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CC2530TDKBALUN-RD Texas Instruments TDK Corporation balun optimized for CC253x visit Texas Instruments
MGPWT-00170 TE Connectivity Ltd Magnetics; MGPWT-00170, XFMR Prop EE13 TH ( CoEv Magnetics ) BUY
MGPWT-00170-P (1879391-5) TE Connectivity Ltd Magnetics; MGPWT-00170, XFMR Prop EE13 TH ( CoEv Magnetics ) BUY

EE13 tdk

Catalog Datasheet MFG & Type PDF Document Tags

tny266 equivalent

Abstract: 11DQ06 equivalent Power vs. Line Voltage. 6 5 4 3 2 1 0 0 TRANSFORMER PARAMETERS Core Material EE13 TDK PC40, or equivalent AL of 128 nH/T2 EE13, 8 pin Primary (1-2), tape, Bias (3-4), tape, Secondary (7-8), 5 V, tape 1.9
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ee13 ferrite transformer

Abstract: TDK Ferrite Core PC40 500 600 700 EE13 TDK PC40, or equivalent AL of 128 nH/T2 Primary: 1-2, tape, Bias: 3-4, tape , power consumption. R6 33 T1 T1 EE13 LP = 1.9 mH 1 L1 1.0 mH L RF1 8.2 1.0 W , PARAMETERS Core Material 115 VAC 230 VAC 3 2 Bobbin 1 Primary Inductance 0 0 EE13
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tny264pn

Abstract: TNY266 Power Integrations Consumption (mW) 200 Transformer Parameters EE13 TDK PC40 or equivalent, gapped for ALG of 128 nH/t² Bobbin EE13, 8 pin Winding Order (pin numbers) 150 Core Material Primary (1­2), tape , . www.powerint.com R4 1.5 k Q1 2N3906 4 T1 EE13 LP = 1.9 mH BP D3 1N4005 R7 4.7 U2 PC817A
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TNY266 tny264pn TNY266 Power Integrations ee13 ferrite transformer tny266 Transformer Construction Parameters tny266 transformer DI-61 TNY264PN CISPR-22 TL431 DI-174

ee13 ferrite transformer

Abstract: tny266 Transformer Construction Parameters -3684-082603 6 Output Voltage (VDC) 160 5 TRANSFORMER PARAMETERS Core Material 4 EE13 TDK PC40, or equivalent AL of 128 nH/T2 Bobbin EE13, 8 pin Winding Order (pin numbers , 2N3906 4 T1 EE13 LP = 1.9 mH BP D3 1N4005 R7 4.7 www.powerint.com R6 2.4 2W
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EE13 tdk 11DQ06 equivalent ee13 transformer tny2* 7 pin TDK Ferrite Core PC40 tny266 equivalent TNY264P

TNY264PN

Abstract: flyback cell phone ac charger Material Bobbin EE13, 8 pin Winding Order (pin numbers) Primary (1-2), tape, Bias (3-4), tape, Secondary (7-8), 5 V, tape Primary Inductance 1.9 mH ±10% Primary Resonant Frequency 4 EE13 TDK PC40, or equivalent AL of 128 nH/T2 500 kHz (minimum) Leakage Inductance 50 µH (maximum
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DI-28 flyback cell phone ac charger cell phone charger EE13 core TDK EE13 core 1N4005 operating frequency

tny264pn

Abstract: IC TNY264PN mA CV/CC Curve. Transformer Parameters Core Material EE13 TDK PC40, or equivalent ALG of 128 nH/t² 20 Bobbin EE13, 8 pin 15 Winding Order (pin numbers) Primary (1­2), tape
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IC TNY264PN EE13 transformer 5v shield tny264pn IC tdk ferrite pc40 TNY264 TNY-264pn

