The Datasheet Archive

Top Results (6)

Part Manufacturer Description Datasheet Download Buy Part
B66365G200X127 TDK Epcos FERRITE CORE ETD N27 1PC
B66358G100X127 TDK Epcos FERRITE CORE ETD N27 1PC
B66395G2000X187 TDK Epcos FERRITE CORE ETD N87 1PC
B66368B1020T1 TDK Epcos BOBBIN COIL FORMER ETD 49X25X16
B66397GX127 TDK Epcos FERRITE CORE ETD N27 1PC
B66358GX187 TDK Epcos FERRITE CORE ETD N87 1PC

ETD 39 x 20 x 13 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2003 - Philips Electrolytic Capacitor 824k 400v

Abstract: ETD4916A ETD 39 x 20 x 13 ferrite core geometry siemens zener diode 100V DO-35 3kw smps pfc STK2N50 500w power amplifier PCB layout r4849-a 0.5mh 500watts amplifier pcb layout
Text: R25 10K 5% Trasformer T1: core: ETD 39 x 20 x 13 / gap 1.8mm. Primary Inductance =0.25mH 44 , for this design is an ETD geometry ferrite core set with the following characteristics: 7/ 20 , soft start current generator 11/ 20 AN827 APPLICATION NOTE Pin 13 Vva-out (Error amplifier , f Pi Vrms (Hz) (W) 88 60 560 110 60 220 270 PF 13 / 20 AN827 , NTC2 ISENSE Q3 STK2N50 ROSC R26 1.1M 5% C8 1µF 63V 14 20 3 13 C7 1µF


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PDF AN827 L4981A L4981A Philips Electrolytic Capacitor 824k 400v ETD4916A ETD 39 x 20 x 13 ferrite core geometry siemens zener diode 100V DO-35 3kw smps pfc STK2N50 500w power amplifier PCB layout r4849-a 0.5mh 500watts amplifier pcb layout
1995 - philips carbon film 2W resistors

Abstract: 89F1949 NTC R29 500watts amplifier pcb layout 3kw pfc L4981 3kw pfc 3kw pfc using l4981 application note F127-ND 3kw smps pfc
Text: -406 R24 680 2W C5 12nF 50V D95IN284B - Trasformer T1: core: ETD 39 x 20 x 13 / gap 1.8mm , % + Figure 4: 400W/230V; Vin =110V ± 20 %. C3 470nF 250VAC R7 PUVLO VFEED 14 13 7 4 D3 1N4148 2 8 , T1: core: ETD 44 x 22 x 14 / gap =2mm. Primary Inductance =0.43mH 53 Turns 10 x 0.36mm Secondary = 5 , : Volume 468 0.5 10-3 [8.92 (8.92+ 2.5)]= 23.8cm3. The core chosen for this design is an ETD geometry , Np = 59T Ns = 5T The ETD geometry has the following advantages: 1. Round center post for ease of


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PDF L4981A IEC555-2, philips carbon film 2W resistors 89F1949 NTC R29 500watts amplifier pcb layout 3kw pfc L4981 3kw pfc 3kw pfc using l4981 application note F127-ND 3kw smps pfc
1997 - ETD4916A

Abstract: ferrite core geometry STK2N50 500watts amplifier pcb layout diode BYW 200 3kw pfc using l4981 application note l4981 AN628 400W pwm smps schematic r4849-a 0.5mh Philips Electrolytic Capacitor 824k 400v
Text: 7 16 CAOUT MOUT IPK IAC VRMS S/FM R25 10K 5% Trasformer T1: core: ETD 39 x 20 x 13 / gap 1.8mm. Primary Inductance =0.25mH 44 Turns 15 x AWG29. Secondary = 5 Turns C3 , C4 1nF 50V 12 C8 1µF 63V D7 20 3 13 C7 1µF 63V T1 C10 220nF 100V , R1 200K 1% C8 1µF 63V 14 20 3 13 C7 1µF 63V T1 C10 120nF 100V D10 , 220Vac (fig. 5) are shown below. Figure 4: 400W/230V; Vin =110V ± 20 %. 13 /16 - D1 BRIDGE -


