B908

Contextual Info: K0 C1=41A40&)0) '0>>C?A9=C K09B8CF,0 =?DC K0B989,0&DC?DCB K0*8A>D780>;50$>D=C9=7 K0#>F0CE9<<0'A>69;5 K0%>=0 B>;1C540&DC?DC &90"3,&50& .&/54030D11-*$"5*0/4 *5;53><A1C3>< 1C13>< 'A>35BB0>=CA>; -9A5;5BB0%5CF>A: $51BDA5<5=C020*5BC 90)5A95B

K0 8A

Contextual Info: K0$:76C:=60.2AA2>CH K07BAJ0C?05BJ0'@6A2C:?>037EAJ0BC2AC0D@4 K0,>:E6AB2<0!>@DC03F070CF-4 K0?>7?A=2<<H04?2C650 LB K0 ? *0?=@<:2>C06B:8> (:0$3-(50(*/(054020F22.+&$5+104 .*DA7BFAA9 0*6A:6B *:>8<60'DC@DC0!>5DBCA:2< (?F6A0*D@@<:6B 24C?AH0DC?=2C:?>

8C430

Abstract: 8G435 CD50B
Contextual Info: K0 =3DBCAH0 C0=30A30CM0G0CM00>>C?A8=C K08E,0>A0C8,0 =?DC K0'8=030)DA50240$>D=C0$>34;B K0558284=2H0D?0C>02 K08G430BF8C278=60A4@D4=2H "10,&".0"$ ").-010A+'% .%*)*4;42><A0C2>< 'A>24BB0>=CA>; -8A4;4BB0%4CF>A: $40BDA4<4=C030*4BC '.C0)4A84B

Contextual Info: K0.:560 2>8600!>@DC K0$?F0 A?7:<670!>5DBCAH0*C2>52A50?C@A:>C K0<?32<0*276CH086>4H0?=@<:2>46 K0)? *0?=@<:2>C (90$2,(40(*.(/43020F11-+&$4+0/3 -:56?AD5:?0)?DC6AB 2C24?= (?:>C0?70*2<6 +6BC02>50%62BDA6=6>C $0*:8>B02>50$:89C:>8 1(*DB0*6A:6B D10G0E910DB.080

Contextual Info: K0=3DBCAH0 C0=30A30CE0&8=08?0&02:064 K08E40(83430(784;38=6 K0,8340'0=640EB0=?DC K0D8D60F60BC60BF0+>;C0%DC?DCB K0&8=020(DA50240#>D=C0#>34;B *;0&4.*60 *,0*16503033/-(&6-215 4;42>< 0C02>< 02C>AH0DC><0C8>=020&A>24BB0>=CA>; &-AF0(4A84B (8=6;400=30D0;0%DC?DC0F,0

Contextual Info: 8885D:8C3:7;0<13082><93C< B6 C D K0A&  0=30  ><?;80=C0#>34;B K0,8340'0=6400 =?DC K0#43820;04AC85820C8>=B ':0#3,'50' .'/54010E11-+%#5+0/4 #43820;60 =3DBCA80;0><?DC8=66 "8540(284=24B090"01>A0C>AH )#F70(4A84B EA,0C>0F,0#43820;0070GC4A=0;0&>F4A0(D?;84B

Contextual Info: 8885D:8C3:7;0<13082><93C< B6 C D K0A&  0=30  ><?;80=C0#>34;B K0,8340'0=6400 =?DC K0#43820;04AC85820C8>=B ':0#3,'50' .'/54010E11-+%#5+0/4 #43820;60 =3DBCA80;0><?DC8=66 "8540(284=24B090"01>A0C>AH )#BBA70(4A84B A,0C>0BBA,0#43820;0070GC4A=0;0&>F4A0(D?;84B

SCDS62

Abstract: SCDS127 2D18 3D28 4D28 SCDS74 SCDS64
Contextual Info: SMD Shielded Power Inductors - SCDS Series Packaging Specifications Tape Dimensions Figure 1 Figure 3 Figure 2 Figure 4 Reel Dimensions SMD Shielded Power Inductors - SCDS Series Dimensions in mm TYPE Fig. Tape Dimensions Reel Dimensions Quantity A0 B0 K0

Contextual Info: K0*=2<<0*:I6020$:89CF6:89C K0 0?2A50%?D>C23<6 K0$?F0?BC K0,>:E6AB2<0!>@DC0-?<C286 K0 ? *0?=@<:2>C '70#1+'30')-'.32020E00,*%#3*/.2 24C?AH0DC?=2C:?> +6<64?= 2C24?= (A:>C6AB02>50=?C?A05A:E6B !>BCAD=6>CB #(*0*6A:6B F0C?0BF.070 ?2A50%?D>C0(?F6A0*D@@<:6B

