8644B
Abstract: DC1004 ETC1-1-13 LTC2203 LTC2207 LTC220
Text: DEMO CIRCUIT 1004 ADC DRIVER AND 7X7MM HIGH-PERFORMANCE ADC QUICK START GUIDE ADC Driver and 7x7mm High-Performance ADC DESCRIPTION Demonstration circuit 1004 is a reference design featuring Linear Technology Corporation’s AnalogDigital Converter ADC Driver and 7x7mm HighPerformance ADC families . DC1004 demonstrates good circuit layout techniques and recommended component selection for optimal system
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DC1004
DC718
DC1004
8644B
ETC1-1-13
LTC2203
LTC2207
LTC220
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8644B
Abstract: DC1005 DC890
Text: DEMO CIRCUIT 1005 ADC DRIVER AND 9X9MM HIGH PERFORMANCE ADC QUICK START GUIDE ADC Driver and 9x9mm High Performance ADC DESCRIPTION Demonstration circuit 1005 is a reference design featuring Linear Technology Corporation’s AnalogDigital Converter ADC Driver and 9x9mm High
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DC1005
DC890
700mA
8644B
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DC900
Abstract: 8644B ETC1-1-13
Text: DEMO CIRCUIT 900 ADC DRIVER AND 5X5MM HIGH-SPEED ADC QUICK START GUIDE ADC Driver and 5x5mm High-Speed ADC DESCRIPTION Demonstration circuit 900 is a reference design featuring Linear Technology Corporation’s AnalogDigital Converter ADC Driver and 5x5mm HighSpeed ADC families. DC900 demonstrates good
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DC900
DC718
DC900
8644B
ETC1-1-13
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LPC1114
Abstract: AN11031 EMC for PCB Layout user manual of ARM LPC1114 LPC1300 LPC111 AN1103 LPC1100 LPC11
Text: AN11031 PCB layout and ADC circuit recommendations for LPC1100 and LPC1300 Rev. 1 — 4 February 2011 Application note Document information Info Content Keywords LPC1100, LPC1300, 10-bit ADC, PCB, circuit design Abstract PCB layout and ADC circuit recommendations for LPC1100 and
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AN11031
LPC1100
LPC1300
LPC1100,
LPC1300,
10-bit
LPC1100
LPC1300.
LPC1114
AN11031
EMC for PCB Layout
user manual of ARM LPC1114
LPC1300
LPC111
AN1103
LPC11
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DIODE SMD c336
Abstract: xcf025 xcf02sv020 b30 c300 DIODE cd c326 MOLEX 87832-1420 SMD fuse P200 xcf02sv020c smdc110f XCF025V
Text: High Speed Deserialization Board HSDB HSC-ADC-FPGA FUNCTIONAL BLOCK DIAGRAM MULTI-CHANNEL ADC EVALUATION BOARD POWER SUPPLY SERIAL LVDS PER ADC FILTERED ANALOG INPUT CLOCK CIRCUIT HSC-ADC-FPGA HSC-ADC-EVALA/B-DC +3V XILINX FPGA XC2V250 FIFO1 32k SPI CLOCK INPUT
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XC2V250
120-PIN
XC2V250-5FG256C
AD9287,
AD9219,
AD9228,
AD9229,
AD9259
EB05053-0-11/05
DIODE SMD c336
xcf025
xcf02sv020
b30 c300
DIODE cd c326
MOLEX 87832-1420
SMD fuse P200
xcf02sv020c
smdc110f
XCF025V
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passive video splitter
Abstract: 650MHZ LT6411 dc110
Text: DEMO CIRCUIT DC1108 QUICK START GUIDE DEMO CIRCUIT 1108 650MHZ DIFF. ADC DRIVER / DUAL SELECTABLE-GAIN AMPLIFIER QUICK START GUIDE LT6411 650MHz Differential ADC Driver / Dual Selectable Gain Video Amplifier DESCRIPTION Demonstration circuit 1108 features the LT6411 Dual Amplifier and ADC Driver. It incorporates a variety of passive
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DC1108
650MHZ
LT6411
LT6411
passive video splitter
dc110
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Combo Driver
