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Part Manufacturer Description Datasheet Download Buy Part
LR1F680K (1622544-1) TE Connectivity (1622544-1) LR1 1% 680K
CRG1206F680K (1623548-1) TE Connectivity (1623548-1) CRG1206 1% 680K
LR2F680K (1622772-1) TE Connectivity (1622772-1) LR2 1% 680K
LR0204F680K (1622266-1) TE Connectivity (1622266-1) LR0204 1% 680K
CRG0603F680K (1622984-1) TE Connectivity (1622984-1) CRG0603 1% 680K
CRG0805F680K (1623270-1) TE Connectivity (1623270-1) CRG0805 1% 680K
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NLFV32T-680K-EF TDK Corporation of America Avnet - $0.12 $0.11
NLFV32T-680K-EF TDK Corporation of America Farnell element14 1 £0.12 £0.12
NLFV32T-680K-EFT TDK Corporation of America Avnet - - -

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NLFV32T-680K-EF datasheet (1)

Part Manufacturer Description Type PDF
NLFV32T-680K-EF TDK Fixed Inductors, Inductors, Coils, Chokes, INDUTOR 68UH 10% 1210 Original PDF

NLFV32T-680K-EF Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
Not Available

Abstract: No abstract text available
Text: NLFV32T-150K- EF NLFV32T-220K- EF NLFV32T-330K- EF NLFV32T-470K- EF NLFV32T-680K-EF NLFV32T-101K- EF , ±20% □□ Internal code PF Compatible with the RoHS Directive, Exemption regulations apply EF , , exemption regulations apply) or EF (compatible with the RoHS Directive) ○ Measurement equipment , CHARACTERISTICS L FREQUENCY CHARACTERISTICS GRAPH 1000 100 101K 680K 470K 330K Inductance(μH , CHARACTERISTICS GRAPH 1000 100 101K 680K 470K 330K Inductance(μH) 220K 150K 10 100K


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PDF NLFV25 NLFV32
2013 - Not Available

Abstract: No abstract text available
Text: NLFV32T-150K- EF NLFV32T-220K- EF NLFV32T-330K- EF NLFV32T-470K- EF NLFV32T-680K-EF NLFV32T-101K- EF , ±20% □□ Internal code PF Compatible with the RoHS Directive, Exemption regulations apply EF , , exemption regulations apply) or EF (compatible with the RoHS Directive) ○ Measurement equipment , CHARACTERISTICS L FREQUENCY CHARACTERISTICS GRAPH 1000 100 101K 680K 470K 330K Inductance(μH , CHARACTERISTICS GRAPH 1000 100 101K 680K 470K 330K Inductance(μH) 220K 150K 10 100K


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PDF NLFV25 NLFV32
2009 - NLFV32T-102K-EF

Abstract: NLFV32 NLFV32T-330K-EF NLFV32T NLFV32T-1R0M-EF NLFV32T-091M-EF NLFV32T100KEF NLFV32T-4R7M-EF NLFV32T-150K-EF NLFV32T-680K-EF
Text: 33 8100 2.063 0.6500 NLFV32T-470K- EF 47 11000 2.046 0.8500 NLFV32T-680K-EF , Series Circuit Diagram Circuit Parameters Part No. L1[uH] R1[ohm] C1[pF] R2[ohm] NLFV32T-091M- EF 0.091 140 0.105 0.0200 NLFV32T-1R0M- EF 1 750 0.387 0.0600 NLFV32T-1R5M- EF 1.5 950 0.452 0.0700 NLFV32T-2R2M- EF 2.2 1300 0.487 0.0900 NLFV32T-3R3M- EF 3.3 1700 0.986 0.1100 NLFV32T-4R7M- EF 4.7 1900 1.349 0.1300 NLFV32T-6R8M- EF


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PDF NLFV32 NLFV32T-091M-EF NLFV32T-1R0M-EF NLFV32T-1R5M-EF NLFV32T-2R2M-EF NLFV32T-3R3M-EF NLFV32T-4R7M-EF NLFV32T-6R8M-EF NLFV32T-100K-EF NLFV32T-150K-EF NLFV32T-102K-EF NLFV32T-330K-EF NLFV32T NLFV32T-1R0M-EF NLFV32T-091M-EF NLFV32T100KEF NLFV32T-4R7M-EF NLFV32T-150K-EF NLFV32T-680K-EF
NLFV32

