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Part Manufacturer Description Datasheet BUY
EL5193CW-T7 Intersil Corporation VIDEO AMPLIFIER, PDSO5, SOT-23, 5 PIN visit Intersil
EL6204CW-T7A Intersil Corporation SPECIALTY INTERFACE CIRCUIT, PDSO6, SOT-23, 6 PIN visit Intersil
HA2-5002-2ZR5254 Intersil Corporation BUFFER AMPLIFIER, MBCY8, GREEN, METAL CAN, 8 PIN visit Intersil
EL5144CW Intersil Corporation VIDEO AMPLIFIER, PDSO5, SOT-23, 5 PIN visit Intersil
EL5192CW-T7 Intersil Corporation VIDEO AMPLIFIER, PDSO5, SOT-23, 5 PIN visit Intersil
EL6204CW-T7 Intersil Corporation SPECIALTY INTERFACE CIRCUIT, PDSO6, SOT-23, 6 PIN visit Intersil

pin diagram s2-12v

Catalog Datasheet MFG & Type PDF Document Tags

AN828IS

Abstract: AN8280   Block Diagram and Peripheral Circuit â  Pin â'¢ AN82S0 Pin No. Pin Name Pin No. Pin Name 1 FG Pulse , Block Diagram and Peripheral Circuit 9.4+9.3 = 24-Lead PANAFLAT Package(SO-24D) Panasonic _ 446 _ , IS Pin No. Pin Name Pin No. Pin Name 1 GND (Power) 13 FG Pulse Output 2 GND (Signal) 14 Vcc 3 ,   Absolute Maximum Ratings (Ta = 25°C) Item Symbol Rating Unit Supply Voltage Vcc 20 V Pin Voltage AN8280 Vl,V4~8,Vio_16 â'" 0.3~Vcc V AN8281S V15-24 Pin Voltage V3 â'" 0.3â'" +1 V Pin Current
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AN828IS 12v output CIRCUIT DIAGRAM reverse forward control diagram 2SB766

mipi PCB layout

Abstract: XDS100V2 Configurable pin mux options 5V and 3.3V ADC option jumper Current measurement capability for 3.3V IO, 1.2V , ] GND ADREFHI AD1EVT EXP_12V Pin# H18 B6 T12 J19 E16 H17 G17 V17 T17 R17 V14 U13 U16 T15 R16 W17 U19 , ADREFLO AD2EVT GND Table 11, Expansion Connector P1 (J9, Left, TopView) Signal Name EXP_12V Pin# 1 No , SPI2_CS1 17 RM48 HDK User Guide Signal Name SPI2_CS0 EXP_12V Pin# N3 63 65 No. 64 66 Pin , HDK Board Block Diagram
Texas Instruments
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mipi PCB layout XDS100V2 sdram pcb layout guide 8MB SDRAM 8Mb SDRAM 5.0v memory HALCOGEN ISO/TS16949

472 K5C

Abstract: STV0042 thus a 47.5k ±1% is required. A 12V Double bonded main power pin for the audio/FM section of the , bonded (two bond wires and two pads for one package pin) : - One pad is connected to all of the 12V ESD , OUT GND 3 2 1 V 12V 4 V 12V 5 VIDEEM1 6 VGND 7 VGND 8 NC 16 15 14 13 12 11 10 9 B-BAND IN VIDEEM2/22kHz PIN CONNECTIONS S2 RTN L 17 64 S1 , DET R AMPLK R A 12V A 12V VREF AGND L AGND L NC AGC R AMPLK L U75 L
STMicroelectronics
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STV0056AF TQFP64 472 K5C STV0042 TRANSISTOR c104 5-10MH 06HEX 46HEX VIDEEM2/22

AN716

Abstract: BCD15 that +12 V is continuous. Connect this pin directly to the host platform +12V supply. See the section , directly to the host platform +12V supply. Connect a capacitor to the SR pin to adjust the slew rate , switch 3.3 V or 5 V to Vcc and 3 V, 5 V, or 12 V to the flash memory program pin, VPP . The Si9706DY , the interface chip are 3 or 5V CMOS logic, the 12V signals must be controlled from this lower , VCC. In the event that the 12V input drops and the supply sleeps, S1 changes from a state where its
Temic Semiconductors
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AN716 MAX783 BCD15 Si9707DY Si9710CY Si9711CY 9710CY 9711CY 9712DY 9706DY 9707DY

