strain sensor
Abstract: adt70 PLATINUM RESISTOR thermometer 3 wire rtd temperature instrumentation amplifier circuit ADR290 ADT70GN ADT70GR C3395 ITS-90 PLATINUM RESISTOR thermometer
Text: a FEATURES PRTD Temperature Measurement Range Typical IC Measurement Error ؎1؇C Includes Two Matched Current Sources Rail-to-Rail Output Instrumentation Amp Uncommitted, Rail-to-Rail Output Op Amp On-Board ؉2.5 V Reference Temperature Coefficient ؎25 ppm/؇C
|
Original
|
ADT70
20-Lead
strain sensor
PLATINUM RESISTOR thermometer 3 wire
rtd temperature instrumentation amplifier circuit
ADR290
ADT70GN
ADT70GR
C3395
ITS-90
PLATINUM RESISTOR thermometer
|
PDF
|
strain sensor
Abstract: No abstract text available
Text: a PRTD Conditioning Circuit and Temperature Controller ADT70* FUNCTIONAL BLOCK DIAGRAM FEATURES PRTD Temperature Measurement Range Typical IC Measurement Error ؎1؇C Includes Two Matched Current Sources Rail-to-Rail Output Instrumentation Amp Uncommitted, Rail-to-Rail Output Op Amp
|
Original
|
ADT70*
ADT70
20-Lead
C3395
strain sensor
|
PDF
|
Untitled
Abstract: No abstract text available
Text: ,. ANALOG FastSettling VideoOperational Amplifiers IA DEVICES [ HOS-050/H OS-05OAfHOS-050 C n I HOS-OSO/A/CPIN DESIGNATIONS TO-S PACKAGE GROUND FEATURES 80ns Settling to 0.1"10; 200ns to 0.01"10 100MHz Gain Bandwidth Product 55MHz 3dB Bandwidth 100mA Output « I ~ 10V
|
Original
|
HOS-050/H
OS-05OAfHOS-050
200ns
100MHz
55MHz
100mA
00V/l-ls;
|
PDF
|
SOURCE CODE FOR DIGITAL WEIGHT SCALE
Abstract: open SOURCE CODE FOR DIGITAL WEIGHT SCALE 69K1
Text: ,.W LowCostMultipurpose Digitalto-AnalogConverter DAC1009 ANALOG DEVICES FEATURES 12 Bit Resolution Positive True Logic Inputs Fixed Reference or Multiplying Operation TTL/DTL or CMOS Compatible Current or Voltage Output User Selected Output Ranges Small Size 2" x 2" x 0.4" 51 x 51 x 10mm
|
Original
|
DAC1009
DACI009
DAC1009
1/10LSB
10LSB
SOURCE CODE FOR DIGITAL WEIGHT SCALE
open SOURCE CODE FOR DIGITAL WEIGHT SCALE
69K1
|
PDF
|
XR-2212
Abstract: 2212CP 10R0 XR-2212CP XR-2212M XR-2212P 74LS90 pin configuration
Text: XR-2212 .the analog plus Precision Phase-Locked Loop company TM June 1997-3 FEATURES APPLICATIONS D Quadrature VCO Outputs D Frequency Synthesis D Wide Frequency Range 0.01Hz to 300kHz D Data Synchronization D Wide Supply Voltage Range (4.5V to 20V) D FM Detection
|
Original
|
XR-2212
300kHz)
20ppm/
XR-2212
2212CP
10R0
XR-2212CP
XR-2212M
XR-2212P
74LS90 pin configuration
|
PDF
|
EL2150C
Abstract: EL2157C EL2250C EL2257C EL2257CS EL2257CS-T7 EL2450C
Text: 125MHz Single Supply, Clamping Op Amp Features General Description • Specified for +3V, +5V, or ± 5V applications • Power-down to 0µA • Output voltage clamp • Large input common-mode range 0V < VCM < VS - 1.2V • Output swings to ground without
|
Original
|
125MHz
125MHz
30MHz
100mA
EL2257C
EL2257C.