Abstract: NLFV32T100KEF EF 017 NLFV32T-330K-EF NLFV32T smd ef NLFV32T-680K-EF
Text: 25 20 NLFV32T-1R0M- EF NLFV32T-1R5M- EF NLFV32T-2R2M- EF NLFV32T-3R3M- EF NLFV32T-4R7M- EF NLFV32T-6R8M- EF NLFV32T-100K- EF NLFV32T-150K- EF NLFV32T-220K- EF NLFV32T-330K- EF NLFV32T-470K- EF NLFV32T-680K-EF NLFV32T-101K- EF NLFV32T-151K- EF NLFV32T-221K- EF NLFV32T-331K- EF NLFV32T-471K- EF , / 30W 1mm 260°C /10 ,AV xDSL NLFV 32 T- 2R2 M - EF (1) (2) (3) (4) (5 , 100µH (5) 180°C K M 150°C Pre-heating 90 to 120s ±10% ±20% 40s max. (6) EF


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PDF NLFVNLFV32 2002/95/EC nlfv32 NLFV32T-1R0M-EF NLFV32T-1R5M-EF NLFV32T-2R2M-EF NLFV32T-3R3M-EF NLFV32T-4R7M-EF NLFV32T-6R8M-EF NLFV32T-100K-EF NLFV32T100KEF EF 017 NLFV32T-330K-EF NLFV32T smd ef NLFV32T-680K-EF
NLFV32T100KEF

Abstract: NLFV32T-102K-EF NLFV32T-680K-EF NLFV32
Text: 55 50 40 35 30 25 20 NLFV32T-1R0M- EF NLFV32T-1R5M- EF NLFV32T-2R2M- EF NLFV32T-3R3M- EF NLFV32T-4R7M- EF NLFV32T-6R8M- EF NLFV32T-100K- EF NLFV32T-150K- EF NLFV32T-220K- EF NLFV32T-330K- EF NLFV32T-470K- EF NLFV32T-680K-EF NLFV32T-101K- EF NLFV32T-151K- EF NLFV32T-221K- EF NLFV32T-331K- EF , HDDODD 300350°C 3/ 30W1mm 260°C max./ 10 max. NLFV 32 T- 2R2 M - EF (1) (2 , cooling 180°C 150°C (5) K M ±10% ±20% (6) EF Pre-heating 90 to 120s RoHS 40s


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PDF NLFVNLFV32 30W1mm 2002/95/EC nlfv32 NLFV32T-2R2M-EF NLFV32T-3R3M-EF NLFV32T-4R7M-EF NLFV32T-6R8M-EF NLFV32T-100K-EF NLFV32T-150K-EF NLFV32T100KEF NLFV32T-102K-EF NLFV32T-680K-EF
NLFC453232T-4R7M-P

Abstract: NLFV32T-680K-EF
Text: NLFV32T-220K- EF NLFV32T-330K- EF NLFV32T-470K- EF NLFV32T-680K-EF NLFV32T-101K- EF NLFV32T-151K- EF NLFV32T-221K- EF , °C 180°C 150°C Pre-heating 90 to 120s Natural cooling (6) Lead-free compatible product PF EF , specify lead-free compatible product, PF (Conformity to RoHS directive, exemption regulations apply) or EF , IDENTIFICATION NLFV 32 T- 2R2 M - EF (1) (2) (3) (4) (5) (6) (1) Series name (2) Dimensions 32 3.2×2.5×2.2mm , °C 180°C 150°C Pre-heating 90 to 120s Natural cooling (6) Lead-free compatible product EF Conformity


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PDF NLFV25 NLFV32 NLFC453232 2002/95/EC, NLFV25 Lea6093B HP8753C VP-2941A model-4275A NLFC453232T-4R7M-P NLFV32T-680K-EF
2001 - NLFV32T-680K-EF

