semiconductor Corporation 2000 South County Trail , and compensation pin. IS+ + COX SSPR Control Inverting input providing feedback through , the synchronization voltage at the SYNC pin exceeds 2.5V. This synchronization signal is derived from , the error signal and applies it to the input of C1. VSY 3 VO + VD 0 VDS 0 The , figure 8. VSYX 1 2 QX VOX + COX SSPR 4 ILX 3 LOX VSYX 1 VOX VSYX If the

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CS5101
CS3842A
CS5101
15KQBKND
20KQBKND
24KQBKND
MUR140
1n4148
1N4148CTND
5101 fb
330uF yageo
2N3904 ND
T8026
GHL SMPS
cs3843 8 pin
CS3842A application
TDK CORE
10KQBKND
mcomp

2004  PA2753GR
Abstract: M02098 PA2719GR PA2702GR TC225 TT285E PA2700TP PA2714GR m0452 241281
Text: DDG1 8 7 DD1 DDG2 8 0 DD1 EGD1 9 0 7 8 1 EGD2 10 0 8 0 1 COX , DDG2 8 0 DD1 EGD1 9 0 7 8 1 EGD2 10 0 8 0 1 COX 10 11 1.40532E09 , DDG2 8 0 DD1 EGD1 9 0 7 8 1 EGD2 10 0 8 0 1 COX 10 11 6.25209E10 , DDG2 8 0 DD1 EGD1 9 0 7 8 1 EGD2 10 0 8 0 1 COX 10 11 6.25209E10 , DDG2 8 0 DD1 EGD1 9 0 7 8 1 EGD2 10 0 8 0 1 COX 10 11 4.86374E10

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PA27xx
PA2700GR
PA2700TP
PA2701GR
PA2701TP
PA2702GR
PA2702TP
PA2706GR
PA2706TP
PA2710GR
PA2753GR
M02098
PA2719GR
PA2702GR
TC225
TT285E
PA2700TP
PA2714GR
m0452
241281

PCD5071
Abstract: 28VDDD gsm baseband LS071 philips gmsk
Text: symbols and 8 times oversampling of each symbol. Two 10 bit DAC's and analog filters complete the signal , will be fed into two 6 bits DAC's. The DAC's signal is fed into the filter to obtain a zerooffset output signal . Auxdac The same serial bus is used to feed a lObit DAC with its value. This analog signal , DTX DI TXEN DO VDDA VDDD MCK VSSD COX RXEN RCFC RFAD RFIN CURAI VSSA TB_0 All ground pins , , reduced swing. 24RXEN Receive burst enable, active low. 25 COX Clock output for received data. ( f =

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PCD5071
pcd5071
28VDDD
gsm baseband
LS071
philips gmsk

mtp6n6
Abstract: an1043 motorola AN1043 Spice Model for TMOS Power MOSFETs motorola superior 600 ssd MTP15N06E MTP305SE MTH13N50 MTP12P schematic circuit for computer ssd disk AN1043
Text: additional programs around SPICE for schematic capture or postprocessing now simplifies the designer's work , determine the performance of a schematic (Figure 1) with different voltage, current and timing conditions , toward small signal , digital or analog designs, therefore they are not accustomed to dealing with high , switches to be driven. For instance, it is known that signal perturbations caused by the Miller capacitance , signal analysis. In any of the SPICE versions, there is no simple model for a power transistor, whether

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AN1043/D
AN1043/D
mtp6n6
an1043 motorola
AN1043 Spice Model for TMOS Power MOSFETs
motorola superior 600 ssd
MTP15N06E
MTP305SE
MTH13N50
MTP12P
schematic circuit for computer ssd disk
AN1043

2005  BV387
Abstract: IS736 TC225 NP88N03KDG NP82N04PUG NP110N04PDG NP55N04SUG NP55N055SUG NP60N04KUG NP82N03PUG
Text: DDG1 8 7 DD1 DDG2 8 0 DD1 EGD1 9 0 7 8 1 EGD2 10 0 8 0 1 COX , DDG1 8 7 DD1 DDG2 8 0 DD1 EGD1 9 0 7 8 1 EGD2 10 0 8 0 1 COX , DDG1 8 7 DD1 DDG2 8 0 DD1 EGD1 9 0 7 8 1 EGD2 10 0 8 0 1 COX , DDG1 8 7 DD1 DDG2 8 0 DD1 EGD1 9 0 7 8 1 EGD2 10 0 8 0 1 COX , DDG1 8 7 DD1 DDG2 8 0 DD1 EGD1 9 0 7 8 1 EGD2 10 0 8 0 1 COX

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NP60N03KUG
NP55N04SUG
NP52N055SUG
NP82N03PUG
NP60N04KUG
NP55N055SDG
NP88N03KDG
NP82N04PUG
NP55N055SUG
NP88N03KUG
BV387
IS736
TC225
NP88N03KDG
NP82N04PUG
NP110N04PDG
NP55N04SUG
NP55N055SUG
NP60N04KUG
NP82N03PUG

2003  4732A
Abstract: E1467D digital alarm clock ic IN 4732A
Text: Figure 3. Motor Output Signal During Normal Operation and During Motor Test a VDD ALIN/ MT VSS VDD MOT1 VSS tM TMT TM VDD MOT2 VSS Motor output signal during normal mode , > tV4 VDD ALIN / MTEST VSS b VDD ALOUT VSS tON tOFF Signal on alarm input and alarm output during alarm activation Detail b: VDD VSS 1/fA 1/fMOD Alarm output signal , 2 s 2.00006 Motor Period (s) 2.00005 2.00004 COX = 1.05 COX = 1.00 COX = 0.95

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32kHz
e1467D
4732A
digital alarm clock ic
IN 4732A

2004  Date Code Marking STMicroelectronics
Abstract: STMicroelectronics marking code date 48ph 470R AN1235 AN1751 EMIF02MIC02 EMIF02MIC02F2 marking cox
Text: 12 3/7 EMIF02MIC02F2 Figure 9: Aplac model I1 Cox MODEL = D01int gnd O1 R_470R Cox 50pH MODEL = D01ext Rsubump Rsubump 50pH 50m 50m Lgnd Lgnd MODEL = D01gnd gnd Rsubump Rsubump Cgnd MODEL = D01ext Cox MODEL = D01int Cox I2 Cgnd , Cox 3.05pF Rsubump 200m 4/7 Rgnd EMIF02MIC02F2 Figure 11: Ordering Information Scheme

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EMIF02MIC02F2
EMIF02MIC02
EMIF02
Date Code Marking STMicroelectronics
STMicroelectronics marking code date
48ph
470R
AN1235
AN1751
EMIF02MIC02F2
marking cox
