LT6350
Abstract: LTC2393-16
Text: Driving Lessons for a Low Noise, Low Distortion, 16-Bit, 1Msps SAR ADC Design Note 477 Guy Hoover Introduction Designing an ADC driving topology that delivers uncompromising performance is challenging, especially when designing around an ultralow noise SAR ADC such as the
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16-Bit,
LTC2393-16.
LTC2393-16
105dB.
LTC2393-16
dn477
LT6350
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CR8348-2500-N
Abstract: LTC2351-14 10MF CR Magnetics 50w high power led LT1790-125 LT1790-1.25
Text: 6-Channel SAR ADCs for Industrial Monitoring and Portable Instruments Design Note 426 Guy Hoover and Steve Logan The 14-bit LTC2351-14 is a 1.5Msps, low power SAR ADC with six simultaneously sampled differential input channels. It operates from a single 3V supply and features
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14-bit
LTC2351-14
200ps)
dn426
dn426f
CR8348-2500-N
10MF
CR Magnetics
50w high power led
LT1790-125
LT1790-1.25
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LTC236x
Abstract: LT6202 LTC6915 TSOT23
Text: Upgrade Your Microcontroller ADC to True 12-Bit Performance Design Note DN463 by Guy Hoover Introduction Many 8-bit and 16-bit microcontrollers feature 10-bit internal ADCs. A few include 12-bit ADCs, but these often have poor or nonexistent AC specifications, and certainly
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12-Bit
DN463
16-bit
10-bit
LTC6915
300pF
LTC2360
dn463
LTC236x
LT6202
TSOT23
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LT5579
Abstract: 2N7002 IRLML6401 LT6350 LTC2393-16 MC74HC1G04 SILVER MICA capacitor high voltage SILVER MICA capacitor LT5578
Text: Driving Lessons for a Low Noise, Low Distortion, 16-Bit, 1Msps SAR ADC Guy Hoover The LTC2393-16 is the first in a family of high performance SAR ADCs from Linear Technology that utilizes a fully differential architecture to achieve an excellent SNR of 94.2dB and THD of –105dB. In order
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16-Bit,
LTC2393-16
105dB.
LTC2393-16.
1100MHz
3200MHz.
LT5579
2N7002
IRLML6401
LT6350
MC74HC1G04
SILVER MICA capacitor high voltage
SILVER MICA capacitor
LT5578
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Wien Bridge Oscillator AGC
Abstract: Wien Bridge Oscillator jfet circuit HP339A low distortion Wien Bridge Oscillator AGC cds photocell application of Wien Bridge Oscillator schematic circuit for computer system PURE SINE WAVE CIRCUIT DIAGRAMS AN132 sine wave Oscillator jfet circuit
Text: Application Note 132 February 2011 Fidelity Testing for A→D Converters Proving Purity Jim Williams and Guy Hoover Introduction The ability to faithfully digitize a sine wave is a sensitive test of high resolution A→D converter fidelity. This test requires a sine wave generator with residual distortion
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an132f
AN132-7
AN132-8
Wien Bridge Oscillator AGC
Wien Bridge Oscillator jfet circuit
HP339A
low distortion Wien Bridge Oscillator
AGC cds photocell
application of Wien Bridge Oscillator
schematic circuit for computer system
PURE SINE WAVE CIRCUIT DIAGRAMS
AN132
sine wave Oscillator jfet circuit
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LTC2379-18
Abstract: LTC6655-5 DN494 LTC6655
Text: Driving a Low Noise, Low Distortion 18-Bit, 1.6Msps ADC Design Note 494 Guy Hoover Introduction The LTC 2379-18 is an 18-bit, 1.6Msps SAR ADC with an extremely high SNR of 101dB and THD of –120dB. It also features a unique digital-gain compression function,
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18-Bit,
101dB
120dB.
