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740VC100NF20-15K Glenair Inc Interstate Connecting Components - - -
740VC100NF20-15K Glenair Inc Powell Electronics 6 $1475.39 $789.75
740VC100NF40-11K Glenair Inc Interstate Connecting Components - - -
CM2HC100NF16V Chip One Exchange 24,000 - -
TC-100-NF Amphenol Times Microwave Systems Heilind Electronics - - -
TC-100-NF Amphenol Times Microwave Systems Interstate Connecting Components - - -
TC-100-NF Amphenol Times Microwave Systems Heilind Electronics - Asia - - -

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2001 - TDA3602

Abstract: C-10uF c100nf c10uf tda 8139 TDA3681 SIL17P TDA3681J TDA3617 SIL-17R
Text: @ C100nF Independent SIL-9P y (2x) 400µA 0 C100nF Independent SIL-17R 120µA 0 C100nF Combined SIL-13P Production y (1x) 100µA 0 C100nF , C100nF see table 3 see table 3 , @ C100nF Independent SIL-9P y (2x) 400µA 0 C100nF Independent SIL-17R 120µA 0 C100nF Combined SIL-13P Production y (1x) 100µA 0 C100nF


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PDF TDA3681 TDA3681J TDA3681 OT418-2 TDA3602 C-10uF c100nf c10uf tda 8139 SIL17P TDA3617 SIL-17R
2005 - USBLC6-2SC6

Abstract: UL26 USBLC6-2P6 st microelectronics reliability USBLC6-2SC6 SMP75-8
Text: SURGE VCL+ TEST BOARD Lw ESD SURGE REF2=+VCC POSITIVE SURGE USBLC6-2SC6 C=100nF , REF1=GND VCL- C=100nF Figure 9: Remaining voltage after the USBLC6-2 during positive ESD surge , Vout C=100nF VBUS Figure 12 gives the measurement circuit for the analog application. In usual


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PDF 480Mbps 10/100Mb/s USBLC6-2SC6 UL26 USBLC6-2P6 st microelectronics reliability USBLC6-2SC6 SMP75-8
2004 - UL46

Abstract: st microelectronics reliability USBLC6-2SC6 USBLC6-4SC6 marking code fs ls/fs usb Pspice SMP75-8
Text: REF2=+VCC POSITIVE SURGE USBLC6-4SC6 C=100nF t I/O t VCL+ = VCC+VF surge >0 VI/O VCL- = -VF surge <0 +5V NEGATIVE SURGE REF1=GND VCL- C=100nF Figure 9: Remaining , -4SC6 50 +5V 50 Vg Vin Vout C=100nF Figure 12 gives the measurement circuit for the


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PDF 480Mb/s 10/100Mb/s OT23-6L UL46 st microelectronics reliability USBLC6-2SC6 USBLC6-4SC6 marking code fs ls/fs usb Pspice SMP75-8
2001 - A13B

Abstract: MARKING CODE DALC BV99 PIN diode Pspice model a13b 5 pin 0118E a13 marking sot23 SC74 DALC208SC6 74HC04
Text: SURGE REF2=+Vcc C=100nF I/O Vcl+ = Vcc+Vf surge >0 Vcl- = VI/O surge <0 -Vf , Vg Vin Vout C=100nF Figure A7 gives the measurement circuit for the analog application. In , -40 Vout C=100nF -60 -80 Fig. A10: DALC206SC6 attenuation. -100 1 10 100 1,000


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PDF DALC208SC6 OT23-6L DALC208SC6 DALC208SChts A13B MARKING CODE DALC BV99 PIN diode Pspice model a13b 5 pin 0118E a13 marking sot23 SC74 74HC04
2005 - dl46

Abstract: SOT23-6L Marking Code dl46 DL46 sot23 DVIULC6-4SC6 surge PCB layout china DVD player card circuit diagram MO178AB STMicroelectronics SOT23 DATE CODE main board china dvd player SMP75-8
Text: -VF TEST BOARD POSITIVE SURGE C=100nF VI/O ESD behavior: measurements conditions (with coupling capacitance) DVIULC6-4SC6 Figure 7. NEGATIVE SURGE REF1=GND VCL- C=100nF , BOARD DVIULC6 50 50 W Vcc Vin Vg Vg 50 W Vout C=100nF Figure 12 gives the