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PDF L4981A L4981A ETD4916A ferrite core geometry STK2N50 500watts amplifier pcb layout diode BYW 200 3kw pfc using l4981 application note l4981 AN628 400W pwm smps schematic r4849-a 0.5mh Philips Electrolytic Capacitor 824k 400v
1997 - 500 WATT smps

Abstract: smps 800W siemens zener diode 100V DO-35 integrated byw100 smps 500w 5V 2 PHASE 220V AC to 220V DC regulated switching ETD-39 3kw smps pfc l4981 AN628 3kw pfc
Text: 7 16 CAOUT MOUT IPK IAC VRMS S/FM R25 10K 5% Trasformer T1: core: ETD 39 x 20 x 13 / gap 1.8mm. Primary Inductance =0.25mH 44 Turns 15 x AWG29. Secondary = 5 Turns C3 , C4 1nF 50V SSC 12 C8 1µF 63V D7 20 3 13 C7 1µF 63V T1 C10 220nF , R1 200K 1% C8 1µF 63V 14 20 3 13 C7 1µF 63V T1 C10 120nF 100V D10 , 220Vac (fig. 5) are shown below. Figure 4: 400W/230V; Vin =110V ± 20 %. 13 /16 - D1 BRIDGE -


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PDF L4981A L4981A 500 WATT smps smps 800W siemens zener diode 100V DO-35 integrated byw100 smps 500w 5V 2 PHASE 220V AC to 220V DC regulated switching ETD-39 3kw smps pfc l4981 AN628 3kw pfc
2000 - efd-25 transformer

Abstract: 2616P 2213P EPCOS core PS 35 Xenon 7000 transformer ETD 52 ETD 34 24 V Transformer ETD-29 FERRITE TRANSFORMER ETD 12U25
Text: / ETD cores ETD 29/16/10 ETD 34/17/11 ETD 39 / 20 / 13 ETD 44/22/15 ETD 49/25/16 ETD 54/28/19 ETD 59/31/22 , ,90 20 ,0 x 10,0 x 7,00 22,1 x 13 ,7 x 6,35 22,1 x 13 ,7 x 7,90 22,1 x 13 ,7 x 12,5 22,6 x 14,7 x 9, 20 25 , . (nH)1) M 33 EP-Kerne / EP cores EP 7 EP 10 EP 13 EP 17 EP 20 1100 1100 1400 2400 3500 2000 2000 , ) Material/AL values approx. (nH)1) N 30 E5 E 6,3 E 8,8 E 13 /7/4 E 14/8/4 E 16/6/5 E 16/8/5 E 19/8/5 E 20 /10 , EFD-/EPF-Kerne / EFD/EPF cores EPF 12 EFD 10/5/3 EFD 15/8/5 EFD 20 /10/7 EFD 25/ 13 /9 EFD 30/15/9


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2000 - ETD-39

Abstract: B66364B1016T001 B66363-G 200 ETD 39 valox 420se0 B66363-G-X197 B66363-G-X187 B66363-G-X127 B66363 smps transformers epcos
Text: ETD 39 / 20 / 13 Core B66363 20 _ 0,4 CECC 25 301-002 (material N27) I For SMPS transformers with optimum weight/performance ratio at small volume 14, 2+0 ,8 g I In accordance with IEC 61185 I Quality assurance per UTE 83313-002/ I ETD cores are supplied as single units 12,8 _ 0,6 , ETD 39 / 20 / 13 Core B66363 Calculation factors (for formulas, see "E cores: general information , Validity range: K1, K2: 0,10 mm < s < 3,00 mm K3, K4: 90 nH < AL < 850 nH 486 08/01 ETD 39 / 20 / 13


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PDF B66363 FEK0053-8 B66363-G-X127 B66363-G-X187 ETD-39 B66364B1016T001 B66363-G 200 ETD 39 valox 420se0 B66363-G-X197 B66363-G-X187 B66363-G-X127 B66363 smps transformers epcos
2000 - B66359-J1014-T1