Abstract: cmos sine generator LT6411 8644B ETC1-1-13 LTC2249 Analysis on the ADC
Text: DEMO CIRCUIT 1057 LT6411 AND LTC2249 ADC QUICK START GUIDE DESCRIPTION Demonstration circuit 1057 is a reference design featuring Linear Technology Corporation’s LT6411 High Speed Amplifier/ADC Driver with an on-board LTC2249 14-bit, 80MSPS ADC. DC1057 demonstrates good circuit layout techniques and recommended component selection for optimal system
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LT6411
LTC2249
LT6411
14-bit,
80MSPS
DC1057
Combo Driver
cmos sine generator
8644B
ETC1-1-13
Analysis on the ADC
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ata6870
Abstract: atmel
Text: Calculation of ADC Output for Measurement of Cell Temperature with the ATA6870 ATA6870 1. ADC Concept of ATA6870 To measure cell voltage and cell temperature, the ATA6870 uses a 12-bit incremental analog-to-digital conversion ADC concept. The circuit diagram for this ADC is shown
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ATA6870
ATA6870
12-bit
12-bit
atmel
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SQUARE WAVE TO SINE WAVE schematic diagram
Abstract: LTC1408 DC890 DC890B
Text: QUICK START GUIDE FOR DEMONSTRATION CIRCUIT 887 14-BIT, 6-CHANNEL, 600KSPS SIMULTANEOUS ADC LTC1408 DESCRIPTION Demonstration circuit 887 features the LTC1408 SixChannel, 14-Bit, simultaneous sampling ADC. Total throughput is 600KSPS; 100KSPS per channel, with a
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14-BIT,
600KSPS
LTC1408
LTC1408
600KSPS;
100KSPS
200ps.
DC890B
LTC1408.
SQUARE WAVE TO SINE WAVE schematic diagram
DC890
DC890B
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LTC1993
Abstract: LTC1993-X T1IS LTC1993X operational amplifier discrete schematic LT1993-10 LT1993-2 LT1993-4
Text: QUICK START GUIDE FOR DEMONSTRATION CIRCUIT DC800 LOW DISTORTION, LOW NOISE DIFFERENTIAL AMPLIFIER / ADC DRIVER LT1993-2/-4/-10 DESCRIPTION Demonstration circuit 800 features the LT1993-X Differential Amplifier and ADC Driver. It incorporates a variety of
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DC800
LT1993-2/-4/-10
LT1993-X
DC800A-A
LT1993-2,
DC800A-B
LT1993-4,
DC800A-C
LT1993-10.
LTC1993-X
LTC1993
T1IS
LTC1993X
operational amplifier discrete schematic
LT1993-10
LT1993-2
LT1993-4
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SQUARE WAVE TO SINE WAVE schematic diagram
Abstract: DC890B LTC1408 DC890 high sampling ADC board
Text: QUICK START GUIDE FOR DEMONSTRATION CIRCUIT 887 14-BIT, 6-CHANNEL, 600KSPS SIMULTANEOUS ADC LTC1408 DESCRIPTION Demonstration circuit 887 features the LTC1408 6channel, 14-Bit, simultaneous sampling ADC. Total throughput is 600KSPS; 100KSPS per channel, with a
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14-BIT,
600KSPS
LTC1408
LTC1408
600KSPS;
100KSPS
200ps.
DC890B
LTC1408.
SQUARE WAVE TO SINE WAVE schematic diagram
DC890B
DC890
high sampling ADC board
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SQUARE WAVE TO SINE WAVE schematic diagram
Abstract: LTC2351-14 DC890 DC890B
Text: QUICK START GUIDE FOR DEMONSTRATION CIRCUIT 1278 6-CHANNEL, 14-BIT, 1.5MSPS SIMULTANEOUS SAMPLING ADC LTC2351-14 DESCRIPTION Demonstration circuit 1278 features the LTC2351-14 6-channel, 14-Bit, simultaneous sampling ADC. Total throughput is 1.5MSPS; 250KSPS per channel, with a
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14-BIT,
LTC2351-14
250KSPS
200ps.
DC890B
LTC2351-14.
