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2001 - Optocoupler 16 Pin quad

Abstract: LLC resonant transformer AN2452 PDI1394L40 PDI1394L41 PDI1394P21 PDI1394P21BE S100 TSB41AB3 TSB41LV03A
Text: AVDD AVDD AGND AGND AGND AGND AGND 25 TEST1 24 NC 23 DVDD 22 , circuit board. 22 I/O Bus Manager Contender programming input and link-on output. On hardware


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PDF PDI1394P21 P1394a P1394o Optocoupler 16 Pin quad LLC resonant transformer AN2452 PDI1394L40 PDI1394L41 PDI1394P21 PDI1394P21BE S100 TSB41AB3 TSB41LV03A
2001 - TPA 234

Abstract: SW DIP5 SW DIP-5 AN2454 1nF Y1 CAPACITOR pdi1394p23 TSB41AB1 se 562 capacitor LQFP80 PDI1394P21
Text: device will work properly with or without the external capacitor. 2.2 . 3 port design schematics , PC2 18 22 19 15 14 13 12 11 10 8 7 5 4 1 ISO 26 78 U13 PLLVDD 73 , 77 23 24 25 31 33 32 18 22 19 15 14 13 12 11 10 8 7 5 4 Filter1 , R33 R36 10K R81 C32 28 27 29 59 60 20 21 22 2 1 BRIDGE TWOPORT , 60 20 21 22 14 19 15 13 12 11 10 9 8 7 6 5 4 1 ISO 23 R44 Y1


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PDF PDI1394P21/P23/P25 TSB41LVxx TSB41ABx AN2454 PDI1394P21/P23/P25 TPA 234 SW DIP5 SW DIP-5 AN2454 1nF Y1 CAPACITOR pdi1394p23 TSB41AB1 se 562 capacitor LQFP80 PDI1394P21
2001 - lps 800

Abstract: AN2452 PDI1394L21 PDI1394L40 PDI1394L41 PDI1394P21 PDI1394P21BE TSB41AB3 TSB41LV03A
Text: TEST1 24 NC 23 DVDD 22 DVDD 21 DGND 41 AGND /ISO 42 TPB0­ CPS LPS , these terminals. C/LKON CMOS 5V tol 22 I/O Bus Manager Contender programming input and


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PDF PDI1394P21 P1394a lps 800 AN2452 PDI1394L21 PDI1394L40 PDI1394L41 PDI1394P21 PDI1394P21BE TSB41AB3 TSB41LV03A
2001 - INS400

Abstract: No abstract text available
Text: TPA0­ 43 TPB0+ 42 TPB0­ 41 AGND 21 DGND 22 C/LKON 23 PC0 24 PC1 25 PC2 26 /ISO 27 CPS 28 DGND 29 DVDD , CMOS 5V tol 22 I/O 2001 Jan 31 4 Philips Semiconductors Preliminary specification


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PDF PDI1394P21 PDI1394P21 P1394a P1394aribed INS400
1999 - INS400

Abstract: d-phy PDI1394L11 PDI1394L21 PDI1394P21 S100 S200 S400 TSB41LV03
Text: AVDD AVDD AGND AGND AGND AGND AGND 25 TEST1 24 NC 23 DVDD 22 , tol Pin Numbers 22 PDI1394P21 I/O Description I/O Bus Manager Contender programming , , /ISO = VDD 2.2 V VOH High-level output voltage. pins CTL Hi h l l t t lt i CTLn, Dn , ­40 ­20 µA ­90 ­45 ­ 22 µA 86 260 450 µA VDD/2 + 0.3 VDD/2 + 0.9 , PROGRAMMING 21 22 26 27 28 29 30 31 32 33 34 35 36 37 38 39 59


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PDF PDI1394P21 P1394a INS400 d-phy PDI1394L11 PDI1394L21 PDI1394P21 S100 S200 S400 TSB41LV03
2000 - INS400

Abstract: No abstract text available
Text: 21 DGND 22 C/LKON 23 PC0 24 PC1 25 PC2 26 /ISO 27 CPS 28 DGND 29 DVDD 30 DVDD 31 NC 32 TEST1 33 TEST0 , 22 I/O 2000 Jun 23 4 Philips Semiconductors Preliminary specification 3-port 400