Abstract: epcos 350 00 o EPCOS 350 01 O
Text: ETD 29/16/10 Core ETD 29/16/10 through ETD 59/31/22 I In accordance with IEC 61185 I For SMPS transformers with optimum B66358 weight/performance ratio at small volume I ETD cores are supplied as , Ordering code 2000 + 30/­ 20 % 1470 1700 2200 + 30/­ 20 % 1610 1700 2250 + 30/­ 20 % 1670 1700 < 1,04 , mT, 100 kHz, 100 °C) Gapped Material g mm N27, N87 0,10 ± 0,02 0, 20 ± 0,02 0,50 ± 0,05 1,00 ± 0,05 , (dimension g > 0). 1) Preliminary data 477 08/01 g ETD 29/16/10 Core Calculation factors (for


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PDF B66358 FEK0044-8 B66358-G-X127 B66358-G-X187 B66358-G-X197 B66359-J1014-T1 epcos 350 00 o EPCOS 350 01 O
EC70 IF CORES

Abstract: bobbin EER42 18 pin etd49 bobbin bobbin winding area etd39 EC35 bobbin C3939 ec70 bobbin bobbin EER 42 rynite fr530L ETD44 bobbins vertical
Text: 12.4 ETD and EER Cores PRINTED CIRCUIT BOBBINS ( ETD -34) ( ETD -44) ( ETD-39 ) ( ETD , ETD -34 PC-B3434-FA ETD-39 PC-B3939-SA ETD -44 PC-B4444-WA ETD -49 PC-B4949-WA ETD -59 PC-B5959-AA , Figure 2: attaches to bobbin FOR: PART NUMBER* ETD -34 ETD-39 C3434-16 C3939-16 ETD , ) #6-32-2A ­ U Bolt Plate ­ Nut 12.3 X #3-48-2A .600 B-C5224-40 Nut EC70 H , (22.1) 1.760 ± .043 (44.7) .852 ± .018 (21.65) 2.700 ± .060 2.125 ± .015 .787 ± .015 ( 20


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PDF -43517-EC -44119-EC -45224-EC SM-B0906-8A C0906-1A EC70 IF CORES bobbin EER42 18 pin etd49 bobbin bobbin winding area etd39 EC35 bobbin C3939 ec70 bobbin bobbin EER 42 rynite fr530L ETD44 bobbins vertical
Vishay Roederstein EBR

Abstract: roederstein capacitor tantalum 47402 roederstein tantalum roederstein tantalum capacitors TD5 capacitors 156025 335002 ROEDERSTEIN ETD type
Text: 13 3 1,8 1,4 0,7 1,6 0,3 0,5 13 0,06 TD0 474020 M 00 1 1 20 13 4,2 1,7 1,7 0,8 2,5 0,3 0,5 6,9 0,06 TD 1 105020 M00 2 2,2 20 13 4,2 2,4 1,7 0,8 2,5 0,5 0,5 4,2 0,06 TD 2 225020 M 00 3 3,3 20 13 5,5 2,4 1,7 1 3,2 0,8 0,7 2,4 0,06 TD3 335020 M 00 4 6,8 20 13 6 3,9 2,4 1,1±0,3 3,5±0,3 0,8 1,4 1,7 0,06 TD4 685020 M 00 5 15 20 13 7 3 3 1,1+0,3 4,5±0,3 0,8 3 1,2 0,06 TD 5 156020 M 00 6 22 20 13 7,8 , INTER/ ROEDERSTEIN b5E J> m ?fi21b24 OGOnfll ■ETD Diagram 13 : ETD 6 Impedance (typical) versus


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PDF 7fi21b24 7fl21b24 Vishay Roederstein EBR roederstein capacitor tantalum 47402 roederstein tantalum roederstein tantalum capacitors TD5 capacitors 156025 335002 ROEDERSTEIN ETD type
2000 - EPCOS 90 04 0