Abstract: NLFV32 smd ef
Text: 30 25 20 NLFV32T-1R0M- EF NLFV32T-1R5M- EF NLFV32T-2R2M- EF NLFV32T-3R3M- EF NLFV32T-4R7M- EF NLFV32T-6R8M- EF NLFV32T-100K- EF NLFV32T-150K- EF NLFV32T-220K- EF NLFV32T-330K- EF NLFV32T-470K- EF NLFV32T-680K-EF NLFV32T-101K- EF NLFV32T-151K- EF NLFV32T-221K- EF NLFV32T-331K- EF NLFV32T-471K- EF , IDENTIFICATION NLFV 32 T- 2R2 M - EF (1) (2) (3) (4) (5) (6) (1) Series name (2) Dimensions 32 3.2× 2.5 , max. EF 255°C 230°C 300 to 350°C 3 seconds/soldering Output: 30W Tip diameter: 1mm


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PDF NLFV32 HP4194A 6085A 16093B HP8753C VP-2941A nlfv32 NLFV32T-680K-EF smd ef
NLFV32T-680K-EF

Abstract: 16085A nlc453232t150kpf NLV32 NLV25 NLHV25 NLFV32 NLFV25 NLFC453232 NLCV32
Text: NLFV32T-330K- EF NLFV32T-470K- EF NLFV32T-680K-EF NLFV32T-101K- EF NLFV32T-151K- EF NLFV32T-221K- EF , 40s max. Time (s) J ±5% (6) Lead-free compatible product PF EF Conformity to RoHS , apply) or EF (Conformity to RoHS directive) · Test equipment L, Q: YHP4191A IMPEDANCE ANALYZER (16092A , lead-free compatible product, PF (Conformity to RoHS directive, exemption regulations apply) or EF , ) Lead-free compatible product PF EF Conformity to RoHS directive, exemption regulations apply


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PDF NLV25 NLV32 NL453232 NL565050 NLHV25 NLFV25 NLFV32 NLFC453232 NLCV25 NLCV32 NLFV32T-680K-EF 16085A nlc453232t150kpf NLV32 NLV25 NLHV25 NLFV32 NLFV25 NLFC453232 NLCV32
1996 - Not Available

Abstract: No abstract text available
Text: Page 1 of 2 Product Name Series Type Part Number Wire Wound Inductor for Power Line NLFV-EF Series 25 Type NLFV25T- 680K-EF PROD Product Lifecycle Stage Specification Mounting Method Flag , with the RoHS Directive. These EF series with specifications that do not include exemption regulations , /rootsme.asp?ID=TJA024&NO=NLFV25T- 680K -EF4840. 3/27/2009 Page 2 of 2 Specifications which provide more details for the , . - 680K -EF4840. 3/27/2009 TDK


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PDF NLFV25T-680K-EF 180mm TJA024 NLFV25T-680K-EF4840.
2005 - Not Available

Abstract: No abstract text available
Text: B PO R T R C PO R T R D ALU PO R T R E PO R T R F PC Special R egister IE F H CF H EF SPC P EF M LD , KHz FOSC = 32.768 KHz RXIN = 680K RXIN = 330K RXIN = 200K RXIN = 130K MIN . TYP. 32768 MA X , 680K FSTOP RSUB = 680K f f f f f f FROSC f f f(3V) - f(2.4V) f(3V) f(3V) - f(2.4V) f(3V) f(3V) - f , f(3V) - f(2.4V) f(3V) ROSC = 680K Publication Release Date: April 15, 2005 - 11 Revision A5 , VSS VSSA (*4) COMPONENT Value C1 4.7uF C2~C4 0.1uF C5~C6 100pF C7~C8 - R1 680K


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PDF W536030P/060P/090P/120P
Not Available

Abstract: No abstract text available
Text: –¡ Internal code PF Compatible with the RoHS Directive, Exemption regulations apply EF Compatible , , exemption regulations apply) or EF (compatible with the RoHS Directive) ○ Measurement equipment , , exemption regulations apply) or EF (compatible with the RoHS Directive) ○ Measurement equipment , CHARACTERISTICS L FREQUENCY CHARACTERISTICS GRAPH 10000 331K 221K 1000 151K 101K 680K 470K 330K , CHARACTERISTICS INDUCTANCE VS. DC BIAS CHARACTERISTICS GRAPH 1000 331K 221K 151K 100 101K 680K