DC890B
LTC2351-14
SQUARE WAVE TO SINE WAVE schematic diagram
DC890
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Temperature controller sigma
Abstract: LT1790-5 LT1236 LT1790 LTC2480
Text: QUICK START GUIDE FOR DEMONSTRATION CIRCUIT 798 16 BIT DELTA SIGMA ADC WITH TEMPERATURE SENSOR LTC2480 DESCRIPTION Demonstration circuit 798 features the LTC2480, a 16 bit high performance ∆Σ analog-to-digital converter ADC . The LTC2480 features 0.12 LSB linearity, 0.16
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LTC2480
LTC2480,
LTC2480
DC798
DC590
Temperature controller sigma
LT1790-5
LT1236
LT1790
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Untitled
Abstract: No abstract text available
Text: FEATURES TYPICAL APPLICATION CIRCUIT ±0.3% accurate, 12-bit ADC for IOUT, VIN, VOUT, and temperature 320 ns response time to short circuit Shutdown on detection of FET health fault Split hot swap and power monitor inputs to allow additional external ADC filtering
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12-bit
32-lead
EVAL-ADM1278EBZ
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LTC1859
Abstract: LT1019 ADC590
Text: QUICK START GUIDE FOR DEMONSTRATION CIRCUIT DC682 OCTAL 16 BIT SOFTSPAN ADC LTC1859 DESCRIPTION Demonstration circuit DC682 features the LTC1859 Octal 16 bit SoftSpan ADC. The LTC1859 can be software programmed for 0 to 5V, 0 to 10V, +/-5V, or +/-10V input
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DC682
LTC1859
DC682
LTC1859
/-10V
/-25V.
LT1019
ADC590
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DC1339
Abstract: EDGE-CON-100 DC590B DC890B NC7SZ66P5X 87831-1420
Text: QUICK START GUIDE FOR DEMONSTRATION CIRCUIT 1339 LOW NOISE, 500KSPS, 12-BIT ADC LTC2302 DESCRIPTION Demonstration circuit 1339 features the LTC2302 low noise, 500ksps, 12-Bit, ADC. The LTC2302 has an SPI compatible serial interface that can be used to select channel
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500KSPS,
12-BIT
LTC2302
LTC2302
12-Bit,
DC1339A
DC590B
DC1339
EDGE-CON-100
DC890B
NC7SZ66P5X
87831-1420
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LT1859CG
Abstract: 87331-1420 IC SERIAL EEPROM 2802S-03G2 LTC1859 CR16 EEprom X5R10UF 2802S-03-G2 EEprom CR16 CR16-4991FM
Text: QUICK START GUIDE FOR DEMONSTRATION CIRCUIT DC682 OCTAL 16 BIT SOFTSPAN ADC LTC1859 DESCRIPTION Demonstration circuit DC682 features the LTC1859 Octal 16 bit SoftSpan ADC. The LTC1859 can be software programmed for 0 to 5V, 0 to 10V, +/-5V, or +/-10V input
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DC682
LTC1859
DC682
LTC1859
/-10V
/-25V.