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PDF PDI1394P21 PDI1394P21 P1394a P1394aribed INS400
IEC61883

Abstract: S100 S200 S400 IEC-61883 philips application notes semiconductors
Text: Coming Soon PS - AML-16 ­ PDI1394P21/ 22 400 Mb/s PHY 1394a compliant ­ PDI1394L41 Link with copy


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PDF IEEE1394 AML-16 PDI1394P21/22 1394a PDI1394L41 AML-17 com/1394/rdk com/1394 AML-18 AML-19 IEC61883 S100 S200 S400 IEC-61883 philips application notes semiconductors
2001 - IEEE 1394a

Abstract: LQFP64 LQFP80 P11A PDI1394P11A PDI1394P21 PDI1394P22 PDI1394P23 PDI1394P25 TSB41AB
Text: CPS ISO D4 Lights when cable active SYSCLK 7 1 2 3 4 5 R19 1K R81 22 21 , 22 19 D7 D6 D5 D4 D3 D2 D1 D0 CTL1 CTL0 52 51 50 49 53 2 17 27 Lights


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PDF PDI1394P11A AN2455 PDI1394P2x IEEE 1394a LQFP64 LQFP80 P11A PDI1394P21 PDI1394P22 PDI1394P23 PDI1394P25 TSB41AB
2001 - fw802

Abstract: LQFP64 LQFP80 P11A PDI1394P11A PDI1394P21 PDI1394P22 PDI1394P23 PDI1394P25
Text: S6 R27 10K 22 21 11 12 13 14 15 16 RESET LPS LREQ PD CPS ISO 9 Lights , GREEN 3.3­PHY 8 PHYPD LINKON LPS SYSCLK LREQ 22 19 D7 D6 D5 D4 D3 D2 D1 D0


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PDF PDI1394P11A AN2455 PDI1394P2x fw802 LQFP64 LQFP80 P11A PDI1394P21 PDI1394P22 PDI1394P23 PDI1394P25
2000 - 89c51 microcontroller

Abstract: pin diagram of ic 89c51 89c51 c programming codes led interfacing with 89C51 pull up resistor in AT 89c51 microcontroller ic 89c51 89c51 controller 89crd2 89C51 EXTERNAL RAM microcontroller 89c51 pin diagram
Text: 2.2 for L4X / P21 Hardware Reference Manual Copyright © 2000 Philips Semiconductors. All rights reserved. Philips Semiconductors Full Duplex A/V Link Layer 1394 L4X Reference Design Kit version 2.2 Hardware Reference Manual Release 2.2 , October 2000. Copyright © 2000, Philips Semiconductors. All rights , .2 2.2 Evaluation Board Features , . 22 5 GLOSSARY


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PDF P89C51RD+ 25to9 PH000801-103 89c51 microcontroller pin diagram of ic 89c51 89c51 c programming codes led interfacing with 89C51 pull up resistor in AT 89c51 microcontroller ic 89c51 89c51 controller 89crd2 89C51 EXTERNAL RAM microcontroller 89c51 pin diagram
2002 - TDA8842 s1

Abstract: ALP018TT BLV1819-30 TDA8842 S1 tda8842 s1 datasheet TDA8842 S1 TDA4859ps OH191 blv1819-4a blv1819 BAX12 equivalent
Text: Standard End of Life. 19 BAX12A 22 BAX18 25 BB146 BAX12A T/R BAX18 T/R BB146 T/R 26


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PDF SoY22187A3 31-Mar-03 30-Jun-03 vy22187b3 VY22254-4 VY22254-4 vy22402a2 TDA8842 s1 ALP018TT BLV1819-30 TDA8842 S1 tda8842 s1 datasheet TDA8842 S1 TDA4859ps OH191 blv1819-4a blv1819 BAX12 equivalent
1999 - INS400

Abstract: FW803 PDI1394L11 PDI1394L21 PDI1394P22 S100 S200 S400 VTH-SP200 FW803 APPLICATION NOTE
Text: 20 21 22 23 24 25 26 27 28 29 30 31 32 AGND 14 CNA AVDD , , 21, 22 I Power Class programming inputs. On hardware reset, these inputs set the default value , , /ISO = VDD 2.2 V VOH High-level output voltage. pins CTL Hi h l l t t lt i CTLn, Dn , ­40 ­20 µA ­90 ­45 ­ 22 µA 86 260 450 µA VDD/2 + 0.3 VDD/2 + 0.9 , DVDD DVDD TEST1 TEST0 AVDD AVDD 20 21 22 23 24 25 26 27 28


