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LM131AH Rochester Electronics LLC Voltage to Frequency Converter, 1 Func, 0.1MHz, MBCY8, PACKAGE-8
LM131AH/883B Rochester Electronics LLC Voltage to Frequency Converter
LM131H Rochester Electronics LLC Voltage to Frequency Converter, 1 Func, 0.1MHz, MBCY8, PACKAGE-8
LM131H/B Rochester Electronics LLC Voltage to Frequency Converter
LM131AH/883 Rochester Electronics LLC Voltage to Frequency Converter, 1 Func, 0.01MHz, Bipolar, MBCY8, METAL, TO-5, 8 PIN
LM2917MX-8 Texas Instruments Frequency to Voltage Converter 8-SOIC -40 to 85
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Susumu Co Ltd
RL1220S-1R2-F RL1220S-1R2-F ECAD Model
Distributors Part Package Stock Lead Time Min Order Qty 1 10 100 1,000 10,000
Bristol Electronics RL1220S-1R2-F 4,000 - - - - - More Info

RL1220S-1R2-F datasheet (1)

Part ECAD Model Manufacturer Description Type PDF
RL1220S-1R2-F RL1220S-1R2-F ECAD Model Susumu Resistors - Chip Resistor - Surface Mount - RES SMD 1.2 OHM 1% 1/3W 0805 Original PDF

RL1220S-1R2-F Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
rl1220t-r022-g

Abstract: RL1220T-R020 rl1220s R027 R047 RL1220S-1R0-F RL1220S-100-F RL1220T-R012-J RL12S5
Text: Kit Part Number Description RL1220-KIT KIT RL1220 31 Val. 40ea. Susumu Part Numbers Included 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 Quantity Included 1240 pcs. Susumu Part Number Digi-Key Part Number For Replacement RL1220S-100- F RL1220S-1R0- F RL1220S-1R2-F RL1220S-1R5- F RL1220S-1R8- F RL1220S-2R7- F RL1220S-3R3- F RL1220S-3R9- F RL1220S-5R6- F RL1220S-6R8- F RL1220S-R18-F RL1220S-R39-F RL1220S-R56-F


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PDF RL1220-KIT RL1220 RL1220S-100-F RL1220S-1R0-F RL1220S-1R2-F RL1220S-1R5-F RL1220S-1R8-F RL1220S-2R7-F RL1220S-3R3-F RL1220S-3R9-F rl1220t-r022-g RL1220T-R020 rl1220s R027 R047 RL1220S-1R0-F RL1220S-100-F RL1220T-R012-J RL12S5
0805 SMD

Abstract: 24FCT-ND rl1220s-7r5 RL1220S-R10-F
Text: .82FCT-ND RL1220S-R82-F 18 RL12S.91FCT-ND RL1220S-R91-F 19 RL12S1.00FCT-ND RL1220S-1R0- F 20 RL12S1.2FCT-ND RL1220S-1R2-F 21 RL12S1.30FCT-ND RL1220S-1R3- F 22 RL12S1.50FCT-ND RL1220S-1R5- F 23 RL12S1.80FCT-ND RL1220S-1R8- F 24 RL12S2.20FCT-ND RL1220S-2R2- F 25 RL12S2.70FCT-ND RL1220S-2R7- F 26 RL12S3.00FCT-ND RL1220S-3R0- F 27 RL12S3.30FCT-ND RL1220S-3R3- F 28 RL12S4.70FCT-ND RL1220S-4R7- F 29 RL12S6.8FCT-ND RL1220S-6R8- F 30 RL12S10.0FCT-ND RL1220S-100- F 31 RL12S.11FCT-ND RL1220S-R11-F 32 RL12S


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PDF RL12S 10FCT-ND RL1220S-R10-F 12FCT-ND RL1220S-R12-F 13FCT-ND RL1220S-R13-F 0805 SMD 24FCT-ND rl1220s-7r5 RL1220S-R10-F
rl1220t-r022-g

Abstract: R047 RL1220S-R10-G RL1220T-R056-G
Text: No file text available


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PDF RL12S 10GCT-ND RL1220S-R10-G 12GCT-ND RL1220S-R12-G 15GCT-ND RL1220S-R15-G rl1220t-r022-g R047 RL1220S-R10-G RL1220T-R056-G
rl1220s

