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Part Manufacturer Description Datasheet BUY
ISL28113SOT23EVAL1Z Intersil Corporation Single General Purpose Micropower, RRIO Operational Amplifier; Package: Eval Board visit Intersil
ISL28114SOT23EVAL1Z Intersil Corporation Single General Purpose Micropower, RRIO Operational Amplifiers; Package: Eval Board 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
ISL88694IH5-TK Intersil Corporation SPECIALTY ANALOG CIRCUIT, PDSO5, SOT-23, 5 PIN visit Intersil

wv4 sot-23

Catalog Datasheet MFG & Type PDF Document Tags

SOT23 WV4

Abstract: wv4 sot23 the Evaluation Board schematic. U1 DUT VREF select WV4 connector J2 VIN JP5 CLK , WaveVision4 Data Capture (WV4) Board. In both Refer to Figure 1 for locations of test points and cases, the , . Version 4.2 3.1 Stand Alone Mode or higher is required to interface the WV4 board with the ADC121S625B , J4 of the conversion process. ADC121S625B evaluation board and J3 of the WV4 board. 2. Connect a , power connector J1 on the WV4 board and source has a 50 output impedance, install a turn on the power
National Semiconductor
Original
ADC121S625 SOT23 WV4 wv4 sot23 S1011E-36-ND wv4 sot-23 wv4 diode L1210 ADC121S625EVAL/R

24C028

Abstract: C9013 available at pins A4 (MSB) through A15 of the WaveVisionTM (WV4) connector J10 and pins 8 (MSB) through 19 of header JP4. Channel B output data is available at pins B4 (MSB) through B15 of the WV4 connector , Header JP20 Vcm Select Ch. B Input Signal Ch. B JP19 MUX Input Signal Ch. A J10 WV4 , . Select which channel the WV4 board collects data from with the Product Board Settings item under the , default setting is to use VRMA from the ADC, with pins 2-3 shorted. Jumper JP20 selects the source of
National Semiconductor
Original
ADC12DL040 ADC12DL065 24C028 C9013 dcs D4 abb P150H C3611 BLKCON.100

BLKCON.100/VH/TM1SQ/W.100/2

Abstract: BLKCON.100/VH/TM2OE/W.200 available at pins A4 (MSB) through A15 of the WaveVisionTM (WV4) connector J10 and pins 8 (MSB) through 19 of header JP4. Channel B output data is available at pins B4 (MSB) through B15 of the WV4 connector , Header JP20 Vcm Select Ch. B Input Signal Ch. B JP19 MUX Input Signal Ch. A J10 WV4 , . Select which channel the WV4 board collects data from with the Product Board Settings item under the , default setting is to use VRMA from the ADC, with pins 2-3 shorted. Jumper JP20 selects the source of
National Semiconductor
Original
BLKCON.100/VH/TM1SQ/W.100/2 BLKCON.100/VH/TM2OE/W.200 BLKCON.100/VH/TM1SQS/W.100/3 74CLX574 P475H AT24C02AN-10SI-2.7

BLKCON.100

Abstract: BLKCON.100/VH/TM1SQ/W.100/3 ://www.national.com number WV4ADCIFCABLE). The Data Capture (WV4) Board is connected to a personal computer , to evaluate this part with the WV4 Evaluation System. The Analog input signal enters the , stream of bits by U1, the ADC128S102. The WV4 system captures and displays the digitized signal on a PC , J4 IN B U1 ADC128S102 J3 Serial Interface WV4 Connector JP3 D3 JP7 Clk Selection , . CS WV4 SCLK DOUT J3 DIN 3.0 Quick Start Figure 2: J3 WaveVision4 Serial Interface
National Semiconductor
Original
ADC088S022 ADC108S022 ADC128S022 ADC088S052 ADC088S102 ADC108S052 BLKCON.100/VH/TM1SQ/W.100/3 wv4 zener header 7x2 sot23-123 w100 zener DIP100 50KSPS 200KSPS 500KSPS

SMD wv4 85

Abstract: ADC12DL040 is available at pins A4 (MSB) through A15 of the WaveVisionâ"¢ (WV4) connector J10 and pins 8 , WV4 connector J10 and pins 8 (MSB) through 19 of header JP5. Disregard the two LSBâ'™s for the , JP20 Vcm Select Ch. B Input Signal Ch. B JP19 MUX Input Signal Ch. A J10 WV4 Conn , . Select which channel the WV4 board collects data from with the Product Board Settings item under the , default setting is to use VRMA from the ADC, with pins 2-3 shorted. Jumper JP20 selects the source of
National Semiconductor
Original
SMD wv4 85 ADC10DL065