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PDF PDI1394P22 P1394a INS400 FW803 PDI1394L11 PDI1394L21 PDI1394P22 S100 S200 S400 VTH-SP200 FW803 APPLICATION NOTE
2000 - Opto Coupler 4N36

Abstract: DTV converter AN2452 P11A 50V Center Tapped 5 Amp Transformer IN4002 diode IN4002 datasheet
Text: START w 3 ms PHY +3.3V 2.2 kW 420W 4N36 RESET HOT RESET PHY CHIP 1394 BUS , PIN 5 mA 4N36 HOLD TIME PD PHY CHIP 1394 BUS 2.2 k SV01067 Figure 8. Isolated , Microcontroller for Link/Application Power Down Control 1 2 4N36 (or equiv.) Opto Coupler 2.2 k , side ( 2.2 k) will require about 1.5 milliamps from the PHY supply when operating. Because the PHY , CHIP LPS P1x, P2x PHY CHIP 1394 BUS 2.2 kW SV01799 Figure 11. Using the link power


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PDF AN2452 Opto Coupler 4N36 DTV converter AN2452 P11A 50V Center Tapped 5 Amp Transformer IN4002 diode IN4002 datasheet
2001 - digital galvanic isolator

Abstract: power supply DVD schematic diagram AN2452 P11A Opto Coupler 4N36 audio optocoupler optoisolator
Text: START w 3 ms PHY +3.3V 2.2 kW 420W 4N36 RESET HOT RESET PHY CHIP 1394 BUS , PIN 5 mA 4N36 HOLD TIME PD PHY CHIP 1394 BUS 2.2 k SV01067 Figure 8. Isolated , Microcontroller for Link/Application Power Down Control 1 2 4N36 (or equiv.) Opto Coupler 2.2 k , side ( 2.2 k) will require about 1.5 milliamps from the PHY supply when operating. Because the PHY , CHIP LPS P1x, P2x PHY CHIP 1394 BUS 2.2 kW SV01799 Figure 11. Using the link power


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PDF AN2452 digital galvanic isolator power supply DVD schematic diagram AN2452 P11A Opto Coupler 4N36 audio optocoupler optoisolator
2000 - power supply DVD schematic diagram

Abstract: computer schematic power supply circuit diagram schematics power supply satellite receiver schematics power supply for digital satellite receiver PHILIps computer monitor schematic electrical house wiring 1394 schematic block diagram of DVD power supply Opto Coupler 4N36 opto counter
Text: START w 3 ms PHY +3.3V 2.2 kW 420W 4N36 RESET HOT RESET PHY CHIP 1394 BUS , PIN 5 mA 4N36 HOLD TIME PD PHY CHIP 1394 BUS 2.2 k SV01067 Figure 8. Isolated , Microcontroller for Link/Application Power Down Control 1 2 4N36 (or equiv.) Opto Coupler 2.2 k , side ( 2.2 k) will require about 1.5 milliamps from the PHY supply when operating. Because the PHY , CHIP LPS P1x, P2x PHY CHIP 1394 BUS 2.2 kW SV01799 Figure 11. Using the link power


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PDF AN2452 power supply DVD schematic diagram computer schematic power supply circuit diagram schematics power supply satellite receiver schematics power supply for digital satellite receiver PHILIps computer monitor schematic electrical house wiring 1394 schematic block diagram of DVD power supply Opto Coupler 4N36 opto counter
2001 - Opto Coupler 4N36

Abstract: digital galvanic isolator AN2452 P11A
Text: START w 3 ms PHY +3.3V 2.2 kW 420W 4N36 RESET HOT RESET PHY CHIP 1394 BUS , PIN 5 mA 4N36 HOLD TIME PD PHY CHIP 1394 BUS 2.2 k SV01067 Figure 8. Isolated , Microcontroller for Link/Application Power Down Control 1 2 4N36 (or equiv.) Opto Coupler 2.2 k , side ( 2.2 k) will require about 1.5 milliamps from the PHY supply when operating. Because the PHY , CHIP LPS P1x, P2x PHY CHIP 1394 BUS 2.2 kW SV01799 Figure 11. Using the link power