BCD-15

Abstract: AN716 this pin directly to the host platform +12-V supply. See the section on suspend mode operation for non-continuous 12-V systems. S3 0 +12 VIN (Pin 13) S2 0 This pin is the input to provide +5 V , way of Switch 1. Connect this pin directly to the host platform +12-V supply. www.vishay.com S , 5V 1 1 0V FIGURE 6. Si9707DY Functional Block Diagram PIN DESCRIPTION FOR THE , Si9712DY devices switch 3.3 V or 5 V to Vcc and 3 V, 5 V, or 12 V to the flash memory program pin, VPP .
Vishay Siliconix
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BCD-15 s4 vishay SI9706DY/07DY

Si9710CY

Abstract: Siliconix An716 continuous. Connect this pin directly to the host platform +12-V supply. See the section on suspend mode , way of Switch 1. Connect this pin directly to the host platform +12-V supply. SR (Pin 16) Connect , Block Diagram Pin Description for the Si9706DY/9707DY S1, S2 (Si9706DY: Pin 4, 5) (Si9707DY: Pin 15 , switch 3.3 V or 5 V to Vcc and 3 V, 5 V, or 12 V to the flash memory program pin, VPP . The Si9706DY , controller ICs). While the control signals from the interface chip are 3- or 5-V CMOS logic, the 12-V
Temic Semiconductors
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Siliconix An716 9707D si9710 9706DY/07DY

BC557 equivalent

Abstract: transistor bc547 . The target current is 50µA ±2% thus a 47.5k ±1% is required. A 12V Double bonded main power pin for , wires and two pads for one package pin) : - One pad is connected to all of the 12V ESD and video , S2 VID OUT GND 3 2 1 V 12V 4 V 12V 5 VIDEEM1 6 VGND 7 VGND 8 NC 16 15 14 13 12 11 10 9 B-BAND IN VIDEEM2/22kHz PIN CONNECTIONS S2 RTN L 17 , .EPS U75 R DET R AMPLK R A 12V A 12V VREF AGND L AGND L NC AGC R AMPLK L
STMicroelectronics
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BC557 equivalent transistor bc547 33c66 ANRS NOISE REDUCTION SYSTEM twins lnb

Bc547 inverter

Abstract: BC547 as amplifiers current is 50µA ±2% thus a 47.5k ±1% is required. A 12V Double bonded main power pin for the audio/FM , package pin) : - One pad is connected to all of the 12V ESD and video guard rings. - The second pad is , wire on this pin is connected directly to the die pad (substrate). Figure 27 Pins 10 - 11 V 12V , VID RTN VOL L S2 VID OUT GND 3 2 1 V 12V 4 V 12V 5 VIDEEM1 6 VGND 7 VGND 8 NC 16 15 14 13 12 11 10 9 B-BAND IN VIDEEM2/22kHz PIN CONNECTIONS
STMicroelectronics
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Bc547 inverter BC547 as amplifiers TDK 267KHZ

XDS100V2

Abstract: mipi PCB layout 1.2V Core 3.3V I/O EXP Conn2 CAN/FRAY/LIN/ GIO/HET PIN MUX SPI2 EXP Conn1 3.3V/5V , EXP_12V GND Table 11, Expansion Connector P1 (J9, Left, TopView) Signal Name Pin# EXP_12V , , TopView) Signal Name Pin# No. No. Pin# Signal Name EXP_12V 1 2 GND EXP_12V , Block Diagram . 6 1.4 RM48 HDK , 2.2.5 J7, XDS100V2 USB JTAG Interface . 13 2.2.6 P1, +12V
Texas Instruments
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4pin header 2.54mm JTAG connector 10x2 nand flash HET MIPI reference manual DP83640

13765

Abstract: Siliconix An716 is important that +12 V is continuous. Connect this pin directly to the host platform +12V supply , +12V supply. VCC (Pin 5, 6, 7, 13) PC Card slot supply voltage. Connect all four pins together and , Shift and Drivers VCC S3B GND Figure 6. Si9707DY Functional Block Diagram Pin Description , switch 3.3 V or 5 V to Vcc and 3 V, 5 V, or 12 V to the flash memory program pin, VPP . The Si9706DY , While the control signals from the interface chip are 3 or 5V CMOS logic, the 12V signals must be
Temic Semiconductors
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13765

