1996  10k trimpot
Abstract: MC14030 DIODE in4005 240v nchannel depletion mosfet zener diode 5.1v NChannel DepletionMode MOSFET 10k trimpot resistor Variable resistor 10K ohm IN4005 LND1
Text: , R2 can be replaced with a 10K resistor . Applications requiring multiple voltage references can be , LND1 Series Applications LND1 Series Application Note AND10 OffLine Compact Universal , current flows through R2 which is a 5.1Kohm resistor to ground. A constant voltage drop of 5.1V is , LND150N3 Potter & Brumfield KUMP 11A18240 VDD D1, D2, D3, D4, D6, D7: IN4005 R1 10K CK + , Load CMOS Timer Figure 1. Linear Regulator 336 VN0650N3 LND1 Series Applications The

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LND150N3.
170VDC
100mV
sec/100mV)
120VAC/
240VAC
10k trimpot
MC14030
DIODE in4005
240v nchannel depletion mosfet
zener diode 5.1v
NChannel DepletionMode MOSFET
10k trimpot resistor
Variable resistor 10K ohm
IN4005
LND1

1998  MC14030
Abstract: 240v nchannel depletion mosfet 170VDC VN0650N3 IN4005 LND150N3
Text: 10K resistor . Applications requiring multiple voltage references can be generated by using a string , 1.0mA constant current flows through R2 which is a 5.1Kohm resistor to ground. A constant voltage drop , KUMP 11A18240 VDD D1, D2, D3, D4, D6, D7: IN4005 R1 10K CK + D5 5.6V R2 5.1K C2 , Figure 1. Linear Regulator 319 LND1 Series Applications LND1 will have very little effect on the , variable resistor adjusted for 1.0 mA and is approximated by: Figure 2 is an oscilloscope picture

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120VAC
LND150N3.
170VDC
100mV
120VAC/
240VAC
MC14030
240v nchannel depletion mosfet
VN0650N3
IN4005
LND150N3

MC14030
Abstract: 1K capacitor IN4005 240v nchannel depletion mosfet 240v nchannel mosfet to92 1k trimpot resistor
Text: source, R2 can be replaced with a 10K resistor . Applications requiring multiple voltage references can , which is a 5.1Kohm resistor to ground. A constant voltage drop of 5.1V is developed across R2. VOUT is , LND150N3 Potter & Brumfield KUMP 11A18240 VDD D1, D2, D3, D4, D6, D7: IN4005 R1 10K CK + , the use of its products in life support applications and will not knowingly sell its products for use in such applications unless it receives an adequate "products liability indemnification insurance

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LND150N3.
120VAC
170VDC
100mV
sec/100mV)
120VAC/
240VAC
MC14030
1K capacitor
IN4005
240v nchannel depletion mosfet
240v nchannel mosfet to92
1k trimpot resistor

2009  MC14030
Abstract: 10k trimpot 240v nchannel depletion mosfet 01UF DIODE in4005 IN4005 diode data sheet in4005 10k trimpot resistor IN4005 diode LND150N3
Text: www.supertex.com 2 AND10 Alternative Applications For a 10V source, R2 can be replaced with a 10K resistor . Applications requiring multiple voltage references can be generated using a string of resistors , R2 which is a 5.1K resistor to ground. A constant voltage drop of 5.1V is developed across R2. VOUT , 11A18240 3M 1500pF VDD D1, D2, D3, D4, D6, D7: IN4005 R1 10K CK + D5 5.6V R2 5.1K , ), and IDSS where VGS(OFF) and IDSS are characteristics of the device. R1 is a variable resistor

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AND10
120VAC
LND150N3.
170VDC
MC14030
10k trimpot
240v nchannel depletion mosfet
01UF
DIODE in4005
IN4005 diode data sheet
in4005
10k trimpot resistor
IN4005 diode
LND150N3

2000  MAX5380
Abstract: MAX5382 MAX5381MEUK MAX5381LEUK MAX5381 MAX5380PEUK MAX5380NEUK MAX5380MEUK MAX5380LEUK max5281
Text: with a 10k resistor . Applications Features o 8Bit Accuracy in a Miniature 5Pin SOT23 o Wide , supply current to <1µA. All internal circuitry is disabled, and an internal 10k resistor is placed from , reducing interconnect complexity in many applications . Each device is available with one of four , (MAX5380), VDD = +4.5V to +5.5V (MAX5381), VDD = +2.7V to +5.5V (MAX5382); RL = 10k ; CL = 50pF; TA = TMIN , (MAX5380), VDD = +4.5V to +5.5V (MAX5381), VDD = +2.7V to +5.5V (MAX5382); RL = 10k ; CL = 50pF; TA = TMIN