Abstract: B66361-G-X127 smps transformers epcos EPCOS 350 04 FEK0203-J ETD34 bayer Pocan B4235 B66361-G-X197 B66361-G-X187 B66361
Text: 39 ,6 max. 25 min. 13 ,4 max. 11,4 min. 33,1 max. _ 0,2 38 +0,5 41,8 max. 23,6 max. 20 ,9 , ETD 34/17/11 Core B66361 CECC 25 301-001 (material N27) I For SMPS transformers with , IEC 61185 I Quality assurance per UTE 83313-001/ I ETD cores are supplied as single units 11,1 , 20 % 1540 1940 < 1,48 B66361-G-X127 (200 mT, 25 kHz, 100 °C) N87 2600 + 30/­ 20 % 1670 1940 < 4,00 B66361-G-X187 (200 mT, 100 kHz, 100 °C) N97 1) 2650 + 30/­ 20 % 1710 1940 < 3


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PDF B66361 FEK0048-F B66361-G-X127 B66361-G-X187 EPCOS 90 04 0 B66361-G-X127 smps transformers epcos EPCOS 350 04 FEK0203-J ETD34 bayer Pocan B4235 B66361-G-X197 B66361-G-X187 B66361
2006 - ETD-39

Abstract: B66363 B66363G0000X127 B66363G0000X187 B66363G0000X197 ETD 39 ETD FERRITE transformer
Text: Ferrites and accessories ETD 39 / 20 / 13 Core and accessories Series/Type: Date: B66363, B66364 , /06 ETD 39 / 20 / 13 Core B66363 Calculation factors (for formulas, see "E cores: general , warnings and Important notes at the end of this document. 3 09/06 ETD 39 / 20 / 13 Accessories , sheet and the information contained therein without EPCOS' prior express consent is prohibited. ETD 39 / 20 / 13 Core B66363 20 _ 0,4 weight/performance ratio at small volume Delivery mode


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PDF B66363, B66364 B66363 FEK0053-8 ETD-39 B66363 B66363G0000X127 B66363G0000X187 B66363G0000X197 ETD 39 ETD FERRITE transformer
2006 - Not Available

Abstract: No abstract text available
Text: Ferrites and accessories ETD 39 / 20 / 13 Core and accessories Series/Type: B66363, B66364 7f , express consent is prohibited. ETD 39 / 20 / 13 Core B66363 20 _ 0,4 weight/performance ratio at small volume s Delivery mode: single units 14, 2+0 ,8 g s To IEC 61185 s For SMPS transformers , and warnings and Important notes at the end of this document. 2 09/06 ETD 39 / 20 / 13 Core , at the end of this document. 3 09/06 K3 (100 ° C) K4 (100 ° C) ETD 39 / 20 / 13


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PDF B66363, B66364 B66363
2006 - smps transformers epcos

Abstract: ETD-39 ferrite TRANSFORMER calculation RYNITE 530 B66363G0000X197 B66363G0000X187 B66363G0000X127 B66363 FERRITE TRANSFORMER ETD B66363G0200X1
Text: Ferrites and accessories ETD 39 / 20 / 13 Core and accessories Series/Type: B66363, B66364 , express consent is prohibited. ETD 39 / 20 / 13 Core B66363 20 _ 0,4 weight/performance ratio at small volume Delivery mode: single units 14, 2+0 ,8 g To IEC 61185 For SMPS transformers , Important notes at the end of this document. 2 09/06 ETD 39 / 20 / 13 Core B66363 Calculation , . 3 09/06 ETD 39 / 20 / 13 Accessories B66364 Coil former Material: GFR


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PDF B66363, B66364 B66363 FEK0053-8 smps transformers epcos ETD-39 ferrite TRANSFORMER calculation RYNITE 530 B66363G0000X197 B66363G0000X187 B66363G0000X127 B66363 FERRITE TRANSFORMER ETD B66363G0200X1
2000 - Siemens Ferrite B64290