ANRS NOISE REDUCTION SYSTEM

Abstract: 242KHZ Capacitor Right STV0056A PIN ASSIGNMENT (continued) Pin Number Name 45 A 12V 46 AMPLK R , 12V Supply Audio Roll-off Left Audio Ground PIN DESCRIPTION SOUND DETECTION FMIN This is the , 12V Double bonded main power pin for the audio/FM section of the chip. The two bond connections are , bond wires and two pads for one package pin) : - One pad is connected to all of the 12V ESD and , PIN CONNECTIONS FC R 1 56 A GND R PK IN R 2 55 FC L LEVEL R 3 54 PK
STMicroelectronics
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242KHZ tvscart THDA02 179kHz SHRINK56 SDIP56

SEL5618

Abstract: BC547 (two bond wires and two pads for one package pin) : - One pad is connected to all of the 12V ESD and , - I1 = f (phase error). Figure 20 STV0042A PIN INTERNAL CIRCUITRY (continued) A 12V , bond wire on this pin is connected directly to the die pad (substrate). Figure 25 V 12V Video Pads , WITH ACTIVE AUDIO AND VIDEO MATRIXES SHRINK42 (Plastic Package) ORDER CODE : STV0042A PIN , 36 DET R S2 VID RTN 8 35 AMPLK R S2 OUT L 9 34 A 12V CLAMP IN 10
STMicroelectronics
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SEL5618 BC547 bc54713 SDIP42 PMSDIP42

mipi PCB layout

Abstract: sdram bga pcb layout guide , Left, TopView) Signal Name EXP_12V 15 Pin# No. 1 Pin# 2 Signal Name GND Texas , TMS570LS31 HDK User Guide Signal Name Pin# SPI2_CS0 N3 No. Pin# 64 65 EXP_12V 63 , ) Signal Name Pin# No. No. Pin# Signal Name EXP_12V 1 2 GND EXP_12V 3 4 , Diagram . 6 1.4 TMS570LS31 HDK , 2.2.5 J7, XDS100V2 USB JTAG Interface . 13 2.2.6 P1, +12V
Texas Instruments
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sdram bga pcb layout guide TMS570LS3137 337 BGA JTAG 2mm mini project using ARM microcontroller daughter

EQUIVALENT TRANSISTOR bc547

Abstract: SHRINK56 . The target current is 50µA ±2% thus a 47.5k ±1% is required. A 12V Double bonded main power pin for , GND V 12V Doubled bonded (two bond wires and two pads for one package pin): ­ One pad is , MISCELLANEOUS 22kHz TONE GENERATION FOR LNB CONTROL Figure 2. Pin Connections FC R 1 56 A GND R , S2 VID RTN 11 46 AMPLK R S2 OUT L 12 45 A 12V CLAMP IN 13 44 VREF , AMPLK L V 12V 17 40 U75 L VIDEEM1 18 39 DET L V GND 19 38 CPUMP L
STMicroelectronics
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EQUIVALENT TRANSISTOR bc547 transistor c114 chip 243-kHz twin lnb

electrical circuit diagram reverse forward move d

Abstract: H24 SMD DIODE 9.4 9.4 5 Block diagram Pin Pin 1 1 2 23 34 45 5 6 6 Function Function Source 1 (S1) 1S1 Vs1 Vs1 , dimensions Table 2 -12V 1.2mA typ. -60V max. 9A (Per circuit) 1A max. (When reverse current is -60V) 13m , 13.6 15 Vs1 S2 Circuit 2 1st pin index mark 1 1 4.75 6.9 5.25 2 1.4 3 4 1.4 6.9 , voltage Shape Remarks BID-60D9P -60V 9A -12V SMD Unless otherwise mentioned in these specifications , = -60V, Vs = -12V IF = 9A, Vs = -12V VDS = -60V, Vs = -12V - - - - 1.2 1.2 1 1.5 1.5 Symbol VF
Bellnix
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electrical circuit diagram reverse forward move d H24 SMD DIODE BDD20101213