lnk304 equivalent

Abstract: LNK304 Application Note Materials Item Description [1] Core: EE13, TDK Gapped for AL = 111 nH/T2 [2] Bobbin: Horizontal 8 pins , Fast Rec. 1A/200V Switching Diode 1mH/250mA EE13 Transformer (custom) LNK304P Power , Drop ENTER TRANSFORMER CORE/CONSTRUCTION VARIABLES ee13 #N/A P/N: #N/A #N/A P/N: #N/A AE
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lnk304 equivalent LNK304 Application Note lnk304 isolation Application Note LNK304 Power integrations inductor 1mH 250mA lnk304 flyback transformer pin 85-265VAC DER-48 LNK304 17F-3 261/A

isolation Application Note LNK304

Abstract: LNK304 Application Note [1] Core: EE13, TDK Gapped for AL = 57 nH/T2 [2] Bobbin: Horizontal 8 pins [3] Magnet Wire: #36 , ohm 200 ohm 13k 1% 2.05k 1% 10R 3W EE13 Transformer PWM + MOSFET Power Integrations Part
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57-580VAC DER-58 LinkSwitch-TN* with flyback transformer 240 AC to 12V AC transformer circuit diagram flyback transformer diagram TDK flyback transformer flyback transformer data pin diagram 265VAC

universal cell phone charger circuit diagram

Abstract: schematic diagram of phone charger ] [6] [7] 7.4 23-May-05 Description 2 Core: EE13, TDK PC40 or equivalent. ALG 180 nH/t Bobbin: Horizontal 8 pin, EE13, Hical Magnet Wire: #31 AWG (Shield winding) Magnet Wire: #32 AWG (Bias , , 1/8 W 2.4 , 2.0 W 33 , 1/4 W General purpose PNP BJT Transformer EE13 Low power off-line ,
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EPR-84 universal cell phone charger circuit diagram schematic diagram of phone charger keihin cell phone adapter block diagram universal flyback transformer specification EP-84 EN55022/CISPR22

STR-A6159

Abstract: TDK pc40 Description TDK PC40 EE13 or equivalent / Al-value: 100nH/N2 TDK BE13-1110CPS or equivalent Primary wire , IC1 C3 35V 10uF Drain Start D4 4 100V1A 5 EE13 R2 33K PWM dimming signal
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STR-A6159 800V1A 1000V1A 051705MH TDK pc40 STRA6159 core EE13 transformer BOBBIN TRANSFORMER for ee13 BE-13-1110CPS 250V1A AWG32

PC817A

Abstract: TV flyback transformer Output Current (A) Figure 2. Load Regulation­CV/CC Characteristics. TDK PC40 EE13, AL = 182 nH/T2 , ; therefore, PO is proportional to L. T1 EE13 Lp = 2.36 mH 8 D7 11DQ06 5.5 V, 0.45 A 12T 26 , VAC 230 VAC Low Limit High Limit EE13 Horizontal 8 pin Winding Details Winding Order (pin
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LNK501 EN550022 TV flyback transformer EE13 B1204 ee13 bobbin DI-60

Diode d4

Abstract: schottky diode 43t . 80 Efficiency (%) TDK PC40 EE13, ALG = 199 nH/T2 Primary Inductance Primary Resonant , 55T 38 AWG R3 150 EE13 Lp = 2.484 mH D4 UF4003 1A 200 V RTN *Optional Component , ) 14 Bobbin 12 EE13 Horizontal 8-pin Winding Details Shield 1: 55 T, #38 AWG, 1 Layer
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DI-76 LNK520P Diode d4 schottky diode 43t LinkSwitch ee13 bobbin 8pin c4 resistor

EE13 core

Abstract: ee13 bobbin . A 9/03 EE13 Horizontal 8 pin Winding Details 0 0 TDK PC40 EE13, ALG= 101 nH/T2 , /EN55022B EMI limits with low cost resistive input filter · Ultra-low leakage current design , FILM 4 12T 2 x 30 AWG D3 1N4937 5 6 15 T 30 AWG T.I.W. 3 RTN EE13 D4 LP
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DI-58 LNK500 AN-35 EE-13 PI-3687-091903 1N4007 CISPR22B/EN55022B PI-3373-091803 PI-3686-091803