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MAX5380/MAX5381/MAX5382
MAX5380
MAX5381
MAX5382
400kbps,
MAX5380/MAX5381/MAX5382
MAX5381MEUK
MAX5381LEUK
MAX5380PEUK
MAX5380NEUK
MAX5380MEUK
MAX5380LEUK
max5281

100k resistor network
Abstract: variable resistor 20k 20k variable resistor R2R Ladder Resistor Network variable resistor 100k r2r 10k ladder network bussed network resistor 10K 20k Resistor Network 20K resistor variable resistor 40k
Text: RESISTORS Advanced Information APPLICATIONS Implantable Medical Devices Precision Resistor , products. Network of Resistors Standard resistor networks including voltage divider 1000:1, bussed resistors (100k each) and a resistor with variable value of 10K 1.1M, by different pinouts. Custom , 100K 100K 100K 100K Imax = 165µA Imax = 495µA Multiple Bond Pads Resistor 10K to 1.1M , chromium silicon provide a smaller solution for applications where space is at a premium; laser trimmed

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2500/sq
TFR05M
TFR10M
TFR20M
TFR40M
100k resistor network
variable resistor 20k
20k variable resistor
R2R Ladder Resistor Network
variable resistor 100k
r2r 10k ladder network
bussed network resistor 10K
20k Resistor Network
20K resistor
variable resistor 40k

2006  Not Available
Abstract: No abstract text available
Text: Technology outperforms all other resistor technologies available today for applications that require High , RESISTANCE RATIO TOLERANCE 100  10K per Resistor ± 0.02%, ± 0.05%, ± 0.1% OPTION 1 FOUR RESISTORS SAME , SMN Vishay Foil Resistors High Precision Bulk Metal® Foil Technology High Precision 4 Resistor , Inductive: < 0.08µH · Power Rating: at 70°C Entire Package: 0.4 watts Each Resistor : 0.1 watts · Non , Voltage Coefficient, all in the same resistor . The SMN Surface Mount Network is made up of 4 independent

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08Apr05

1999  1n9148
Abstract: 1N4684 1N914 INA146 INA146UA OPA277
Text: external resistor pair without affecting the commonmode input range. APPLICATIONS q q q q , with no RG1. A feedback resistor , RG2 = 10k , should be used in the buffer connection. This provides , input of A2 through a 10k resistor which is trimmed to ±1% absolute accuracy. The A2 input is , mismatch in the total resistor ratios, degrading CMR. 10k 5 R1 R2 VIN R5 R3 100 A2 , both supply rails, making the INA146 wellsuited for both single and dual supply applications

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INA146
00V/V:
INA146
1n9148
1N4684
1N914
INA146UA
OPA277

2002  Not Available
Abstract: No abstract text available
Text: RESISTORS Advanced Information APPLICATIONS Implantable Medical Devices Precision Resistor , chromium silicon provide a smaller solution for applications where space is at a premium; laser trimmed , standard products. Network of Resistors Standard resistor networks including voltage divider 1000:1, bussed resistors (100kâ¦ each) and a resistor with variable value of 10Kâ¦ â 1.1Mâ¦, by different , temperature tracking of <2 ppm/Â°C. PRECISION RESISTOR NETWORKS DISCRETE RESISTORS Discrete Resistor

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TFR05M
TFR10M
TFR20M
TFR40M

1999  INA146
Abstract: INA146UA OPA277 1N4684 1N914
Text: external resistor pair without affecting the commonmode input range. APPLICATIONS q q q q , with no RG1. A feedback resistor , RG2 = 10k , should be used in the buffer connection. This provides , input of A2 through a 10k resistor which is trimmed to ±1% absolute accuracy. The A2 input is , mismatch in the total resistor ratios, degrading CMR. 10k 5 R1 R2 VIN R5 R3 100 A2 , both supply rails, making the INA146 wellsuited for both single and dual supply applications