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PDF 1394a 1394b OT23-6L MO178AB) 1394b, IEC61000-4-2 dl46 SOT23-6L Marking Code dl46 DL46 sot23 DVIULC6-4SC6 surge PCB layout china DVD player card circuit diagram MO178AB STMicroelectronics SOT23 DATE CODE main board china dvd player SMP75-8
2005 - UL46

Abstract: st microelectronics reliability USBLC6-2SC6 USBLC6-4SC6 SMP75-8 552p marking UL46 usb/UL46
Text: USBLC6-4SC6 C=100nF t I/O t VCL+ = VCC+VF surge >0 VI/O VCL- = -VF surge <0 +5V NEGATIVE SURGE REF1=GND VCL- C=100nF Figure 9: Remaining voltage after the USBLC6-4SC6 during , Vout C=100nF Figure 12 gives the measurement circuit for the analog application. In usual frequency


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PDF 480Mb/s 10/100Mb/s OT23-6L UL46 st microelectronics reliability USBLC6-2SC6 USBLC6-4SC6 SMP75-8 552p marking UL46 usb/UL46
2001 - capacitor 100nf

Abstract: resistor 1.2k R242 74HCT02 C129 CH-4542
Text: 3. Lift pin 3 from pad and solder this pin to pin 2; U80 (74HCT02) U80 pin 2 + 3 R242 // C100nF


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PDF MSM486SE/SEV CH-4542 MSE486SE/SEV 100nF) 74HCT02) C100nF App\app-092 capacitor 100nf resistor 1.2k R242 74HCT02 C129
MSW03

Abstract: LQFP44 SW11
Text: Voltage Transceiver June 2009 Rev 5.1 7. Typical application MSW03 C=100nF C=100nF VNEG VCC VPOS C=100nF SWITCH_CTR Common Bus SW_IN1 SW_IN16 MSW03 SW_OUT1 SW_OUT16


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PDF MSW03 MSW03 LQFP44. LQFP44 SW11
2005 - UL26

Abstract: USBLC6-2SC6 STMicroelectronics marking code date SOT 23 USBLC6-2P6
Text: VCL+ ESD SURGE Lw REF2=+VCC C=100nF t TEST BOARD POSITIVE SURGE USBLC6-2SC6 I/O VCL+ = VCC+VF surge >0 VI/O t +5V VCL- = -VF surge <0 NEGATIVE SURGE REF1=GND VCL- C=100nF , BOARD USBLC6-2SC6 SPECTRUM ANALYSER 50 Vg Vin C=100nF Vout VBUS 50 Figure 12


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PDF 480Mbps 10/100Mb/s UL26 USBLC6-2SC6 STMicroelectronics marking code date SOT 23 USBLC6-2P6
1999 - A13B

Abstract: DALC208SC6 a13b 5 pin DALC206SC6 diode MARKING CODE A9 74HC04 SC74 IEC1000-4-2 marking dalc a13 marking sot23
Text: SURGE REF2=+Vcc C=100nF I/O Vcl+ = Vcc+Vf surge >0 Vcl- = VI/O surge <0 -Vf , Vg Vin Vout C=100nF Figure A7 gives the measurement circuit for the analog application. In , Vg Vin -40 Vout C=100nF -60 -80 -100 Fig. A10: DALC206SC6 attenuation. 1 10


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PDF DALC208SC6 OT23-6L DALC208SC6 A13B a13b 5 pin DALC206SC6 diode MARKING CODE A9 74HC04 SC74 IEC1000-4-2 marking dalc a13 marking sot23
2006 - dl46

Abstract: SOT23-6L Marking Code dl46 st marking dl46 marking dl46 DL46 sot23 1394B
Text: 100 nF conditions (with coupling capacitance) VCL+ ESD SURGE Lw REF2=+VCC C=100nF t POSITIVE , TEST BOARD HDMIULC6 SPECTRUM ANALYSER Vg V g Vin Vcc Vout C=100nF 50 W Figure 15