079CC
1/16W,
LT1859CG
87331-1420
IC SERIAL EEPROM
2802S-03G2
CR16 EEprom
X5R10UF
2802S-03-G2
EEprom CR16
CR16-4991FM
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NC7SVU04P5X
Abstract: DC1339 DC590B DC890B NL17SZ74USG EDGE-CON-100
Text: QUICK START GUIDE FOR DEMONSTRATION CIRCUIT 1339 LOW NOISE, 500KSPS, 12-BIT ADC LTC2302 DESCRIPTION Demonstration circuit 1339 features the LTC2302 low noise, 500ksps, 12-Bit, ADC. The LTC2302 has an SPI compatible serial interface that can be used to select channel polarity and unipolar or bipolar
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500KSPS,
12-BIT
LTC2302
12-Bit,
LTC2302
DC1339A
DC590B
NC7SVU04P5X
DC1339
DC890B
NL17SZ74USG
EDGE-CON-100
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LTC1867
Abstract: LT1019 LTC1859 DC806 16 bit ADC diagram LT1019 16PIN
Text: QUICK START GUIDE FOR DEMONSTRATION CIRCUIT DC806 OCTAL 16 BIT 200KSPS ADC LTC1867 DESCRIPTION Demonstration circuit 806 features the LTC1867 Octal 16 bit ADC. The LTC1867 can be software programmed for a unipolar 0 to 4.096V or bipolar +/2.048V input range. The 8 channel multiplexer can be
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DC806
200KSPS
LTC1867
LTC1867
16-pin
LTC1863/LTC1867
DC806
LT1019
LTC1859
16 bit ADC diagram
LT1019 16PIN
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DC590B
Abstract: LTC2308 J5 controller board circuit diagram transistor k49 DC890B A 1186 1/DC590B
Text: QUICK START GUIDE FOR DEMONSTRATION CIRCUIT 1186 500KSPS, 8-CHANNEL, 12-BIT ADC LTC2308 DESCRIPTION Demonstration circuit 1186 features the LTC2308 500ksps, 8-Channel, 12-Bit, ADC. The LTC2308 has an SPI compatible serial interface that can be used to select channel, unipolar/bipolar and power down
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500KSPS,
12-BIT
LTC2308
12-Bit,
LTC2308
DC1186A
DC590B
J5 controller board circuit diagram
transistor k49
DC890B
A 1186
1/DC590B
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t1is
Abstract: LT6402 LT6402-20 LT6402-6 operational amplifier discrete schematic transmission-line transformer
Text: QUICK START GUIDE FOR DEMONSTRATION CIRCUIT DC954 LOW DISTORTION, LOW NOISE DIFFERENTIAL AMPLIFIER / ADC DRIVER LT6402-6/-12/-20 DESCRIPTION Demonstration circuit 954 features the LT6402 Differential Amplifier and ADC Driver. It incorporates a variety of passive components to support configurations for varied applications. Single-ended or differential input and output
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DC954
LT6402-6/-12/-20
LT6402
DC954A-A
LT6402-6,
DC954A-B
LT6402-12,
DC954A-C
LT6402-20.
t1is
LT6402-20
LT6402-6
operational amplifier discrete schematic
transmission-line transformer
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LTC2309F
Abstract: LTC1469 LTC1468 LTC2309 LTC1790
Text: LTC2309 8-Channel, 12-Bit SAR ADC with I2C Interface FEATURES DESCRIPTION n The LTC 2309 is a low noise, low power, 8-channel, 12-bit successive approximation ADC with an I2C compatible serial interface. This ADC includes an internal reference and a fully differential sample-and-hold circuit to reduce
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LTC2309
12-Bit
12-bit
LTC2309
14ksps
LTC2302/LTC2306
LTC2453
16-bit
LTC2487/LTC2489/
LTC2309F
LTC1469
LTC1468
LTC1790
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ltc1790
Abstract: LTC1468 LTC2308 TC02 736db LTC2308C Marking f06a header 12x2 ltc2308cufpbf
Text: LTC2308 Low Noise, 500ksps, 8-Channel, 12-Bit ADC FEATURES DESCRIPTION n The LTC 2308 is a low noise, 500ksps, 8-channel, 12-bit ADC with an SPI/MICROWIRE compatible serial interface. This ADC includes an internal reference and a fully differential sample-and-hold circuit to reduce common mode
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LTC2308
500ksps,
12-Bit
12-bit
40MHz.
500ksps
500ksps
LTC1863/LTC1867
ltc1790
LTC1468
LTC2308
TC02
736db
LTC2308C
Marking f06a
header 12x2
ltc2308cufpbf
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LTC2309
Abstract: No abstract text available
Text: LTC2309 8-Channel, 12-Bit SAR ADC with I2C Interface FEATURES DESCRIPTION n The LTC 2309 is a low noise, low power, 8-channel, 12-bit successive approximation ADC with an I2C compatible serial interface. This ADC includes an internal reference and a fully differential sample-and-hold circuit to reduce
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LTC2309
12-Bit
12-bit
LTC2309
14ksps
LTC2302/LTC2306
LTC2453
16-bit
LTC2487/LTC2489/
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