LT6203
LTC2379-18
LTC2379-18,
DC1783A
LTC6655-5
DN494
LTC6655
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LTC1152
Abstract: LTC1199 LTC1197 LTC1197L LTC1199L
Text: advertisement Micropower MSOP 10-Bit ADC Samples at 500ksps Design Note 184 Guy Hoover, Marco Pan and Kevin R. Hoskins The LTC 1197/LTC1199 10-bit serial ADCs offer small size, low power operation and fast sample rates with good AC and DC performance. These parts are ideal for low
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10-Bit
500ksps
1197/LTC1199
LTC1197/LTC1199
500pF
LTC1197L
LTC1152
LTC1152
LTC1199
LTC1197
LTC1197L
LTC1199L
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SCK 058
Abstract: lt1021 2N3904 2N3906 4N28 LT1021-5 LTC1864 2N3906 b15
Text: advertisement 250ksps, 16-Bit Micropower ADC Offers an Excellent Combination of Size, Power and Speed – Design Note 294 Guy Hoover MSOP Package for Portable Applications Available in the MSOP package, the LTC1864 is well suited for portable applications where space is limited. As seen
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250ksps,
16-Bit
LTC1864
20-lead
28-lead
20-LEAD
DN294
250ksps
SCK 058
lt1021
2N3904
2N3906
4N28
LT1021-5
2N3906 b15
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serial programmer schematic diagram
Abstract: TMS7000 TMS7742 LTC1091
Text: rrunm. Application Note 26J TECHNOLOGY January 1988 Interfacing the LTC1091 to the TMS7742 MCU <@€> Texas Instrum ents TMS7000 JUUUUUUUUUUUUUUUUULIO Guy Hoover Introduction This application note describes an interface between the LTC109110-bit data acquisition system and the TMS7000
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LTC1091
TMS7742
TMS7000
LTC109110-bit
TMS7000
TMS7742)
10-bit
99/is.
serial programmer schematic diagram
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74C74
Abstract: IBM PC xt schematics lt1021 1N4148 74C14 LT1021-5 LTC1090 LTC1290 system on a chip DN35
Text: DESIGN NOTES Num ber 3 5 in a series from Linear Technology Corporation June, 1990 12-Bit 8-Channel Data Acquisition System Interfaces to IBM PC Serial Port Guy Hoover and William Rempfer IBM PCs Collect Analog Data Two Glue Chips Provide the Interface IBM PC compatibles can be found just about everywhere. In
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12-Bit
IEEE-488
185ms
77MHz.
16MHz
RS232
LTC1290
LTC1090
DN35-2
74C74
IBM PC xt schematics
lt1021
1N4148
74C14
LT1021-5
system on a chip
DN35
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motorola 68hc05
Abstract: opto isolator 74C14 motorola lt1021 opto isolators mm 74c14 68HC05 74C14 HCPL2200 LTC1090
Text: rr •r « w DESIGN 3NOTES JiiiiiL V A ^ a t □□C□□ It ■ m EC g JO LO G Y Number 10 in a series from Linear Technology Corporation May, 1988 Electrically Isolating Data Acquisition Systems Guy Hoover William Rempfer Introduction In data acquisition systems it is often necessary to elec
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HCPL2200
LTC1090
DN10-2
motorola 68hc05
opto isolator
74C14 motorola
lt1021
opto isolators
mm 74c14
68HC05
74C14
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HD63705V0
Abstract: AN26C HD63705 LTC1090
Text: u im Application Note 26C January 1988 TECH N O LO G Y Interfacing the LTC1090 to the HD63705V0 MCU <§€> SYNCHRONOUS SCI 1 ini — inr-ini il ir HD63705V0 LTC1090 ju u u u u ju ü n u ü u u u m ju U Guy Hoover William Rempfer Introduction This application note describes an interface between the
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LTC1090
HD63705V0
r-ir-ir-lf-11-ll-li-ii-ii-i
LTC1090
HD63705V0
10-bit
45/iS.