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INA146
00V/V:
INA146
INA146UA
OPA277
1N4684
1N914

1999  Not Available
Abstract: No abstract text available
Text: output of A1 is connected to the noninverting input of A2 through a 10k resistor which is trimmed to ±1% , with no RG1. A feedback resistor , RG2 = 10k , should be used in the buffer connection. This provides , be chosen to provide a 10k parallel resistance. COMMONMODE RANGE The 10:1 input resistor ratio of , resistors greater than 800 can cause a mismatch in the total resistor ratios, degrading CMR. 10k 5 R1 VIN , supply rails, making the INA146 wellsuited for both single and dual supply applications . Onchip

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INA146
00V/V:
INA146

1999  INA146UA
Abstract: No abstract text available
Text: output of A1 is connected to the noninverting input of A2 through a 10k resistor which is trimmed to ±1% , with no RG1. A feedback resistor , RG2 = 10k , should be used in the buffer connection. This provides , be chosen to provide a 10k parallel resistance. COMMONMODE RANGE The 10:1 input resistor ratio of , resistors greater than 800 can cause a mismatch in the total resistor ratios, degrading CMR. 10k 5 R1 VIN , supply rails, making the INA146 wellsuited for both single and dual supply applications . Onchip

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INA146
00V/V:
INA146
INA146UA

2006  PN442
Abstract: VTF (Standard) VTF Custom
Text: R1 Conformal, Single InLine Resistor Networks (Standard) R1 10K R2 20K R3 6.667K , May06 VTF Conformal, Single InLine Resistor Networks (Standard) Vishay Thin Film R1 = 10K , 100K R1 , VTF Vishay Thin Film Conformal, Single InLine Resistor Networks (Standard) FEATURES · Lead , Available RoHS* COMPLIANT THROUGH HOLE VISHAY Thin Film resistor networks are designed to be used , scientific instrumentation. This family of standard resistor networks will continually be expanded with new

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08Apr05
PN442
VTF (Standard)
VTF Custom

2007  10k resistor network SIP
Abstract: VTF216BX VTF215BX VTF214BX VTF213BX VTF212BX VTF211BX VTF210BX VTF209BX VTF Custom
Text: Conformal, Single InLine Resistor Networks (Standard) DIVIDER NETWORK 5:1 R1 = 10K , 100K R1  = , VTF Vishay Thin Film Conformal, Single InLine Resistor Networks (Standard) FEATURES · Lead , * THROUGH HOLE · Wide variety of standards COMPLIANT VISHAY Thin Film resistor networks are , industrial, medical and scientific instrumentation. This family of standard resistor networks will , Applications Engineering at (716) 2834025, as we may be able to meet your requirements with a semicustom

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08Apr05
10k resistor network SIP
VTF216BX
VTF215BX
VTF214BX
VTF213BX
VTF212BX
VTF211BX
VTF210BX
VTF209BX
VTF Custom


2005  ltbbc
Abstract: 4304 mosfet pullup resistor 10K LT1786F MS10 LTC4304IMS LTC4304IDD LTC4304CMS LTC4304CDD LTC4304
Text: in the "Connection Circuitry" section. Connect a resistor of 10k to VCC to provide the pullup , condition. In normal operation, FAULT is high. Connect a 10k resistor from this pin to VCC to provide the , sinking 3mA while holding 0.4V on the pin. Connect a resistor of 10k to VCC to provide the pullup , sinking 3mA while holding 0.4V on the pin. Connect a resistor of 10k to VCC to provide the pullup , . Therefore a smaller pullup resistor than 27.1k must be used, so 10k works fine. Live Insertion and

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LTC4304
400kHz
LTC43021/LTC43022
LTC4303
4304fa
ltbbc
4304 mosfet
pullup resistor 10K
LT1786F
MS10
LTC4304IMS
LTC4304IDD
LTC4304CMS
LTC4304CDD
LTC4304

1999  1N4684
Abstract: 1N914 INA145 INA145UA OPA277
Text: 10k resistor which is trimmed to ±1% absolute accuracy. The A2 input is available for applications , . A feedback resistor , RG2 = 10k , should be used in the buffer connection. This provides bias current , the total resistor ratios, degrading CMR. 10k 5 40k 40k 40k A1 VIN 10k 10 , , unitygain difference amplifier consisting of a precision op amp and onchip precision resistor network. Two , industrial temperature range, 40°C to +85°C. q SO8 PACKAGE APPLICATIONS q CURRENT SHUNT MEASUREMENTS