Abstract: Siemens Ferrite n67 RM B65931CX22 B66206-A2010 B65535-B2 B66206J1106T1 B65820-B2001 b65935ax22 B65611T250G48 L22 RM-8
Text: P 14 x 8 40 140 A R Y P 18 x 11 R 12600 Y P 22 x 13 Y 20 EPCOS AG Typ Type P 3,3 x 2,6 P 4,6 x 4,1 P 5,8 x 3,3 P7 x4 P9 x5 P 11 x 7 P 14 x 8 P 18 x 11 P 22 x 13 , ( 13 ,0) 1,0 (0,93) 20 ,8 (22,1) 20 ,8 ( 23,8) 0,86 (0,78) 26,9 (28,6) 31,3 ( 36,6) 0,74 (0,70) 29,8 (30,4 , + 0,2 5,4 + 0,2 ­ ­ h1 10,5­0,2 10,5­0,2 12,5­0,2 13 ,5­0,2 16,5­0,2 18,7­0,2 24,6­0,2 30, 2­0 ,2 , 9,8­0,2 11,6­0,2 13 ,0­0,2 16,8­0,2 20 ,5­0,2 h2 4,3 + 0,4 3,6 + 0,4 4,5 + 0,4 4,7 + 0,5 5,9 + 0,4


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EPCOS

Abstract: Siemens Ferrite B65541 Epcos N87 ferrite L0647 EER18 L0742 81 Siemens Ferrite B64290 n27 coil l0743 B65933A0000X022
Text: x 8 R 9800 Y 3300 R P 18 x 11 R 12600 Y P 22 x 13 220 R R 16000 Y , P 3.3 x 2.6 P 4.6 x 4.1 P 5.8 x 3.3 P7 x4 P9 x5 P 11 x 7 P 14 x 8 P 18 x 11 P 22 x 13 I/A mm­1 ­ , ) Type Typ P 3.3 x 2.6 P 4.6 x 4.1 P 5.8 x 3.3 P7 x4 P9 x5 P 11 x 7 P 14 x 8 P 18 x 11 P 22 x 13 Ø d1 , P 11 x 7 P 14 x 8 P 18 x 11 P 22 x 13 P 26 x 16 P 30 x 19 P 36 x 22 1 4 1 8 1 ­ 1 ­ 1 ­ 1 1 1 1 ­ , EP 13 R EP 17 EP 20 Y 410 63, 100 160 200 250 1100 5800 Y 63, 100 160 200 250 1100 6000 Y 63


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Not Available

Abstract: No abstract text available
Text: L a ±0,2 max. max. ±0,2 mm 0 0,47 20 13 3 1 1 20 13 4,2 2 2,2 20 13 3 3,3 20 13 4 6,8 20 5 15 6 mm mm mm Impe , 2,4 1,7 1 3,2 13 6 3,9 2,4 1,110,3 3,5±0,3 0,8 20 13 7 3 3 1,110,3 4,5+03 0,8 3 22 20 13 7,8 4,1 3,3 1,1±0,3 4,9±0,3 0,8 , Diagram 13 : ETD 6 Impedance (typical) versus frequency Diagram 15: ETD 6 ESR (typical) versus frequency


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2001 - B66396W1022T001

Abstract: Etd-54 B66395 B66395-G-X127 B66395-G-X187 B66395-G-X197 bayer Pocan B4235
Text: max. 22 max. 61,4 max. 39 ,4 max. ø1 11,7±0,3 45,72 ø1,6+0,15 11 x 5,08 = 55,88 , ETD 54/28/19 Core B66395 27,8 _ 0,4 19,8+0,8 I In accordance with IEC 61185 I For SMPS transformers with optimum weight/performance ratio at small volume I ETD cores are supplied as single units , 20 % 1510 3470 B66395-G-X127 < 6,66 (200 mT, 25 kHz, 100 °C) N87 4450 + 30/­ 20 % 1600 3470 < 21,00 B66395-G-X187 (200 mT, 100 kHz, 100 °C) N97 1) 4600 + 30/­ 20 % 1650 3470


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PDF B66395 FEK0065-W B66395-G-X127 B66395-G-X187 B66395-Gprohibited. B66396W1022T001 Etd-54 B66395 B66395-G-X127 B66395-G-X187 B66395-G-X197 bayer Pocan B4235
2000 - epcos ev 30