EL2150C
EL2157C
EL2250C
EL2257CS
EL2257CS-T7
EL2450C
|
PDF
|
XR-2212CP
Abstract: 10R0 750W XR-2212 XR-2212M 74LS90 pin configuration 2212cp XR2212CP 474LS90 PEAK DETECTOR potentiometer
Text: XR-2212 .the analog plus Precision Phase-Locked Loop company TM October 2006 FEATURES APPLICATIONS D Quadrature VCO Outputs D Frequency Synthesis D Wide Frequency Range 0.01Hz to 300kHz D Data Synchronization D Wide Supply Voltage Range (4.5V to 20V) D FM Detection
|
Original
|
XR-2212
300kHz)
20ppm/
XR-2212
XR-2212CP
10R0
750W
XR-2212M
74LS90 pin configuration
2212cp
XR2212CP
474LS90
PEAK DETECTOR potentiometer
|
PDF
|
Untitled
Abstract: No abstract text available
Text: DS1667 DALLAS DS1667 Digital Resistor with OP AMP s e m ic o n d u c to r PIN ASSIGNMENT FEATURES • Two digitally controlled 256-position potentiometers • Serial port provides means for setting and reading both potentiometers • Resistors can be connected in series to provide addi
|
OCR Scan
|
DS1667
256-position
20-pin
|
PDF
|
Untitled
Abstract: No abstract text available
Text: L iim TECHNOLOGY DM TDÄL B IL IO S I Final E le ctrica l S p e c ific a tio n s LTC1541 M ic ro p o w e r O p A m p , C o m p a ra to r a n d R e fe re nce Ja n u a ry 1998 FCRTURCS DCSCRIPTIOn • Quiescent Current: 5|jA Typ ■ Outputs Swing Rail-to-Rail
|
OCR Scan
|
LTC1541
10OOpF
12kHz
200kHz
LT1635
LT2078/LT2079
14-Lead
LT2178/LT2179
|
PDF
|
OPA02
Abstract: buf634 buf634 application
Text: BUF634 BU RR - BROW N AV A ILA BLE IN DIE 250mA HIGH-SPEED BUFFER FEATURES APPLICATIONS • HIGH OUTPUT CURRENT: 250mA • SLE W RATE: 2000V/fis • PIN-SELECTED BANDWIDTH: 30MHZ/180MHz • LOW QUIESCENT CURRENT: 1.5mA 30MHz BW • W IDE SU PPLY RANGE: ±2.25 to ±18V
|
OCR Scan
|
BUF634
250mA
250mA
000V/fis
30MHZ/180MHz
30MHz
T0-220
BUF634
200S2,
OPA02
buf634 application
|
PDF
|
Untitled
Abstract: No abstract text available
Text: BURR - BROW N BUF634 AVAILABLE IN DIE 250mA HSGH-SPEED BUFFER FEATURES APPLICATIONS • HIGH OUTPUT CURRENT: 250mA • SLEW RATE: 2000V/|iS VALVE DRIVER SOLENOID DRIVER • PIN-SELECTED BANDWIDTH: 30MHZ/180MHz OP AMP CURRENT BOOSTER LINE DRIVER HEADPHONE DRIVER
|
OCR Scan
|
BUF634
250mA
250mA
30MHZ/180MHz
30MHz
T0-220
BUF634
O-220.
5M-1982.
|
PDF
|
Untitled
Abstract: No abstract text available
Text: * %1 T e x a s LMV881 In s t r u m e n t s 23 MHz Low Power CMOS EMI Hardened Operational Am plifier with 1,8V Logic Shutdown General Description Features The LMV881 is a low power CMOS input operational amplifier that provides low input bias currents, a rail to rail output with
|
OCR Scan
|
LMV881
LMV881
30fflC
110dB
110dB.
|
PDF
|
Untitled
Abstract: No abstract text available
Text: MN3015 LOW COST CU^EftBPlDyTFUT 0/A CONVERTER DESCRIPTION The MN3015 is an 8 bit, current output Digital to Analog Converter. It is supplied complete with an internal reference in a small, hermetically-sealed, 16 pin Dual-in-Line package. The MN3015 provides internal, laser-trimmed
|
OCR Scan
|
MN3015
MN3015
|
PDF
|
TDA4918
Abstract: No abstract text available
Text: bOE D • 8235b05 0050042 403 M S I E 6 SIEMENS SIEMENS AKTIENGESELLSCHAF 'P SMPS - 1C with SIPMOS Driver Output S 'S 'n - ^ I TDA 4918 TDA 4919 Features • Switching frequency up to 300 kHz TDA 4919 or 150 kHz (TDA 4918) • Push-pull output driver with + 700 mA/ - 500m A
|
OCR Scan
|
8235b05
Q67000-A8021
P-DIP-20-1
Q67000-A8142
P-DSO-20-1
Q67000-A8143
fi23SbG5
TDA4918
|
PDF
|
|
|
Untitled
Abstract: No abstract text available
Text: B U R R - B R O W N <i [ BUF634 ] 250mA HIGH-SPEED BUFFER FEATURES APPLICATIONS • HIGH OUTPUT CURRENT: 250mA VALVE DRIVER • SLEW RATE: 2000V/|is SOLENOID DRIVER • PIN-SELECTED BANDWIDTH: 30MHz to 180MHz OP AMP CURRENT BOOSTER LINE DRIVER • LOW QUIESCENT CURRENT:
|
OCR Scan
|
BUF634
250mA
250mA
30MHz
180MHz
T0-220,
BUF634
17313b5
|
PDF
|
DAC1009