Abstract: No abstract text available
Text: 50 - 500 ±50 -55 to +125°C 4.0 Part Number RL1220S R050 F Resistance tolerance


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PDF RL1220S RL1632S RL2550S RL3264S RL1220 rl1220s
RLA00000N

Abstract: Rod Resistors
Text: Resistance Tolerance ± 1%( F ) , ± 2%(G) , ± 5%(J) Note*: Power Rating is based on continuous full load


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PDF RLA00000N RL1220 RL1220T RL1220S RLA00000N Rod Resistors
WMM 22

Abstract: No abstract text available
Text: (T) 1/4W E-12 0.1 -1 0 .0 ohm ±1 %( F ) ±2%(G) 0 to +200 (S) RL1220S-*-* RL3720 (0815) RL3720*-*-* 1/2 W 0.022 to 2.20 (E-6) 22,25,33,40,50,68,75,100 ±1%( F ) ±2%(G) RL7520 (0830) RL7520*-*-* 1W 0.01 to 1.0 (E-6) 10,15,18,20,22,25,33,40,50,68,75,100 ±1%( F ) ±2% (G) at R< 100 mohm: 0 to +350 (T


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PDF RL1220 RL1220T* RL1220S-* RL3720 RL3720 RL7520 WMM 22
Not Available

Abstract: No abstract text available
Text: · LOUJ RESISRHKE MLUE chip re sisto r ' 1 THW F liW COITPOHE1TTS m&mmM&m · f ê t ïiix ssm · ffiÌrittffgiS+l 96. ±B9é^¿PrfflSU^Uto · U W , 's W J W ^ J- X íb l/ S U f c , i i i i i j - f R018 -« RL7520 i J J Low Resistance Value Metal Thin Film Resistor. · On a level w ith , Q tmmïïfm Resistance Tolerance T em peratu re C oefficient of Resistance ± 1 % ( F ) , ± 2 % (G ) ± 2 % (G ),± 5 % (J) ± 1 % ( F ) , ± 2 % (G ) - 1% ( F ) , ± 2 % (G ) at R < 0 .1 Q


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PDF RL7520 RL0510 RL1220 RL3720 RL7520 RL0510S-#
RL1632L Series

Abstract: No abstract text available
Text: No file text available


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PDF RL1220S RL1632S RL2550S RL3264S RL1220L RL1632L RL2550L RL3264L RL1220L RL1632L Series
2009 - Not Available

Abstract: No abstract text available
Text: No file text available


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PDF PRD1175 ADP1613. 61A10 DDZ9689 OD-123 RL1220S-0R30-G
2010 - Not Available

Abstract: No abstract text available
Text: No file text available


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PDF ADP2504 PRD1198 600mA Tam11
Not Available

Abstract: No abstract text available
Text: )( f ) (g) (e) X, Y, Z : Standard part (b) Dimension code ( f ) F : RoHS Compliant (c) Inductance code : 1R2 = 1.2uH (a) (a) Series code (g) 11 ~ 99 : Internal controlled number (d) Tolerance code : Y = ±30% 2. CONFIGURATION & DIMENSIONS : J G K J H C H A F L I B D' B 1R2 G I Tin paste thickness >0.12mm E Tin paste thickness <0.12mm PCB Pattern D Unit : m/m A B C D D' E F 4.70±0.3 4.70±0.3 3.00 Max


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PDF SSC0403 SSC04031R2YZF
2013 - Not Available

Abstract: No abstract text available
Text: Coaxial High Pass Filter 50 1.2 to 800 MHz ZFHP- 1R2 + The Big Deal ·Low insertion loss ·High rejection ·Connectorized package CASE STYLE: H16 Product Overview ZFHP- 1R2 + is , Parameter Coaxial ZFHP- 1R2 + CASE STYLE: H16 Connectors Model Price Qty. SMA-FEMALE ZFHP- 1R2 -S+ $39.95 ea. (1-9) BRACKET (OPTION "B") $5.00 ea. (1+) Electrical Specifications at 25°C F , 250.000 0.27 1.04 500.000 0.42 1.05 600.000 0.40 1.02 700.000 0.54 1.01 800.000 0.61 1.03 ZFHP- 1R2