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PDF 1394a, OT23-6L MO178AB) 1349a 1394b/c, dl46 SOT23-6L Marking Code dl46 st marking dl46 marking dl46 DL46 sot23 1394B
2002 - A13B

Abstract: sot23/smd DALC a13b 5 pin FigA12 SC74 DALC208SC6 74HC04 marking dalc DALC SOT23-6 MARKING CODE DALC
Text: capacitance of 100nF. Lw ESD SURGE REF2=+Vcc C=100nF I/O Vcl+ = Vcc+Vf surge >0 Vcl- = , ANALYSER TEST BOARD 50 DALC 208 +5V 50 Vg Vin Vout C=100nF Figure A7 gives the , 50 -20 DALC 208 +5V 50 Vg Vin -40 Vout C=100nF -60 -80 Fig. A10


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PDF DALC208SC6 OT23-6L DALC208SC6 A13B sot23/smd DALC a13b 5 pin FigA12 SC74 74HC04 marking dalc DALC SOT23-6 MARKING CODE DALC
2000 - C 100nF

Abstract: 50 Hz notch filter so24w ZXF36L01 ZXF36L01W24 variable resistor 10k connection Variable Resistors BI 1K active bandpass filter 300 khz high Q active notch filter
Text: C=100nF Rf=19.5k Rf Ri=10k BI BG N/C N/C N/C GP3 V SS R Input Signal Output , Input Signal FO MXI RC1 R R=10k C=100nF Rf=19.5k Ri Rf Ri=10k BG N/C N/C N/C , 1 100nF Input Signal FI2 FO C1 R2 BI R RC2 GP1 GP2 R=10k Ri C=100nF Rf


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PDF ZXF36L01 ZXF36L01 200kHz. C 100nF 50 Hz notch filter so24w ZXF36L01W24 variable resistor 10k connection Variable Resistors BI 1K active bandpass filter 300 khz high Q active notch filter
2001 - notch filter

Abstract: 50 Hz notch filter high Q notch filter microprocessor block diagram of plc ZXF36L01W24TC ZXF36L01W24 ZXF36L01 so24w NOTCH FILTER DESIGN CIRCUIT DIAGRAM DSA003661
Text: R2 BI MXO C R=10k C=100nF Rf=19.5k Ri Ri=10k Rf RC2 GP1 GP2 GP3 V SS 24 , R=10k GP3 V SS Rf Output Signal LO BI MXO C 24 FO MXI R2 BI R C=100nF , Rf C=100nF Rf=19.5k GP3 V SS 24 Output Signal 100nF 5V V DD 100nF Ri


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PDF ZXF36L01 ZXF36L01 150kHz. 700kHz notch filter 50 Hz notch filter high Q notch filter microprocessor block diagram of plc ZXF36L01W24TC ZXF36L01W24 so24w NOTCH FILTER DESIGN CIRCUIT DIAGRAM DSA003661
2006 - C2048

Abstract: No abstract text available
Text: No file text available


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PDF LUPA-4000 127-pin LUPA-4000 C2048
2005 - 4582C

Abstract: No abstract text available
Text: 4 5 C=47µF C=100nF C=15pF Figure 8-3. Bus Application with Split Termination , =60 RL=60 bus line stub node 8 1 2 7 + 5V VCC RXD ATA6660 3 6 C=15pF C=47µF C=100nF , =47µF C=100nF C=15pF 4 5 10 ATA6660 4582C­BCD­09/05 ATA6660 9. Ordering Information


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PDF 2V/24V ATA6660 ATA6660 BCD60-III 4582C
2001 - NOTCH FILTER DESIGN CIRCUIT DIAGRAM

Abstract: amplifier circuit diagram 10000 watt notch filter SO24W 50 Hz notch filter ZXF36L01W24TC ZXF36L01W24 ZXF36L01 variable frequency circuit diagram datasheet and application notch filter
Text: V DD FI2 C1 1 FO V SS RC1 R R R2 BI MXO C R=10k C=100nF Rf=19.5k Ri , BI MXO C 24 MXI R2 BI R R=10k C=100nF Rf=19.5k Ri=10k V DD FI2 100nF , Rf 24 FO C1 RC1 R=10k C=100nF Rf=19.5k Ri=10k V DD FI2 V SS FI1 Input