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INA145
000V/V:
INA145
000V/V.
1N4684
1N914
INA145UA
OPA277

2007  CMPZ12L
Abstract: LT6106H
Text: inputs to the sense resistor should be used in all but the lowest power applications . Solder connections , voltage across an external sense resistor (shunt resistor ). Internal circuitry converts input voltage to , , a small valued shunt resistor can be used, which minimizes the power loss in the shunt. The wide , ideal for automotive, industrial and power management applications . The very low power supply current of the LT6106 also makes it suitable for low power and battery operated applications . , LT, LTC and LTM

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LT6106
OT23
6101/LTC6101HV
LTC6103
LTC6104
6106f
CMPZ12L
LT6106H

1999  INA145UA
Abstract: 1K100G 1N4684 1N914 INA145 OPA277
Text: 10k resistor which is trimmed to ±1% absolute accuracy. The A2 input is available for applications , . A feedback resistor , RG2 = 10k , should be used in the buffer connection. This provides bias current , the total resistor ratios, degrading CMR. 10k 5 40k 40k 40k A1 VIN 10k 10 , , unitygain difference amplifier consisting of a precision op amp and onchip precision resistor network. Two , industrial temperature range, 40°C to +85°C. q SO8 PACKAGE APPLICATIONS q CURRENT SHUNT MEASUREMENTS

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INA145
000V/V:
INA145
000V/V.
INA145UA
1K100G
1N4684
1N914
OPA277

2005  LT1786F
Abstract: No abstract text available
Text: âConnection Circuitryâ section. Connect a resistor of 10k to VCC to provide the pullup. SCLOUT (Pin 2 , operation, FAULT is high. Connect a 10k resistor from this pin to VCC to provide the pullup. SCLIN , of sinking 3mA while holding 0.4V on the pin. Connect a resistor of 10k to VCC to provide the , capable of sinking 3mA while holding 0.4V on the pin. Connect a resistor of 10k to VCC to provide the , 27.1k. Therefore a smaller pullup resistor than 27.1k must be used, so 10k works ï¬ne. Live

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LTC4304
400kHz
LTC43021/LTC43022
LTC4303
4304fa
LT1786F

2000  LTC563X
Abstract: LTC15632 chebyshev 0.5dB table for bessel and chebyshev response LTC15633 LTC1563C LTC1563I SSOP16 ltc563x
Text: allows for a simple resistor calculation: R = 10k (256kHz/fC); fC = Cutoff Frequency where fC is the , unitygain resistor calculation: R = 10k (256kHz/fC) where fC is the desired cutoff frequency. For many , achieved. For these applications , the resistor value calculation gets more difficult. The tables of , testing on the LTC1563X is done with R22 = 100k and a 10k load resistor . For best undistorted output , Extremely Easy to UseA Single Resistor Value Sets the Cutoff Frequency (2.56kHz < fC < 256kHz) Extremely

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LTC15632/LTC15633
56kHz
256kHz)
LTC15632:
LTC15633:
LTC15601
LTC1562
10kHz
LTC563X
LTC15632
chebyshev 0.5dB
table for bessel and chebyshev response
LTC15633
LTC1563C
LTC1563I
SSOP16
ltc563x

1999  microphone mixer schematic
Abstract: stereo slide pot 1206 capacitor TLC2274 47k ohm carbon resistor audio input mic mixer PCC104bctnd SLOP107 TLC2274CD electret mic
Text: , Slide, Audio taper, 1.4" Resistor , CF, 10K Ohm, 1/8 W, 5 %, 1206 Resistor , CF, 20K Ohm, 1/8 W, 5 %, 1206 Resistor , CF, 10K Ohm, 1/8 W, 5 %, 1206 Resistor , CF, 20K Ohm, 1/8 W, 5 %, 1206 Resistor , CF, 2.2K Ohm, 1/8 W, 5 %, 1206 Resistor , CF, 10K Ohm, 1/8 W, 5 %, 1206 Resistor , CF, 47K Ohm, 1/8 W, 5 % , " Resistor , CF, 10K Ohm, 1/8 W, 5 %, 1206 Resistor , CF, 20K Ohm, 1/8 W, 5 %, 1206 Resistor , CF, 10K Ohm, 1/8 W, 5 %, 1206 Resistor , CF, 20K Ohm, 1/8 W, 5 %, 1206 Resistor , CF, 10K Ohm, 1/8 W, 5 %, 1206