Abstract: ELP18 B65622
Text: ER 35/ 20 /11 core ER 54/18/18 core ETD 29/16/10 core ETD 29/16/10 coil former, yoke ETD 34/17/11 core ETD 34/17/11 coil former, yoke ETD 39 / 20 / 13 core ETD 39 / 20 / 13 coil former, yoke ETD 44/22/15 core ETD , /4 coil former, yoke E 20 /10/6 coil former, yoke E 25/ 13 /7 coil former, yoke E 14/8/4 core E 32/16/9 , 435 473 402 425 429 432 433 423 Type E 20 /10/6 core E 21/9/5 core E 25,4/10/7 core E 25/ 13 /7 core E , , yoke ETD 59/31/22 core ETD 59/31/22 coil former, yoke DE 28 core EV 25/ 13 / 13 core DE 35 core EFD 10/5/3


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PDF B62152 B63399 B64290 B65491 B65495 B65496 B65501 B65511 B65512 B65513 epcos ev 30 ELP18 B65622
ER 2510 type bobbin

Abstract: philips 3h1 ferrite material philips 3C85 ferrite material E65 core bobbin soft ferrites philips handbook philips RM6 3C85 er28 bobbin E55 core bobbin ETD54 bobbin ETD 34 3c85
Text: U10/8/3 Ve (mm3) 309 Ae (mm2) 8.07 MASS (g) U 25/ 20 / 13 - 3C85 - X 0.9 U15/11/6 , 20 / 13 /6 - 2P90 - X Product overview iron powder ring cores (toroids) CORE TYPE Ve (mm3) Ae , Product overview E cores CORE TYPE Ve (mm3) Ae (mm2) MASS (g) E 25/ 13 /7 - 3C85 - A 250 - X , material 13 PLT32/ 20 /3 gap type: A - asymmetrical gap to AL value E - symmetrical gap to AL , 5 EP20 3230 78.7 EP 13 - 3F3 - A 250 - X 0.8 16 special version AL value (nH


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PDF MSB594 TN12/8/4 TN17/9 TN20/13/6 TN24/15/7 TN27/15/11 TN33/20/11 CBW199 ER 2510 type bobbin philips 3h1 ferrite material philips 3C85 ferrite material E65 core bobbin soft ferrites philips handbook philips RM6 3C85 er28 bobbin E55 core bobbin ETD54 bobbin ETD 34 3c85
2000 - B66396-W1022-T1

Abstract: B66396 Epcos 600 01
Text: ETD 54/28/19 Core I In accordance with IEC 61185 I For SMPS transformers with optimum B66395 weight/performance ratio at small volume I ETD cores are supplied as single units Magnetic , 20 % 1510 3470 4450 + 30/­ 20 % 1600 3470 4600 + 30/­ 20 % 1650 3470 B66395-G-X127 < 6,66 (200 mT , kHz, 100 °C) Gapped Material g mm N27, N87 0, 20 ± 0,02 1,00 ± 0,05 1,50 ± 0,05 2,00 ± 0,05 A L , ) Preliminary data 494 08/01 ETD 54/28/19 Core Calculation factors (for formulas, see " E cores: general


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PDF B66395 FEK0065-W B66395-G-X127 B66395-G-X187 B66395-G-X197 B66396-W1022-T1 B66396 Epcos 600 01
ETD24

Abstract: ultramid A3X2G5 Ryton R-4 02 AKV30H SP-ETD29-1566 Ryton R4-02 xt SP-E16 ETD 34 24 V SP-ETD39-1434 ETD 49
Text: p.c. board mounting holes see p. 21 49 SPULENKÖRPER für E-Kern ETD 39 liegend COIL FORMER for E core ETD 39 horizontal [mm] Bezeichnung/Designation SP-ETD39-1434 Kammeranzahl No. of , 39 stehend COIL FORMER for E core ETD 39 vertical [mm] Bezeichnung/Designation SP-ETD39 , SPULENKÖRPER für E-Kern E 13 /4 liegend COIL FORMER for E core E 13 /4 horizontal [mm] Bezeichnung , . of pins Bestell-Nr. Order no. SP-E12,6-1470 1 2 13 ,1 12,1 26,8 26,8 10