AN26C
HD63705
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74ls76
Abstract: 320C25 74LS165 74LS365 LTC1090 LTC1094 TMS320 TMS320C25 HP1631
Text: u im Application Note 26R January 1989 TECHNOLOGY Interfacing the LTC1094 to a Parallel Bus <@ €> Guy Hoover William Rempfer nnmmrn-if-inrinrTr . T T T T r i v - i r T n r v -1 > LTC1094 TMS320C25 L IULJULJL3B-JLJLJLJ1 Introduction This application note describes the hardware and soft
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LTC1094
320C25
LTC109410-bit
TMS320C25
LTC1090
TMS320
LTC1094.
25kHz
61ofTMS320C25
74ls76
74LS165
74LS365
HP1631
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EPROM 27256 programmer schematic
Abstract: SSR schematics 27256 eprom HD63705 LTC1091 AN26L scr So 806
Text: iTECHNOLOGY m ü Interfacing the LTC1091 to the HD637050 MCU Application Note 26L January 1988 in n n n n n h n n n rn n n n n m n HD637050V0 HD63050V0 UTC ¿1091 jH D m o u o u n n a u a n u n u n c Guy Hoover William Rempfer Introduction This application note describes an interface between the
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LTC1091
HD637050
HD637050V0
HD63050V0
10-bit
EPROM 27256 programmer schematic
SSR schematics
27256 eprom
HD63705
AN26L
scr So 806
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COP402N
Abstract: COP400 AN26F COP402 LTC1090 S-K50
Text: uim Application Note 26F TECHNOLOGY Interfacing the LTC1090 to the COP4Q2N MCU January 1988 0 € > tr"in n r-ii—ir-in n n M IC R O W IR E .r ^ r r n —.i—ii—ti—i r~n—if—ir-n-T i— National Sem iconductor LTC1090 COP400 •uuuuuuuuuu Guy Hoover
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LTC1090
COP402N
LTC1090
COP400
10-bit
COP400
AN26F
COP402
S-K50
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YSI 44007
Abstract: Thermistor 44007 YSI 44034 LT1025 44007 LT1006 LTC1050 LTC1090 LTC1091 20C40C
Text: i Jj Jim iL V A ^ JT E C H ijJO U O p ^ DESIGN NOTES Number 5 in a series from Linear Technology Corporation March, 1989 Temperature Measurement Using the LTC1090/91/92 Series of Data Acquisition Systems William Rempfer Guy Hoover Introduction Accurate temperature measurement is a difficult and very the LTC1090 family are just right for most temperature sens
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LTC1090/91/92
LTC1090
LM134
AD590
LTC1092
10mV/Â
YSI 44007
Thermistor 44007
YSI 44034
LT1025
44007
LT1006
LTC1050
LTC1091
20C40C
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MC14093
Abstract: n3906 74C14 jim Williams DG201A LT1014 LTC201A SAMPLE HOLD AMPLIFIER single supply linear jim williams DN382
Text: r W m DESIGN ò NOTES J i l l I U L V A !W Æ T EC H N O LCGY Number 38 in a series from Linear Technology Corporation August, 1990 Applications for a New Micropower, Low Charge Injection Analog Switch Guy Hoover, William Rempfer, Jim Williams With greater accuracy for both charge and voltage switching,
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LTC201A
DG201A.
100Hz
12-Bit
LT1014
20/is.
300ns
MC14093
n3906
74C14
jim Williams
DG201A
SAMPLE HOLD AMPLIFIER single supply
linear jim williams
DN382
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AN26N
Abstract: TMS320C25 74HC04 74HC163 TMS320C25 schematic LCT1091 LTC1091 LTC1092 T016
Text: urm Application Note 26 N TECHNOLCXj Y January 1988 Interfacing the LTC1091/92 to the TMS320C25 DSP _ ~ltru—ir~’I—ir-ir-ir-ir-ir-u—ir—1 TMS320C25 3 D U L 3 U U U Ü J I—O H J U U U U 1 —IE-IUCIILJ Guy Hoover Introduction This application note describes the hardware and soft
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LTC1091/92
TMS320C25
TMS320C25
LTC1091
10-bit
TMS320C25.
32fis.