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PDF
Not Available

Abstract: No abstract text available
Text: Coaxial High Pass Filter ZFHP- 1R2 + 50â , CASE฀STYLE:฀H16 Product Overview ZFHP- 1R2 , . Page 1 of 3 Coaxial High Pass Filter ZFHP- 1R2 + 50â , . SMA-FEMALE฀ ZFHP- 1R2 -S+฀฀฀฀฀$39.95฀ea.฀฀฀(1-9) BRACKET (OPTION "B" , •฀Electrical฀equipment฀noise฀elimination F # Pass Band Frequency (MHz) Min. Typ. Max. Unit DC-F1 DC-0.5 20


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LA6324N

Abstract: LA6324NM 3003B MFP14 35100k
Text: 1.5 3 mA f =1k20kHz 65 V () IO source VIN+=1V,VIN-=0V 9 20 40 mA , C R2 +1.4V VF1 1+R2 /R1 IIO= R R2 VCC VCC R1 - - VCC + , )=20log EK1, EK2 VEE C (EK1-EK2)( 1+R2 /R1) VF8 - VF7 SVR R2 R1 VF7,VF8 NULL -C (EC1-EC2)( 1+R2 /R1) VF5 - VF6 6. + -VEE CRM=20log VCC + R1 NULL VEE R2 VCC R1 VCC + C 2R( 1+R2 /R1) 5. - R1 VEE VF4-VF3 R2 R1 VF4


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PDF N2704B LA6324N LA6324NM LA6324N O2407 /N2095MHN/O087TS LA6324NM 3003B MFP14 35100k
Not Available

Abstract: No abstract text available
Text: dimensions: . C A 1R2 D B 2.0 3.0 3.0 3.0 6.0 F E2 3.0 5.8 E E1 2.8 , F 2.10 typ. 2.00 typ. 1.00 typ. 1.50 typ. 6.00 typ. Ⅱ﹒Schematic diagram: 1 , ) 3.0 3R0 2R5 2.0 2R0 1R5 1R2 1.0 0 7.5 15 22.5 30 60 80 , △℃ 20 30 0 40 A 5 △℃ 1R2 100 50 25 1R5 75 50 10 , ※Carrier tape width : D P:16 m/m 4 m/m End Start 1R2 1R2 Leader no component 200 m/m


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PDF SP1055â 0130503-A 30sec 60sec 150sec MIL-STD-202 JESD22-B111 JIS-C-6429 AR-001C J-STD-002
2011 - Not Available

Abstract: No abstract text available
Text: : 11.00±0.30 D : 2.10 typ. E : 2.00 typ. D m/m m/m m/m F : 6.00 typ. A m/m m/m E1: 1.00 typ. 1R2 m/m E2: 1.50 typ. E1 B : 9.35±0.30 C m/m C : 5.50±0.30 B m/m E 3.0 2.0 3.0 3.0 3.0 6.0 F E2 5.8 2.8 1.4 10.0 , 3R0 2R5 2.0 2R0 1R5 1R2 1.0 0 7.5 15 22.5 30 60 80 Inductance , „ƒ 1R2 100 50 25 1R5 75 50 10 100 75 25 0 0 0 5 △℃ 10


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PDF SP1055â AR-001A
SHM129HLA

Abstract: No abstract text available
Text: ) (c) (a) Series code (d)(e) (d) Tolerance code : M = ±20% (b) Dimension code (e) F : RoHS Compliant (c) Inductance code : 1R0 = 1.00uH 2. CONFIGURATION & DIMENSIONS : F E F , Unit:m/m D E F ØW L G H 12.5 Max. 10.5 Max. 3.4±0.5 6.0±0.5 7.3±0.5 , T < 40°C e) Isat (A) : Will cause L0 to drop approximately 30% f ) Part temperature (ambient + temp , : SHM129HLA Series HMPI129HLA-Series INDUCTANCE(uH) R32 R50 R68 1R0 1R2 FREQUENCY(MHz