Abstract: bcd to analog converter
Text: ANALOG DEVICES Low Cost Multipurpose Digital-to-Analog Converter FEATURES 12 Bit Resolution Positive True Logic Inputs Fixed Reference or Multiplying Operation TTL/D TL. or CMOS Compatible Current or Voltage Output User Selected Output Ranges Small Size - 2 " x 2 " x 0 .4 " 51 x 51 x 10mm
|
OCR Scan
|
DAC1009
1/10LSB
bcd to analog converter
|
PDF
|
chn 839
Abstract: No abstract text available
Text: LTC1541/LTC1542 TECHNOLOGY M ic ro p o w e r O p A m p , C o m p a ra to r a n d R e fe re n c e FEATURES DESCRIPTIOfl * Quiescent Current: 5fjA Typ s Outputs Swing Rail-to-Rail » Low Op Amp Offset Voltage: 700uV Max The LTC 1541/LTC1542 combine a micropower ampli
|
OCR Scan
|
LTC1541/LTC1542
1541/LTC1542
LTC1541)
25Vto
85kHz
50joA
200kHz
17jiA
14-Lead
chn 839
|
PDF
|
mn565
Abstract: No abstract text available
Text: MN565A Æ Ï/7 Micro Networks A DIVISION OF U N I T R O O I HIGH-SPEED, MONOLITHIC 12-Bit D/A CONVERTER with REFERENCE CORPORATION DESCRIPTION • Single-Chip Construction: Current Steering Switches Thin-Film Resistor Network Buried-Zener Reference Output Feedback Resistors
|
OCR Scan
|
MN565A
12-Bit
250nsec
24-Pin
345mW
AD563,
AD565,
AD565A
MIL-STD-883
12-bit,
mn565
|
PDF
|
Untitled
Abstract: No abstract text available
Text: XR-2212 ¡T E X A R .the analog plus company Precision Phase-Locked Loop TM March 1997-2 FEATURES APPLICATIONS • Quadrature V C O Outputs • Frequency Synthesis • Wide Frequency Range 0.01 Hz to 300kHz • Data Synchronization • Wide Supply Voltage Range (4.5V to 20V)
|
OCR Scan
|
XR-2212
300kHz)
20ppm/Â
|
PDF
|
jrc 4151
Abstract: A7151 4151 jrc jrc op amplifier MA4151TC A4151 ua7151 uA4151 4151 MA7151
Text: /x A 4 1 5 1 » / jlA 7 1 5 1 VOLTAGE-TO-FREQUENCY CONVERTER FAIRCHILD LINEAR INTEGRATED CIRCUITS DESCRIPTION - The /¿A4151 is a monolithic building block used to convert dc voltage to digital pulses. The frequency of the output pulses is proportional to the dc input voltage.
|
OCR Scan
|
A4151
/xA7151
A4151
/xA4151
juA7151
jrc 4151
A7151
4151 jrc
jrc op amplifier
MA4151TC
ua7151
uA4151
4151
MA7151
|
PDF
|
TDA4919
Abstract: 4918A smd transistor A7A 4918G IC tda 2525 TDA4918A TDA 2525 tda4919a tda power amplifier circuit diagram 4918
Text: SIEMENS SMPS - 1C with SIPMOS Driver Output TDA 4918 TDA 4919 Bipolar IC Features • Switching frequency up to 300 kHz TDA 4919 or 150 kHz (TDA 4918) • Push-pull output driver with + 700 m A /- 500m A • Separate GND for the driver outputs • Feed-forward control
|
OCR Scan
|
P-DIP-20-1
Q67000-A8021
Q67000-A8142
Q67000-A8143
Q67000-A8018
P-DIP-20-1
P-DSO-20-1
TDA4919
4918A
smd transistor A7A
4918G
IC tda 2525
TDA4918A
TDA 2525
tda4919a
tda power amplifier circuit diagram
4918
|
PDF
|
motorola op amp
Abstract: No abstract text available
Text: OPERATIONAL AMPLIFIER APPLICATION INFORMATION The Ideal Operational Amplifier An ideal op amp has infinite input impedance, infinite gain, and zero output impedance. Its output is proportional to the differential voltage between the inputs. In reality, slight
|
OCR Scan
|
|
PDF
|
Untitled
Abstract: No abstract text available
Text: Addendum Operational Amplifier Application Information M O TO RO LA LIN EAR/INTERFACE ICs DEVICE DATA 2-343 OPERATIONAL AMPLIFIER APPLICATION INFORMATION The Ideal Operational Amplifier An ideal op amp has infinite input impedance, infinite ga in, and zero output impedance. Its output is proportional to the differential
|
OCR Scan
|
|
PDF
|
motorola op amp
Abstract: Motorola operational amplifier discrete
Text: OPERATIONAL AMPLIFIER APPLICATION INFORMATION The Ideal Operational Amplifier An ideal op amp has infinite input impedance, infinite gain, and zero output impedance. Its output is proportional to the differential voltage between the inputs. In reality, slight
|
OCR Scan
|
|
PDF
|