N8280

Abstract: AN8281S ack ag e(S O -2 4 D ) Block Diagram and Peripheral Circuit Panasonic - 446 - ICS for MOTOR CONTROL Block Diagram and Peripheral Circuit AN8280, AN8281S Pin · A N 8280 Pin No , (B2) D rive O utput (A2) D rive O utput (A l) H a ll B ia s P in N a m e Pin No. 10 11 12 13 14 15 16 , . (H 2+) H all A m p. (H l" ) H a ll A m p. ( H l +) GND - P in N a m e · A N 828 IS Pin No. 1 2 3 , . 1 (H 1 ") H a ll A m p. 1 ( H l +) Pin N a m e Pin No. 13 14 15 16 17 18 19 20 21 22 23 24 FG P ulse
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N8280

REGULATOR IC 7808

Abstract: ic 7808 voltage regulator Colsed, Note 1 Test pin 1 = 12V, 16 = 1VRMS at 1kHz Horizontal Frequency Divider Ratio, fg ÷ f11 , 0.2V Static Characteristics: (TA = +25°C V+ = 12V, switches open, test pin 2, 8, 12, & 14 = GND , 5.0 V Notes 1, 4 12V GND 0.09 0.5 V Test pin 15 = 8V S2 Closed 14.4 GND , S2 Closed, Note 3, Test pin 8 = 4.5V 12V Ramp Current, I3 S3 Closed, Note 1, Test pin 2 = , , Note 4, Test pin 12 = 2.3V S2 Closed, Note 4, Test pin 12 = 3.0V 12V 2V 3.0V 10 40
NTE Electronics
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NTE849 NTE701 REGULATOR IC 7808 ic 7808 voltage regulator s7 200 noise

H24 SMD DIODE

Abstract: electrical circuit diagram reverse forward move d 9.4 9.4 5 Pickup point Board production code Block diagram Pin Pin1 1 2 2 3 3 4 4 5 5 6 6 , dimensions Table 2 12V 1.2mA typ. 100V max. 10A (Per circuit) 1A max.(When reverse current is 100V) 13m , Bellnix 13.6 15 Vs1 S2 Circuit 2 2 1 pin index mark 1 st 1 4.75 6.9 5.25 2 1.4 3 , Forward current Drive voltage Shape Remarks BID-100D10N 100V 10A 12V SMD Unless otherwise mentioned in , proportionate to drive voltage. IR IVs VDS = 100V, Vs = 12V IF = 10A, Vs = 12V VDS = 100V, Vs = 12V - - - -
Bellnix
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12v bulb 220 supply diagram

LTC2905CTS8

Abstract: LTC2904 . ­65°C to 150°C TSOT Lead Temperature (Soldering, 10 sec). 300°C PIN CONFIGURATION TOP VIEW , DFN EXPOSED PAD IS GND (PIN 9), MUST BE SOLDERED TO PCB * RST FOR LTC2904 TMR FOR LTC2905 TJMAX = , Threshold 1.5V, 7.5% Reset Threshold 1.5V, 10% Reset Threshold 1.2V, 5% Reset Threshold 1.2V, 7.5% Reset Threshold 1.2V, 10% Reset Threshold 1V, 5% Reset Threshold 1V, 7.5% Reset Threshold 1V, 10% Reset , ­1 Low Level Input Voltage l VIH High Level Input Voltage l 1.4 V VZ Pin Voltage
Linear Technology
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LTC2905CTS8 LTC2904CDDB LTC2904IDDB LTC2904/LTC2905 2904/LTC2905 LTC1728-1 8/LTC1728-3 LTC1728-2 5/LTC1728-5

A12V

Abstract: STV0042 STV0056A PIN ASSIGNMENT (continued) Pin Number Name Function 45 A 12V Audio 12V Supply 46 AMPLK R , Peak Det 100|xA V 12V Doubled bonded (two bond wires and two pads for one package pin) : - One pad , NO DE-EMPHASIS â  WEGENER PANDA SYSTEM â  TWO AUXILIARY AUDIO INPUTS AND OUTPUTS PIN CONNECTIONS , 10 47 DETR S2 VIDRTN â¡ 11 46 â¡ AMPLK R S2 OUTL r 12 45 A 12V CLAMP IN L 13 44 â¡ vHEF S2 OUT R L 14 43 â¡ A GND L UNCLDEEM â¡ 15 42 â¡ AGC R VIDEEM2/22kHz r 16 41 AMPLK L V 12V
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A12V 65kfl OR46H
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