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PDF SP-EP20-1567 SP-EP20-1423 ETD24 ultramid A3X2G5 Ryton R-4 02 AKV30H SP-ETD29-1566 Ryton R4-02 xt SP-E16 ETD 34 24 V SP-ETD39-1434 ETD 49
1996 - Not Available

Abstract: No abstract text available
Text: SI/GT ETD VTD D3 D2 D1 D0 OE 4 15 5 14 6 13 7 12 8 11 9 10 , 13 5 100K TD 12 16 ETD D1 D0 9 GND XI XO TD ETD X1 7 11 , 2 IN– 3 6 5 16 GC PD TD ETD GND 9 14 13 12 11 XO 7 X1 XI 8 , - Dial Tone Filter ETD + SI/GT IN+ High Group Filter Figure 1. Block Diagram Rev , PD XTAL1 XTAL2 GND 4 15 5 14 6 13 7 12 8 11 9 10 IN+ INGC


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PDF ST88C870/ST88C870E MT8870 ST88C870 ST88C870E
2002 - TD243

Abstract: TD243FC Transdimension TD243HC MU2001 100x1b Transdimension TD243 TDOTG243
Text: 8 9 10 11 12 13 14 15 16 17 18 19 20 Figure 1-6 TD243 LQFP 100-pin package (top view , Assignment and Packaging 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 A1 B1 , VSS 41 40 39 H J 17 20 21 24 27 29 31 33 35 38 J K , 0.96 7/ 20 /02 Comprehensive editing for consistency. In particular: Removed big endian operation , in Chapter 9 and 10. 2.0 01/07/2004 Changed name to TD243 Updated 6MHz Crystal


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PDF TD243 MU2001 TD243 MU2001, TD243FC Transdimension TD243HC MU2001 100x1b Transdimension TD243 TDOTG243
ic MT8870

Abstract: ST88C870 MT8870 dtmf decoder TI 18L ST88C870CP18 MT8870 de dtmf decoder mt8870 ic
Text: MT8870 Plastic Dip Package INt [ X IN- CH ~ 18l VCC ~ 17l SI/GT OL 161 ETD l 5l VTD 141 D3 131 D2 T i l D1 T il D O 1Ö 1 OE GC I3 I VREF [ X TO [31 po r r XTAL1 F T XTAL2 [ X o I-« . Ü , Package I*- n z IN- \jT_ GC [T VREF G T to 181 VCC IT I SI/GT 00 ¡z O o 00 O oo W l 6 l ETD l 5 l VTD J 4] D3 l 3l D2 l 2l D1 in do cr PD [ X XTAL1 r r XTAL2 ( X GND EE Ten oE FEATURES , cause ETD to return to a logic low. Vref 4 O TD 5* I 5 PD 6* I XTAL1


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PDF ST88C870 ST88C870 ic MT8870 MT8870 dtmf decoder TI 18L ST88C870CP18 MT8870 de dtmf decoder mt8870 ic
2008 - epcos

Abstract: epcos r860 Broadcom 4360 broadcom 4350 PEF 88208 agriculture based electronics projects EPCOS SAW B7 siemens b32231 K2983 k3567
Text: EFD 20 /10/7 as EFD 25/ 13 /9 as EFD 30/15/9 as EV cores N87 N97 2000 2400 2550 3300 3700 4200 5000 ETD 29/16/10 as ETD 34/17/11 as ETD 39 / 20 / 13 as ETD 44/22/15 as ETD 49/25/16 as ETD , N48 25 25 as P9x5 P 14 x 8 25 40 25 40 140 P 18 x 11 40 P 22 x 13 , 25/ 13 /7 850 1100 E 19/8/5 E 20 /10/6 800 800 860 E 16/6/5 900 2900 2700 , ER 32/5/ER 32/5 EQ/I cores EQ 13 /3/I 13 /1 EQ 13 /3/EQ 13 /3 EQ 20 /6/I 20 /2 EQ 20 /6/EQ 20 /6 EQ 25


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