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PDF NLCV25 NLCV32 NLCV25T-R NLCV32T-R
2013 - Not Available

Abstract: No abstract text available
Text: –¡ Internal code PF Compatible with the RoHS Directive, Exemption regulations apply EF Compatible , , exemption regulations apply) or EF (compatible with the RoHS Directive) ○ Measurement equipment , , exemption regulations apply) or EF (compatible with the RoHS Directive) ○ Measurement equipment , CHARACTERISTICS L FREQUENCY CHARACTERISTICS GRAPH 10000 331K 221K 1000 151K 101K 680K 470K 330K , CHARACTERISTICS INDUCTANCE VS. DC BIAS CHARACTERISTICS GRAPH 1000 331K 221K 151K 100 101K 680K


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PDF NLCV25 NLCV32 NLCV25T-R NLCV32T-R
2003 - XTAL 4M

Abstract: W536030P W536060P W536090P W536120P
Text: PC Special Register IE F P EF EV F HCF S TAC K (8 Levels) HEF SP C M LD , = 32.768 KHz 1 - - µS Main clock Ring frequency FRXIN RXIN = 680K 1M RXIN , RSUB = 680K Sub-Clock Oscillation Stable Time @ Cold Start FSTOP RSUB = 680K Frequency , f(3V) - f(2.4V) f(3V) 15 % f(3V) - f(2.4V) f(3V) 20 % 3 ROSC = 680K f(3V) - , ~C8 R1 R2 R3 R4 - 680K 680K 650K/1MHz 350K/2MHz 225K/3MHz 160K/4MHz 100


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PDF W536030P/060P/090P/120P XTAL 4M W536030P W536060P W536090P W536120P
TDK NLC453232T-470K-PF

Abstract: NLC565050 NLC453232T-100K-PF NLC565050T-5R6K-PF
Text: . ±10% ±20% (6) Lead-free compatible product Time (s) PF EF Conformity to RoHS directive , specify lead-free compatible product, PF (Conformity to RoHS directive, exemption regulations apply) or EF , tolerance K M 40s max. ±10% ±20% (6) Lead-free compatible product Time (s) PF EF Conformity , specify lead-free compatible product, PF (Conformity to RoHS directive, exemption regulations apply) or EF , directive, exemption regulations apply Conformity to RoHS directive ±10% ±20% 40s max. EF Time (s


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PDF NLCV25 NLCV32 NLCV25T-R NLCV32T-R NLC453232 NLC565050 2002/95/EC, NLCV25 withstandP16085A YHP16093B TDK NLC453232T-470K-PF NLC453232T-100K-PF NLC565050T-5R6K-PF
ir3870

Abstract: cap 150uf 35v SCHEMATIC DIAGRAM POWER SUPPLY 12v 10A Cap X7R 1210 T4 GRM1885C1H470JA01D MCR10EZPJ000 murata x7r capacitor 0603 IR3870 voltage regulator MBR0530T1G SMD r105
Text: RES, 6.80K ,OHM,1/10W,1%,0603,SMD ERJ-3EKF6801V Panasonic R101 1 DNI R103 1 , 1 RES, 6.80K ,OHM,1/10W,1%,0603,SMD ERJ-3EKF6801V Panasonic R99 1 RES,4.02K,OHM,1 , Vin=12V, PVcc=5.0V, Vcc=3.3V, Vo=1.1V, Io=0- 10A, , Room Temperature, No Air Flow Ef f-19Vin w /CP


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PDF IRDC3870 IRDC3870 IR3870 cap 150uf 35v SCHEMATIC DIAGRAM POWER SUPPLY 12v 10A Cap X7R 1210 T4 GRM1885C1H470JA01D MCR10EZPJ000 murata x7r capacitor 0603 IR3870 voltage regulator MBR0530T1G SMD r105
1999 - variable resistor 2.2k