EE13 core

Abstract: DI-19 230 VAC: 264 mW 265 VAC: 270 mW 0.05 0 0 TDK PC40 EE13, ALG= 101 nH/T2 Core PI , /EN55022B EMI limits with low cost resistive input filter · Ultra-low leakage current design , 104T 34 AWG 4 12T 2 x 30 AWG 5 6 15 T 30 AWG T.I.W. 3 C5 220 µF 16V RTN EE13 , DI-19 Output Voltage (V) 8 6 4 2 Bobbin 0.09 0.18 0.27 EE13 Horizontal
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V 027 UF4002 15 0 15 vac power transformer

LNK501PN

Abstract: EE13 EE13 Horizontal 8 pin Winding Order (pin numbers) VIN = 85 VAC VIN = 265 VAC TDK PC40 EE13 , design , RTN EE13 D4 LP = 1.36 mH UF4002 1A 100V R3 100 PI-3367-092908 Figure 1. LinkSwitch 1.5 W
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LNK501PN PC40 transformer 30 mW EFFICIENCY

LNK501PN

Abstract: BOBBIN TRANSFORMER for ee13 TDK PC40 EE13, ALG = 190 nH/t² Bobbin Inductance VIN=85 V Core Material Winding Order , current design , 3 C5 470 F 10 V RTN EE13 LP = 2.55 mH D5 1N4937 R2 100 PI-3364-092908 Figure 1 , Consumption. Transformer Parameters 8 PI-3363-091402 VIN=265 V 6 4 EE13 Horizontal 8 pin
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DI-18 EN61000-4-5 RF1101 EPR-16 PC40EE13 CV 275 K 10

PC817A

Abstract: EE13 tdk . Transformer Construction Information. 50 0 TDK PC40 EE13, AL = 185 nH/T2 0 90 120 150 180 210 , controlled for LinkSwitch; therefore PO is proportional to L. T1 EE13 Lp = 2.40 mH 7 85 - 265 VAC N , Characteristics. PI-3871-050404 300 PIN (mW) 250 200 EE13 Horizontal 8 pin Winding Details
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LNK520 EE13 core al PC817AD PC817-A TOPSWITCH battery charger T2090 DI-75

EE13 core

Abstract: EE13 0.7 TDK PC40 EE13, ALG=190 nH/T2 Core Bobbin EE13 Horizontal 8 pin Primary: 104T, 34 AWG , µA · EE13 core for low cost and small size Operation The AC input is rectified and filtered by , 5.5 V, 0.5 A 5 15 T 30 AWG T.I.W. 6 12 T 2 x 30 AWG 3 EE13 LP=2.55 mH C5 470 µF
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BOBbin for ee13 PC40 ee13 3 mh INTEGRATIONS

LNK500PN

Abstract: EE13 core Material TDK PC40 EE13, gapped for ALG of 101 nH/t² Bobbin EE13 8 pin, Horizontal Winding , design , 104T 34 AWG 4 12T 2 x 30 AWG 5 6 15 T 30 AWG T.I.W. 3 C5 220 F 16V RTN EE13
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LNK500PN lnk500pn datasheet LC PI FILTER DESIGN 101408

EEL-22T transformer

Abstract: LC PI FILTER DESIGN standby and bias supplies. TRANSFORMER PARAMETERS TDK PC40 EE13, AL = 284 nH/T2 Core Bobbin EE13 Horizontal 8 pin Key Design Points · Set VOR between 36 V and 60 V (50 V is optimum) · , LinkSwitch; therefore, PO is proportional to L. T1 EE13 LP = 2.3 mH 5 1 LinkSwitch D T1 drives
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DI-59 PI-3693-090503 EEL-22T transformer TDK Ferrite Core PC40 clamps PC40 core switching noise cancellation PI-3694-091803
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