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PDF AN2452 Opto Coupler 4N36 digital galvanic isolator AN2452 P11A
2001 - B10-277

Abstract: Hosonic+crystal+oscillator+22
Text: ~17.0 14.0~17.0 14.0~17.0 14.0~17.0 14.0~17.0 4 G.N.D. 1.0~ 2.2 NO-CONT NO-CONT NO-CONT NO-CONT NO-CONT NO-CONT NO-CONT NO-CONT NO-CONT 1.0~ 2.2 1.0~ 2.2 NO-CONT NO-CONT NO-CONT NO-CONT NO-CONT 1.0~ 2.2 NO-GAP NO-CONT NO-CONT NO-GAP NO-CONT 1.0~ 2.2 5 1.0~ 2.2 G.N.D. G.N.D. G.N.D. G.N.D. G.N.D. G.N.D. G.N.D. G.N.D. 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 6 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2


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PDF B10-277 CVT32 Hosonic+crystal+oscillator+22
2001 - B10-277

Abstract: 291mm
Text: ~17.0 11.0~17.0 11.0~17.0 4 G.N.D. 1.0~ 2.2 NO-CONT NO-CONT NO-CONT NO-CONT NO-CONT NO-CONT NO-CONT NO-CONT NO-CONT 1.0~ 2.2 1.0~ 2.2 NO-CONT NO-CONT NO-CONT NO-CONT NO-CONT 1.0~ 2.2 NO-GAP NO-CONT NO-CONT NO-GAP NO-CONT 1.0~ 2.2 5 1.0~ 2.2 G.N.D. G.N.D. G.N.D. G.N.D. G.N.D. G.N.D. G.N.D. G.N.D. 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 6 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2


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PDF B10-277 CVT32 291mm
2001 - B10-277

Abstract: No abstract text available
Text: . 1.0~ 2.2 NO-CONT NO-CONT NO-CONT NO-CONT NO-CONT NO-CONT NO-CONT NO-CONT NO-CONT 1.0~ 2.2 1.0~ 2.2 NO-CONT NO-CONT NO-CONT NO-CONT NO-CONT 1.0~ 2.2 NO-GAP NO-CONT NO-CONT NO-GAP NO-CONT 1.0~ 2.2 5 1.0~ 2.2 G.N.D. G.N.D. G.N.D. G.N.D. G.N.D. G.N.D. G.N.D. G.N.D. 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 6 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2 1.0~ 2.2


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PDF B10-277 CVT32
1999 - Not Available

Abstract: No abstract text available
Text: . .0010 .0015 .0022 .0033 .0047 .0068 .010 .015 .022 .033 .047 .068 .10 .15 . 22 .33 .47 , 26 26 26 26 26 26 26 24 24 24 24 24 24 22 22 20 20 20 20 20 20 400 VOLT DC , .015 .022 .033 .047 .068 .10 .15 . 22 .33 .47 .68 1.0 1.5 2.0 250B1E102* 250B1E152 , LEAD SIZE (AWG) PART NO. T W L (AWG) 26 26 26 26 24 24 24 24 24 24 22 22 22 20 20 20 20 20 20 - 250B1F102* 250B1F152* 250B1F222* 250B1F332* 250B1F472


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PDF 252A1F684* 252A1E824* 252A1F824* 252A1E105* 252A1F105* 252A1E155* 252A1F155* 252A1E205* 252A1F205* 252A1E305*
AC319

Abstract: 20.000 G HRS1
Text: - 0'C (5') (5') 1< -~\_y - 30cycles MIL-STD-883C Method 1004 10 cycles DIP-14 0/ 22 DIP-16 0/ 22 DIP-20 0/ 22 201.46 x 10s 0 0 0 2* 0 0 Tfest Steady State Operation High Tfemp. DC Bias High Tfemp , T k= -3 0 °C V cc= 6V 0/100 0/100 0/100 Thermal Start Moisture Resistance 0/ 22 0/ 22 0/ 22 0/ 22 0/ 22 0/ 22 T O S H IB A C O R P O R A T IO N AC-317 (3) Mechanical Teat , Condition 60±20H z, 20G 3 orientation 32 Hrs. DIP-14 0/ 22 0/ 22 DIP-16 0/ 22 0/ 22 DIP-20 0/ 22 0/ 22 1 0 0 -2