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PDF SHM129HLA SHM129HLA-1R0MF SHM129HLA-R50MF SHM129HLA-R68MF
AD72XX

Abstract: AD7237 AD7243 AD7537 AD7545A AD7548 AN-225 AD7454A
Text: combinations. R2 —w\— V, o v,o AD7545A AGND DGND DB0-DB11 TT7T 5V/12V R1 is. - f - I V _ A?>^V0 , -, and V2. When V2 = 0 V the output voltage ranges from 0 V when D = 0 to ( 1+R2 /RDV! when D = 1. An , gain factor ( 1+R2 /R1) to produce the all 0s end of the output signal range. This limits the usefulness , 2 the output voltage is given as: V0ut = V2 { 1+R2 /R1) + (V1-V2)( 1+R2 /R1)D where 1 LSB = (V, - V2)(1 +R2/R1 )(1/4096). When D = 0, Vout = V2( 1+R2 /R1). When D = 1/2, Vout = V2 (1 +R2/R1) + (V1-V2)(1 +R2


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PDF AN-225 12-Bit AD7243 AD7545A AD72XX AD7237 AD7537 AD7548 AD7454A
AD72XX

Abstract: AD75XX AD7237 AD7243 AD7545A AD7548 AN-225
Text: and V2. When V2 - 0 V the output voltage ranges from OV when D = 0 to ( 1+R2 /R1)V1 when D = 1. An , factor ( 1+R2 /R1) to produce the all 0s end of the output signal range. This limits the usefulness of the , : Vout = V2 ( 1+R2 /R1) + (V1-V2)(1 +R2/R1)D where 1 LSB = (V, - V2)( 1+R2 /R1)(1/4096). When D = 0, VOUt = V2( 1+R2 /R1). When D = 1/2, Vout = V2 ( 1+R2 /R1)+(V1-V2)( 1+R2 /R1)(1/2). When D = 1, Vout = V2 ( 1+R2 /R1)+(V1-V2)( 1+R2 /R1) = V, (1 + R2/R1) Supplying two reference voltages, V1 and V2, to the circuit of


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PDF AN-225 12-Bit voltagD754SA AD754SA AD7545A AD72XX AD75XX AD7237 AD7243 AD7548
SMD MARKING CODE 1R2

Abstract: ST1510 marking code abc SMD MARKING CODE BC ST15105
Text: ` : D : A' A 1R2 A A` MARKING C` C INDUCTANCE CODE D B 2 12.7 3 , 14.60 ± 0.3 15.80 max. 15.50 ± 0.3 8.89 typ. 10.50 max. 12.70 typ. 3.20 1R2 (FIG. A) 4 , ( class F ) dAdhesiveEpoxy Resin eRemarkProducts comply with RoHS' requirements Peak Temp260 max , 10 10 2R3 0 1R2 -1 10 -1 10 0 10 DC Current ( A ) AR-001A 1 10 , FILTER ABC'S DWG NO. ST1510L- ABC'S ITEM NO. @ DC Current VS Temperature Rise 1R2 140 40


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PDF 0070821-A ST1510L- AR-001A OBMW2/E174837 SMD MARKING CODE 1R2 ST1510 marking code abc SMD MARKING CODE BC ST15105
6358N

Abstract: LA6358NT LA6358NM LA6358N LA6358 LA6358NS VF11-VF12 6358NS 52344 30V30
Text: dB 7 120 dB 8 0.5 6 f =1k20kHz 1.2 mA ICC () IO source , C VF1 1+R2 / R1 IIO = VEE C VF2-VF1 R( 1+R2 / R1) ILA01069 ILA01068 3.IB R1 , R + + VF4 NULL - R2 +1.4V VEE IB = C +1.4V VEE C VF4-VF3 2R( 1+R2 , NULL - VEE VEE C (EC1-EC2)( 1+R2 / R1) CMR=20 log VF5-VF6 ILA01071 5.VG VCC R1 , )( 1+R2 / R1) VF8-VF7 ILA01072 No.5234-4/7 LA6358N,6358NS,6358NM,6358NT 6.SVR VCC1 VCC2