wv4 sot-23

Abstract: marking WV4 sot-23 Diodes SMD Type Schottky Diodes KAT54/A/C/S(BAT54/A/C/S) SOT-23 Unit: mm +0.1 2.9-0.1 +0.1 0.4-0.1 Features 0.4 3 Small plastic SMD package. 1 0.55 Guard ring protected +0.1 1.3-0.1 +0.1 2.4-0.1 Low forward voltage 2 +0.1 0.95-0.1 +0.1 1.9-0.1 0-0.1 KAT54 KAT54A KAT54C +0.1 0.38-0.1 +0.1 0.97-0.1 +0.05 0.1-0.01 1.Base 2 , or WV4 www.kexin.com.cn 1 Diodes SMD Type KAT54/A/C/S(BAT54/A/C/S) Typical
Kexin
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marking WV4 sot-23 SMD wv4 marking WV3 sot-23 marking ww1 sot-23 diodes schottky ww1 sot-23 ww1 smd KAT54S

BLKCON.100

Abstract: BLKCON.100/VH/TM1SQ/W.100/3 ADC128S102WG. Note: WaveVision Software version 4.2 or later is required to evaluate this part with the WV4 , . The WV4 system captures and displays the digitized signal on a PC monitor in the time and frequency , number WAVEVSN BRD 4.0) with a 14-pin ribbon cable (order number WV4ADCIFCABLE). The Data Capture (WV4 , ADC128S102WG J1 Serial Interface WV4 Connector JP3 J4 IN B D3 JP7 Clk Selection JP8 J5 , analyzer or other third-party equipment. It may also be used in the Computer Mode with a WV4 Board. In
National Semiconductor
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ADC128S102CVAL BLKCON ADC128S102QML TP10 5011K-ND 1N4001

BLKCON.100

Abstract: DIP100 ADC128S102WG. Note: WaveVision Software version 4.2 or later is required to evaluate this part with the WV4 , . The WV4 system captures and displays the digitized signal on a PC monitor in the time and frequency , number WAVEVSN BRD 4.0) with a 14-pin ribbon cable (order number WV4ADCIFCABLE). The Data Capture (WV4 , ADC128S102WG J1 Serial Interface WV4 Connector JP3 J4 IN B D3 JP7 Clk Selection JP8 J5 , analyzer or other third-party equipment. It may also be used in the Computer Mode with a WV4 Board. In
National Semiconductor
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24c02 eeprom

marking WV3 sot-23

Abstract: smd wv3 Product specification KAT54/A/C/S(BAT54/A/C/S) SOT-23 Unit: mm +0.1 2.9-0.1 +0.1 0.4-0.1 Features 0.4 3 Small plastic SMD package. 1 0.55 Guard ring protected +0.1 1.3-0.1 +0.1 2.4-0.1 Low forward voltage 2 +0.1 0.95-0.1 +0.1 1.9-0.1 0-0.1 KAT54 KAT54A KAT54C +0.1 0.38-0.1 +0.1 0.97-0.1 +0.05 0.1-0.01 1.Base 2.Emitter 3 , TYPE KAT54 KAT54A KAT54C KAT54S Marking L4 L42 or WV3 L43 or WW1 L44 or WV4
TY Semiconductor
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smd wv3 MARKING WV3
Abstract: the Evaluation Board schematic. U1 DUT VREF select WV4 connector J2 VIN JP5 CLK , WaveVision4 Data Capture (WV4) Board. In both Refer to Figure 1 for locations of test points and cases, the , . Version 4.2 3.1 Stand Alone Mode or higher is required to interface the WV4 board with the ADC121S625B , J4 of the conversion process. ADC121S625B evaluation board and J3 of the WV4 board. 2. Connect a , power connector J1 on the WV4 board and source has a 50â"¦ output impedance, install a turn on the National Semiconductor
Original
ISO/TS16949

SMD wv4

Abstract: wv4 sot-23 Channel A of the ADC12DL040 is available at pins A4 (MSB) through A15 of the WaveVisionTM (WV4 , (MSB) through B15 of the WV4 connector J10 and pins 8 (MSB) through 19 of header JP5. Disregard the , Input Signal Ch. A J10 WV4 Conn. TP8 VREF J5,J11 (on back) JP22 Vcm Select Ch. A , the WaveVisionTM software. Select which channel the WV4 board collects data from with the Product , 1-2 of JP22 to use VR2. The default setting is to use VRMA from the ADC, with pins 2-3 shorted
National Semiconductor
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smd transistor wv4 wv4 smd smd diode wv4 SMD transistor A24 smd 402 A21 SMD IC