OCR Scan
PDF 30cycles MIL-STD-883C DIP-14 DIP-16 DIP-20 300mil 20-PIN 150mil 200mil 300mil AC319 20.000 G HRS1
1999 - 0.022 mfd capacitor

Abstract: No abstract text available
Text: .015 .022 .033 .047 .068 .10 .15 . 22 .33 .47 .68 1.0 1.5 2.0 200 VOLT DC L (AWG) PART NO , 26 26 26 26 24 24 24 24 24 24 22 22 20 20 20 20 20 20 400 VOLT DC DIMENSIONS MFD .0010 .0015 .0022 .0033 .0047 .0068 .010 .015 .022 .033 .047 .068 .10 .15 . 22 .33 .47 .68 1.0 1.5 2.0 600 VOLT DC , SIZE 26 26 26 26 24 24 24 24 24 24 22 22 22 20 20 20 20 20 20 - DIMENSIONS PART NO. 250B1F102 , 1.21 1.21 1.46 1.46 1.72 1.96 - (AWG) LEAD SIZE 26 26 24 24 24 24 24 24 22 22 22 20 20 20 20 20


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PDF UL94VO. 0.022 mfd capacitor
1999 - Not Available

Abstract: No abstract text available
Text: .015 .022 .033 .047 .068 .10 .15 . 22 .33 .47 .68 1.0 1.5 2.0 200 VOLT DC L (AWG) PART NO , 26 26 26 26 24 24 24 24 24 24 22 22 20 20 20 20 20 20 400 VOLT DC DIMENSIONS MFD .0010 .0015 .0022 .0033 .0047 .0068 .010 .015 .022 .033 .047 .068 .10 .15 . 22 .33 .47 .68 1.0 1.5 2.0 600 VOLT DC , SIZE 26 26 26 26 24 24 24 24 24 24 22 22 22 20 20 20 20 20 20 - DIMENSIONS PART NO. 250B1F102 , 1.21 1.21 1.46 1.46 1.72 1.96 - (AWG) LEAD SIZE 26 26 24 24 24 24 24 24 22 22 22 20 20 20 20 20


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PDF UL94VO.
2014 - Not Available

Abstract: No abstract text available
Text: CURRENT WV 6.3 10 16 D 22 F 25.4 30 35 40 22 25.4 30 35 40 22 35 35 3.04 22 40 3.40 22 33000 22 40 50 3.92 25.4 25 25.4 25.4 30 35 3.53 25.4 40 3.91 45 25.4 50 4.63 22 25 30 22 3.42 , 2.90 3.50 30 4.50 45 22 30 30 25.4 3.17 3.11 4.60 35 68000 25.4 40 22 25 2.75 25.4 4.20 30 25.4 4.26 35 30 2.56 2.80 25.4


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PDF 120Hz, 120Hz
2008 - Not Available

Abstract: No abstract text available
Text: directive DIMENSIONS & MAXIMUM PERMISSIBLE RIPPLE CURRENT F WV ØD 6.3 22 25.4 30 35 40 22 22 × 25 3.31 22 × 30 3.82 22 × 35 4.28 22 × 40 4.79 22 × 45 5.30 22 × 50 5.82 35× 25 5.82 35× 30 6.41 35× 30 6.64 35× 35 7.23 35× 45 8.34 10 25.4 30 35 40 22 22 × 25 3.32 22 × 30 3.55 22 × 35 4.29 22 × 40 4.77 22 × 50 , 100000 WV ØD 3300 22 × 25 3.39 22 × 30 3.85 22 × 35 4.34 22 × 40 4.85 22 × 45 5.36 22 × 50 5.83 Leakage , 35× 40 7.54 35× 45 8.08 35× 50 8.63 40× 40 8.49 40× 40 8.23 40× 50 9.13 40× 60 10.2 25 22


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PDF 120Hz
Supplyframe Tracking Pixel