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PDF N5234C LA6358N 6358NS, LA6358NM 6358NT LA6358 6358NS LA6358NM LA6358NT 6358N LA6358NT LA6358 LA6358NS VF11-VF12 6358NS 52344 30V30
2013 - Not Available

Abstract: No abstract text available
Text: f = 1kHz to 20kHz IO source VIN+ = 1V, VIN- = 0V 9 20 40 mA IO sink Current , R2 R2 +1.4V +1.4V C VEE VF1 1+R2 / R1 VIO = C VEE VF2-VF1 IIO = R( 1+R2 , IB = 2R( 1+R2 / R1) 4. CMR, VICM VCC R1 R2 VCC -+ R1 EC1, EC2 + R2 VF5, VF6 NULL - VEE VEE C (EC1-EC2)( 1+R2 / R1) CMR=20 log VF5-VF6 5. VG VCC R1 , )( 1+R2 / R1) VF8-VF7 No.5234-4/7 LA6358N, LA6358NS 6. SVR VCC1 VCC2 R1 - R2 +


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PDF EN5234D LA6358N LA6358NS LA6358 LA6358NT
D 304 x

Abstract: 132 AR list SMD code E2 H7642 SMD CODE 132 smd code AG3 SMD CODE list SMD INDUCTOR code
Text: typ. m/m 1.50 typ. m/m F : A 2.00 typ. E1: 1R2 2.10 typ. m/m m/m E2 , 6.00 typ. m/m E 3.0 2.0 3.0 3.0 3.0 6.0 F E2 5.8 2.8 1.4 10.0 , Superposition characteristics 4.0 Inductance ( uH ) 3.0 3R0 2R5 2.0 2R0 1R5 1R2 1.0 0 , 40 A 0 5 1R2 100 50 25 1R5 75 50 10 100 75 25 0 0 0 , Embossed carrier Carrier tape width : D P:16 m/m 4 m/m End Start 1R2 1R2 Leader no


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PDF SP10553- Temp260 AR-001A D 304 x 132 AR list SMD code E2 H7642 SMD CODE 132 smd code AG3 SMD CODE list SMD INDUCTOR code
2006 - LA6324N

Abstract: 6324N LA6324 3003B LA6324NM
Text: rejection ratio SVR Channel separation VCC = 15 V, RL 2 k VCC ­1.5 6 V/mV CS f = 1 , VF1 + NULL - + R2 C VEE +1.4V VF1 VIO = 1+R2 /R1 IIO = VF2 C VF2 - VF1 R( 1+R2 /R1) 3. Input bias current IB VCC R2 R R1 R1 R2 VEE +1.4V VF3 VCC R2 R1 C EC1, EC2 + VEE R2 VEE VEE VF4 C VF4 - VF3 2R( 1+R2 /R1) 5. Voltage gain VG VCC R2 R1 VCC VF5,VF6 R1 + RL R2 C (EC1 - EC2) ( 1+R2 /R1) VF5


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PDF ENN2704C LA6324N LA6324NM LA6324 LA6324N 6324N 3003B LA6324NM
2006 - 6358N

Abstract: LA6358N 6358NS LA6358NM LA6358NS
Text: + = 1V, VIN- = 0V VIN+ = 0V, VIN- = 1V Symbol VIO IIO IB VICM CMR GV VOUT SVR f = 1kHz to 20kHz 6 7 8 , R2 VCC R1 R1 R R2 R2 VIO = VF1 1+R2 / R1 VF2-VF1 IIO = R( 1+R2 / R1) 3. IB , R1 R2 VF4-VF3 IB = 2R( 1+R2 / R1) 4. CMR, VICM R2 VCC + + VEE NULL -VEE (EC1-EC2)( 1+R2 / R1 , + RL NULL -EK1, EK2 VEE C VF7, VF8 R2 VG= (EK1-EK2)( 1+R2 / R1) VF8-VF7 No.5234-4/7 , ( 1+R2 / R1)(VCC1-VCC2) VF9-VF10 SVR(-)=20 log ( 1+R2 / R1)(VEE1-VEE2) VF11-VF12 7. CS R2 a c


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PDF EN5234B LA6358N 6358NS, LA6358NM 6358NT LA6358 LA6358NT 6358N 6358NS LA6358NS
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