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SLOU009
SO14
SLOP107)
microphone mixer schematic
stereo slide pot
1206 capacitor
TLC2274
47k ohm carbon resistor
audio input mic mixer
PCC104bctnd
SLOP107
TLC2274CD
electret mic

2000  10k resistor used at the input side of the comparator
Abstract: TS9221 diode R12 operational amplifier discrete schematic 10k resistor used at the input side of opamp comparator 1n4148 zener diode 200mv shunt comparator circuit using opamp AN1305 1N4148
Text: WITH THE SENSE RESISTOR CONNECTED IN THE GND WIRE R18 10K 5 8 1. INTRODUCTION I Vsens , configuration is the high common mode voltage at the sense resistor . Moreover, in automotive applications , the , by J. CAMIOLO and JF GARNIER Two main configurations can be used:  sense resistor between the bottom of the Hbridge and the Gnd line (low side sensing).  or sense resistor connected between the , Side Sensing VcarBat 4 In motor control applications , it is very useful to monitor the current

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AN1305
TD340
10k resistor used at the input side of the comparator
TS9221
diode R12
operational amplifier discrete schematic
10k resistor used at the input side of opamp comparator
1n4148 zener diode
200mv shunt
comparator circuit using opamp
AN1305
1N4148

2003  0.1uF Capacitor Ceramic
Abstract: 2n7002dict 2N7002 VishayLiteon VishayLiteon .1uf capacitor GRM39X7R103K025A murata NPO capacitor MURATA MW 20 parameters GRM39X7R105K06 GRM39yyyxxxKvvvA
Text: Resistor , Chip, 1K Ohms, 1/16W, 1% 1K Resistor , Chip, 1K Ohms, 1/16W, 1% 1K Resistor , Chip, 10K ohm , R4 R2 U2 U1 Q3 Q4 Q7 Q11 Q6 Q8 Q10 Q12 Q5 Resistor , Chip, 10K ohm , 1/16W, 1% 10K Resistor , Chip, 10K ohm , 1/16W, 1% 10K Resistor , Chip, 10K ohm , 1/16W, 1% 10K Resistor , Chip, 10K Ohms, 1/16W, 1% 10K Resistor , Chip, 12.7KOhms, 1/16W, 1% 12.7K Resistor , Chip, 12.7KOhms, 1/16 , Inductor, SMT, 3.8uH 3.8uH Inductor, SMT, 10uH 10uH Inductor, SMT, 10uH 10uH Resistor , Chip, zero ohm

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1999  ina145ua
Abstract: No abstract text available
Text: connected to the noninverting input of A2 through a 10k resistor which is trimmed to ±1% absolute accuracy , with no RG1. A feedback resistor , RG2 = 10k , should be used in the buffer connection. This provides , 300 can cause a mismatch in the total resistor ratios, degrading CMR. 10k 5 40k VIN 40k , . Measuring Current with Shunt Resistor . ® 9 INA145 Pole at 106Hz 10k G=1 1500pF 5 RG1 , difference amplifier consisting of a precision op amp and onchip precision resistor network. Two external

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INA145
000V/V:
INA145
000V/V.
ina145ua

1999  1N4684
Abstract: 1N914 INA145 INA145UA OPA277
Text: 10k resistor which is trimmed to ±1% absolute accuracy. The A2 input is available for applications , . A feedback resistor , RG2 = 10k , should be used in the buffer connection. This provides bias current , the total resistor ratios, degrading CMR. 10k VIN VO A1 10 VIN 1 Offset Adjustment , , unitygain difference amplifier consisting of a precision op amp and onchip precision resistor network. Two , industrial temperature range, 40°C to +85°C. q SO8 PACKAGE APPLICATIONS q CURRENT SHUNT MEASUREMENTS

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INA145
000V/V:
INA145
000V/V.
1N4684
1N914
INA145UA
OPA277