SOT23 WV4

Abstract: C0805 10uF Microsoft Windows. The signal at the Analog Input U1 DUT VREF select WV4 connector J2 VIN , row right angle male header: Connects to WV4.1 board. J2: VIN_AC Three pin male header: Differential AC input. J3: VIN_DC Three pin male header: Differential DC input. J4: WV4 14 pin dual row male header: Connects to WV4.0 board. J5: 5P0V_REMOTE Terminal Block: Power connector for , J4 WV4 J1 WV4S 1 1.0uF C4 TP1 AGND CSB C3 0.1uF VA 8 Y2 OSC
National Semiconductor
Original
ADC121S705 C0805 10uF 24C02 ADC121S705CIMM IN4003 LM4040 ADC121S705EB/R ADC121
Abstract: . Note: WaveVision software version 4.4 or higher is required to evaluate this part with the WV4 , WaveVision 4 Data Capture Board, referenced throughout the remainder of this document as WV4. In both cases , 4.4 or higher is required to interface to the WV4 board. While the program is loading, continue below. 2. Connect a USB cable between the WV4 board and the PC running the WaveVision 4 software. 3. Connect the J2 header on the ADC122S706 evaluation board to the J7 WV4 serial connector on the WV4 board National Semiconductor
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Abstract: WV4 Evaluation System. The WaveVision 4 software operates under Microsoft Windows. The signal at , of this document as WV4. In both cases, the data may be analyzed with the WaveVision 4 software , 4.4 or higher is required to interface to the WV4 board. While the program is loading, continue below. 2. Connect a USB cable between the WV4 board and the PC running the WaveVision 4 software. 3. Connect the J6 header on the ADC122S655 evaluation board to the J7 WV4 serial connector on the WV4 board National Semiconductor
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BLKCON.100/VH/TM1SQ/W.100/3

Abstract: ADC122S706 : WaveVision software version 4.4 or higher is required to evaluate this part with the WV4 Evaluation System , WaveVision 4 Data Capture Board, referenced throughout the remainder of this document as WV4. In both cases , 4.4 or higher is required to interface to the WV4 board. While the program is loading, continue below. 2. Connect a USB cable between the WV4 board and the PC running the WaveVision 4 software. 3. Connect the J2 header on the ADC122S706 evaluation board to the J7 WV4 serial connector on the WV4 board
National Semiconductor
Original
20 pIn duAL ROW DIGIKEY ADC122S705-TSSOP14 ADC122S706EB JP13 LM4132-2 WV4 83
Abstract: WV4 Evaluation System. The WaveVision 4 software operates under Microsoft Windows. The signal at , , referenced throughout the remainder of this document as WV4. In both cases, the data may be analyzed with , components. 1. Run the WV 4 program, version 4.4 or higher is required to interface to the WV4 board. While the program is loading, continue below. 2. Connect a USB cable between the WV4 board and the PC , J7 WV4 serial connector on the WV4 board. Refer to Figure 4 for the serial connection and Figure 5 National Semiconductor
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ADC122S625

ADC122S625

Abstract: ADC122S625EB WV4 Evaluation System. The WaveVision 4 software operates under Microsoft Windows. The signal at , , referenced throughout the remainder of this document as WV4. In both cases, the data may be analyzed with , components. 1. Run the WV 4 program, version 4.4 or higher is required to interface to the WV4 board. While the program is loading, continue below. 2. Connect a USB cable between the WV4 board and the PC , J7 WV4 serial connector on the WV4 board. Refer to Figure 4 for the serial connection and Figure 5
National Semiconductor
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ADC122S625EB 24C02-1 24C02 CABLE PROGRAM
Abstract: Microsoft Windows. The signal at the Analog Input U1 DUT VREF select WV4 connector J2 VIN , ADC121S705 Evaluation Board J1: WV4S 14 pin dual row right angle male header: Connects to WV4.1 board , : Differential DC input. J4: WV4 14 pin dual row male header: Connects to WV4.0 board. J5: 5P0V , 4 5 6 5 DOUT 2 3 SCLK 7 J4 WV4 J1 WV4S 1 1.0uF C4 TP1 AGND , 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 National Semiconductor
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SOT23 WV4

Abstract: ADC122S655 WV4 Evaluation System. The WaveVision 4 software operates under Microsoft Windows. The signal at , of this document as WV4. In both cases, the data may be analyzed with the WaveVision 4 software , 4.4 or higher is required to interface to the WV4 board. While the program is loading, continue below. 2. Connect a USB cable between the WV4 board and the PC running the WaveVision 4 software. 3. Connect the J6 header on the ADC122S655 evaluation board to the J7 WV4 serial connector on the WV4 board
National Semiconductor
Original
ADC122S655EB wv4 81

wv4 sot-23

Abstract: sot-23 wv4 co m p on en ts are required. The R F2314 is avail able in a ve ry sm all industry-standard SOT-23 5 , feedback. I >300fl RF IN O -1 - - - O RF OUT |-^wv4- II | 1 fT 4 5 VCC RF OUT
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OCR Scan
RF2314 sot-23 wv4 wv4 surface mount wv4 5 sot-23 WV4 sot bjt ce amplifier application 100MH 2500M 900MH 1900MH
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