Abstract: circuit diagram ballast 12v EE-1614 EI2820 variable frequency drive circuit diagram ptc b electronic ballast control circuit lamp soft start circuit diagram philips Electronic Ballast 12v ballast ic
Text: -25°C ~ +125°C BLOCK DIAGRAM U V LO 2V R ef CS 0.22 µF 2.5 µA 1 - + Vref VZ Ict + + 3V 8Ict , + 680K 180K+ + 5K 2 V3 = V2 x R3 ~ 200 V = R2 + R3 When in normal mode the average voltage , , 1/4W 1-J, 1W 1.2M-F, 1/4W 10k Variable Resistor 22k-F, 1/4W 180k-J, 1/4W 330k-J, 1/4W 680k -J, 1/4W


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PDF KA7541 KA7541 variable resistor 2.2k circuit diagram ballast 12v EE-1614 EI2820 variable frequency drive circuit diagram ptc b electronic ballast control circuit lamp soft start circuit diagram philips Electronic Ballast 12v ballast ic
elj panasonic inductor

Abstract: No abstract text available
Text: 680K 820K 1-01K 121K 151K 181K 221K 271 K 10 12 15 18 22 27 33 39 47 56 68 82 100 120 1.0 ±10% r , 270K 330K 390K 470K 560K 680K 820K 1 01 K 1 21 K 1 51 K 181 K 221 K 271 K 331 K * Inductance , FC220KU ELJ SC270K SC 330K SC390K SC47 0K SC560K SC 680K SC 820K SC101K 0.22 0.27 0.33 0.39 J 0.47 0.56 , P T a p ef u n m n qd o e c lio n i 12mm4B^ - ^ ( W = 1 2mm ) Feeding hole P zPa hM c p -


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PDF 12mm4B^ elj panasonic inductor
Not Available

Abstract: No abstract text available
Text: MP package DP package V ref = 2 .5 6 0 V MP package DP package V R = 2 .5 6 0 V EF 43E D , in g /d e c o u p lin g capacitor, CR (4^i7), is required betw een pins EF 8 and 9. For internal reference operation V R EF 0UT (pin 8) is connected to V R !N (pin 7). EF (b) External reference If , from + 1.5 to + 3V. The Z N 447 w ill operate if V R !N is less than EF + 1.5V but reduced overdrive , 680k X V|N 6 ZN UU1 9 R2 GROUND Fig. 15 General unipolar in p u t connections Using


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PDF 37bfl52a ZN447/ZN448/ZN449 ZN447, ZN448 ZN449
zn447

Abstract: ZN447E zn448 OB16D ZN448J
Text: 3 V may be connected to VR EF in - The slope resistance of such a 2 50 reference source should be , k, R2 = k G-1 'R EF IN a IN q- ADJUST ZERO Ri 680 k 'IN 6 ZNÜ47 9 GROUND R2 , ADJUST 1M ZERO ADJUS P2 V R3 R1 5k6 680k R3 R1 11k 680k 1 R2 8k2 y Ï TD , input ranges are given in the following table. EF in - If full-scale range is ±G . VR E F ,N


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PDF ZN447/ZN448/ZN449 ZN447, ZN448 ZN449 zn447 ZN447E OB16D ZN448J
1997 - 260Hz

Abstract: 560UH 400Hz converter schematic EL Driver LM 1n4148
Text: 220µH 560µH 560µH 560µH 330µH REL 3.3M 2M 2M 5.1M 2M 2M 2M 1M 3.3M 3M 3M 2M 2M 3.3M RSW 680k 1M 750k 680k 680k 680k 820k 330k 680k 680k 330k 680k 680k 1M CS 100nF 100nF 100nF 100nF 10nF 10nF 10nF


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PDF HV823DB1 HV823DB1 260Hz 50kHz 100nF 260Hz 560UH 400Hz converter schematic EL Driver LM 1n4148
TND14V

Abstract: TND10V TND20V-680K TND07V TND09V 10v 471k tnr TND05V-471K TND07V-511K TND20V tnd14v-182k
Text: 3/16 CAT. No. C1006S (5V ) TND05V-180K TND05V- 680K , 5/16 CAT. No. C1006S (7V ) TND07V-150K TND07V- 680K , 7/16 CAT. No. C1006S (9V ) TND09V-150K TND09V- 680K , (10V ) TND10V-150K TND10V- 680K , ± 620V ULCSA 13/16 CAT. No. C1006S (14V ) TND14V-150K TND14V- 680K