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PDF ZXF36L01 ZXF36L01 150kHz. 700kHz NOTCH FILTER DESIGN CIRCUIT DIAGRAM amplifier circuit diagram 10000 watt notch filter SO24W 50 Hz notch filter ZXF36L01W24TC ZXF36L01W24 variable frequency circuit diagram datasheet and application notch filter
2006 - ATA6660

Abstract: A115A ATA6660-TAPY ATA6660-TAQY ISO11898 BCD60-III 4582D-BCD-06 can voltage
Text: . Test Circuit for Timing Characteristics TXD 1 GND Figure 8-3. C=100nF 7 3 RXD , 1 TXD CAN Controller CSPLIT =10nF bus line stub node RL=1,3k C=15pF C=47µF C=100nF , CAN Controller 1 TXD 4 RXD CSPLIT =10nF 10 C=100nF C=15pF RL=60 RL


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PDF 2V/24V ATA6660 ATA6660 4582D A115A ATA6660-TAPY ATA6660-TAQY ISO11898 BCD60-III 4582D-BCD-06 can voltage
2007 - LUPA-4000-M

Abstract: FillFactory CYIL1SM4000AA-GBC CYIL1SM4000AA-GDC JESD22 LUPA-4000 L2048 Linear Image Sensor 2048 schematic
Text: No file text available


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PDF LUPA-4000 127-pin LUPA-4000 LUPA-4000-M FillFactory CYIL1SM4000AA-GBC CYIL1SM4000AA-GDC JESD22 L2048 Linear Image Sensor 2048 schematic
2003 - 4582B

Abstract: A115A ATA6660 ISO11898 C47uF
Text: Circuit for Timing Characteristics TXD 1 2 GND 3 RXD C=47µF C=100nF 7 , Controller CSPLIT =10nF RL=60 bus line stub node RL=1,3k C=15pF C=47µF C=100nF RL=1,3k , CAN Controller 4 RXD CSPLIT =10nF C=100nF C=15pF RL=60 RL=60 CSPLIT =10nF


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PDF ATA6660 ATA6660 4582B A115A ISO11898 C47uF
2000 - p42 marking

Abstract: ARCOTRONICSP42
Text: 3 20 C100nF 3 50 C>100nF 5 100 Temperature: Test duration: Voltage applied: Performance


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PDF 55/0nce C1000pF 1000pF C120nF 120nF p42 marking ARCOTRONICSP42
BMA120

Abstract: bma220 z 04g IC BOSCH 44 BOSCH marking code BOSCH cross reference Bosch microcontroller bosch map sensor triaxial accelerometer sensor bosch
Text: No file text available


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PDF BMA220 12-pin BST-BMA220-DS003-07 BMA120 z 04g IC BOSCH 44 BOSCH marking code BOSCH cross reference Bosch microcontroller bosch map sensor triaxial accelerometer sensor bosch
2009 - Not Available

Abstract: No abstract text available
Text: ž‹ 特性インピーダンス50系無線・通信用線路 JIS C 3005の60度傾斜難燃試験に適合 静電容量: 約100nF


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PDF 67nF/km 30MHz 200MHz 4000MHz
2004 - marking dalc

Abstract: DALC208 74HC04 DALC208SC6 SMP75-8 pspice model
Text: BOARD Lw ESD SURGE REF2=+Vcc POSITIVE SURGE C=100nF t DALC 208 I/O Vcl+ = , TRACKING GENERATOR SPECTRUM ANALYSER TEST BOARD 50 DALC 208 +5V 50 Vg Vin Vout C=100nF


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PDF DALC208 DALC208SC6 marking dalc DALC208 74HC04 SMP75-8 pspice model
Robert Bosch

Abstract: Bosch MA3.1 0+281+003+032+bosch
Text: No file text available


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PDF BMA220 BMA220: BST-BMA220-DS003-08 Robert Bosch Bosch MA3.1 0+281+003+032+bosch
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