AN26N
74HC04
74HC163
TMS320C25 schematic
LCT1091
LTC1092
T016
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P06E
Abstract: 001H p06e to R021 LTC1090 LTC1290 P012 TMS370 P037 TMS370 power modes
Text: urm Application Note 36C September 1989 TECHNOLOGY Interfacing the LTC1290/LTC1090 to the TMS370 MCU <§«> in n n n n n h n n n n n r nnnnHi I I m li 1 TMS370 J LTC1290 Guy Hoover Sammy Lum Tim Rust ^'LB ww hU hO u JU U U U ' JU JUUUUUUUUUUUUUUUUULJP Introduction
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LTC1290/LTC1090
TMS370
LTC1290
TMS370
12-bit
TMS370C050)
TMS370C050
P06E
001H
p06e to
R021
LTC1090
P012
P037
TMS370 power modes
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serial programmer schematic diagram
Abstract: TMS7000 LTC1090 aapl TMS7742 AN26E
Text: um Application Note 26E TECHNOLOGY Interfacing the LTC1090 to the TMS7742 MCU January 1988 <§€> I— .r-ii—if-ir-ir-ir-il—il—I Texas Instruments LTC1090 TMS7000 Tananai juU U U U L IU L IL JL JL JU U U U U U U lJ' Guy Hoover William Rempfer Introduction
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LTC1090
TMS7742
LTC1090
TMS7000
10-bit
TMS7000
TMS7742)
serial programmer schematic diagram
aapl
AN26E
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TMS1000
Abstract: Effio TMS7000 M063 EPROM 27256 programmer schematic 74HC163 AN26D-2 HD64180 MIP 291 TEA 1091
Text: Application Note 26A TECHNOLOGY January 1988 Interfacing the LTC1090 to the 8051 MCU Guy Hoover William Rempfer Introduction This application note describes the hardware and soft ware required for communication between the LTC1090 10-bit data acquisition system and the MCS-51 family of
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LTC1090
LTC1090
10-bit
MCS-51
LTC1094
LTC1094
TMS320C25
TMS1000
Effio
TMS7000
M063
EPROM 27256 programmer schematic
74HC163
AN26D-2
HD64180
MIP 291
TEA 1091
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STRAIN GAUGE
Abstract: LT1013 LTC1090 LTC1092 MC68HC05 strain gauge sensor interface
Text: DESIGN NOTES Number 13 in a series from Linear Technology Corporation August, 1988 Closed Loop Control with the LTC1090 Series of Data Acquisition Systems Guy Hoover William Rempfer Introduction The use of microprocessors in process control loops is quite
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LTC1090
LTC1092
DN13-2
STRAIN GAUGE
LT1013
MC68HC05
strain gauge sensor interface
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COP820
Abstract: COP820C LTC1090 AN26D-2 S56S
Text: u rm Application Note 26D TECHNOLOGY Interfacing the LTC1090 to the COP820C MCU January 1988 <§€> M IC R O W IR E/P LU S nir-ir-ir-ii-.ri^.rir-ir-.rir- •nnnnoc National Semiconductor LTC1090 C O P 8OO Guy Hoover William Rempfer JU U U U U U U U U U U U U U U U U U H
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LTC1090
COP820C
10-bit
COP82Ã
COP820
AN26D-2
S56S
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Hitachi 64180
Abstract: hitachi hd64180 64180 HD64180 LTC1091 TSTI080H AN26Q-1 64180S csio
Text: rrunm Application Note 26Q TECHNOLOGY November 1988 Interfacing the LTC1091 to the HD64180 —1 pciro-irinnnnnnnnnnnnnr fijc | 4K SJ k [ Hitachi HD64180 C U U U U U U L JU U U U U U U U U U U L Guy Hoover William Rempfer Introduction Hardware Description This application note describes an interface between the
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LTC1091
HD64180
10-bit
TSTI080H
Hitachi 64180
hitachi hd64180
64180
HD64180
TSTI080H
AN26Q-1
64180S
csio
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