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PDF C1006S TND20V-180K TND20V-680K TND20V-820K TND20V-182K TND14V TND10V TND20V-680K TND07V TND09V 10v 471k tnr TND05V-471K TND07V-511K TND20V tnd14v-182k
400Hz converter schematic

Abstract: HV823DB1 LM 1n4148
Text: 260Hz 3V same 10mA 1mH 3.3M 680k 100nF none 1.7in2 6.6ft-lm Green , 170Hz 3.3V same 21mA 560µH 5.1M 680k 100nF none 7in2 5.8ft-lm Green 400Hz 5V same 30mA 560µH 2M 680k 10nF 1nF 7in2 7.8ft-lm Green 400Hz 9V same 23mA 560µH 2M 680k 10nF 1nF 8in2 6.2ft-lm Green 400Hz 5V , 22mA 1mH 3.3M 680k 10nF 1nF 12in2 5.2ft-lm Green 260Hz 3.3V same


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PDF HV823DB1 HV823DB1 260Hz 50kHz 23in2 250Hz AN-H33 400Hz converter schematic LM 1n4148
l6561 flyback pfc led

Abstract: schematic diagram ac-dc supply Circuit diagram of 1W LED drive l6561 BC547 application notes ac-dc adapter l5991 Circuit diagram of 1W LED drive input 220vac BC547 proportional controller R25A an-1537
Text: bias resistors (R3A = R3B = 680k and R1 = 10 k) of the L6561 consume 103mW @264 Vac, then their value , 20k R3A, R3B 680k 1.5M R33 13k 33k R6A 6.34k 22k R34 510k - , : RC RA VR EF - + VC OMP - < V REF R A + RC RA + RC Note , -t > T1 VREF R + R + VCO MP -­ -(V R EF ­ V COMP ) e R A , - ­ -( V R EF ­ VCOM P )e , 0R + R 0 RA + RC RA + R C A C (A2


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PDF AN1537 L5991 L5991. l6561 flyback pfc led schematic diagram ac-dc supply Circuit diagram of 1W LED drive l6561 BC547 application notes ac-dc adapter Circuit diagram of 1W LED drive input 220vac BC547 proportional controller R25A an-1537
TEA7052

Abstract: b37 zener 27ma ISPM PIN-20 IC DIAGRAM TEA7852
Text: ) Symbol IREF Vmp Icmp Ispm limp lea Current at Parameter V r ef Test Conditions Min. - 10 3.7 , ) UL ( U ) pin 19 grounded ; pin 25 ON UL ( U ) nOOl Ef >7B50 03 8/13 7T2T237 00S372Q , 2 .? R 18 = IP R 18 AG = = 680K -2dB i 0 . 5dB 5.2. SECRET FUNCTION FOR PRIVATE (pins 11


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PDF TEA7052 TEA7052 71B1E37 00S37SS b37 zener 27ma ISPM PIN-20 IC DIAGRAM TEA7852
2004 - pr10x14

Abstract: 561k 2r2k
Text: -150K PR4X6-180K PR4X6-220K PR4X6-270K PR4X6-330K PR4X6-470K PR4X6-560K PR4X6- 680K PR4X6-820K PR4X6-101K 1.0 , -560K PR8X10- 680K PR8X10-820K PR8X10-101K PR8X10-121K PR8X10-151K PR8X10-181K PR8X10-221K PR8X10-271K PR8X10 , -100K PR6X8-120K PR6X8-150K PR6X8-180K PR6X8-220K PR6X8-270K PR6X8-330K PR6X8-390K PR6X8-470K PR6X8-560K PR6X8- 680K , -390K PR10X6-470K PR10X6-560K PR10X6- 680K PR10X6-820K PR10X6-101K PR10X6-121K PR10X6-151K PR10X6-181K PR10X6 , -330K PR10X14-390K PR10X14-470K PR10X14-560K PR10X14- 680K PR10X14-820K PR10X14-101K PR10X14-121K PR10X14


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PDF PR8X10 PR10X6 PR10X8 PR10X12 PR10X14 PR12X6 PR12X8 PR12X10 PR12X12 10000H 561k 2r2k
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