B2045

Contextual Info: K0.:560 2>8600!>@DC K0$?F0 A?7:<670!>5DBCAH0*C2>52A50?C@A:>C K0<?32<0*276CH086>4H0?=@<:2>46 K0)? *0?=@<:2>C &60"0*&20&(,&-21020D//+)$"2).-1 -:56?AD5:?0)?DC6AB 2C24?= (?:>C0?70*2<6 +6BC02>50%62BDA6=6>C $0*:8>B02>50$:89C:>8 1(*DB0*6A:6B D10G0E910DB.080

Contextual Info: K0*=2<<0*:I6020$:89CF6:89C K0 0?2A50%?D>C23<6 K0$?F0?BC K0,>:E6AB2<0!>@DC0-?<C286 K0 ? *0?=@<:2>C '70#1+'30')-'.32020E00,*%#3*/.2 24C?AH0DC?=2C:?> +6<64?= 2C24?= (A:>C6AB02>50=?C?A05A:E6B !>BCAD=6>CB #(*0*6A:6B F0C?0BF.070 ?2A50%?D>C0(?F6A0*D@@<:6B

Contextual Info: Incremental encoders End shaft max. ø20 mm or cone shaft ø17 mm 1:10 Resolution 1.2500 pulses HOG 10, HOG 10 + FSL Features – Logic level TTL or HTL – High resistance to shock and vibrations – Suitable to drive for lines max. 500 m (TTL) – Protection against inductive shaft current by hybrid

Contextual Info: K0#>F0'A>69;506>A0D9;49=70DC><1C9>= K0F,0C>0CE,0&DC?DCB K0-9450 1=7500 =?DC K07CFJ0C>05BJ0&?5A1C9>= K0>=E53C9>=0>>;54 K0+#BDBA0;1BB0C K0;1BB0 0>D2;50 =BD;1C9>= (80$3-(50(*/(054020F22.+&$5+104 D9;49=70 5AE935B DC><1C9>= )'0)5A95B ;1A<B01=40)53DA9CH6

Contextual Info: Incremental encoders Isolated end shaft ø12.16 mm, cone shaft ø17 mm Resolution 500.2500 pulses HOG 86 Features – Protected electronics during shaft mounting – Terminal box, connector M23 or cable output – Compact, robust housing – Steel shaft with high shaft loads up to 300 N

Contextual Info: Incremental encoders Twin encoder, shaft with EURO lange B10 Resolution 1.2500 pulses POG 9 G Features – Twin-encoder featuring two separate systems – Encoder with shaft ø11 mm – Optical sensing – EURO lange B10 – Logic level TTL or HTL – Suitable to drive for lines max. 500 m TTL

Contextual Info: Incremental encoders Twin-encoder, shaft ø11 mm with EURO lange B10 Resolution 1.2500 pulses POG 10 G Features – Twin-encoder featuring two separate systems – Logic level TTL or HTL – Suitable to drive for lines max. 500 m TTL – High resistance to shock and vibrations

Contextual Info: Incremental encoders Shaft ø11 mm with EURO lange B10 Resolution 1.2500 pulses POG 11, POG 11 + FSL Features – Offshore and salt water irm POG 11 – Logic level TTL or HTL – Suitable to drive for lines max. 500 m (TTL) – Very high resistance to shock and vibrations

Contextual Info: Incremental encoders Twin encoder, end shaft max. ø20 mm or cone shaft ø17 mm 1:10 Resolution 1.2500 pulses HOG 10 G Features – Twin-encoder featuring two separate systems – Logic level TTL or HTL – Suitable to drive for lines max. 500 m (TTL)

Contextual Info: Incremental encoders Twin encoder, end shaft max. ø20 mm or cone shaft ø17 mm 1:10 Resolution 1.2500 pulses HOG 11 G Features – Twin-encoder featuring two separate systems – Offshore and salt water irm, DNV approval – Logic level TTL or HTL – Suitable to drive for lines max. 500 m (TTL)

Contextual Info: Incremental encoders Shaft with EURO lange B10 Resolution 1.2500 pulses POG 9 Features – Encoder with shaft ø11 mm – Optical sensing – EURO lange B10 – Logic level TTL or HTL – Suitable to drive for lines max. 500 m TTL – Temperature max. +100 °C

OG 72 DN 1024 R

Contextual Info: Incremental encoders EX approval ATEX II 2G Ex de IIC T5/T6 Gb and IECEx Ex de IIC T5/T6 Gb Resolution 1.5000 pulses EEx OG 9 - incremental Features – Encoder incremental / ATEX / IECEx – Optical sensing – Ex-approved by ATEX II 2G Ex de IIC T5/T6 Gb

Contextual Info: AMIC TECHNOLOGY Taiwan , INC. Spec. No. : 04-83-002 Update : 12/17/1999 Pages : 1 of 9 TAPE&REEL PACKING SPECIFICAITON 1. Packing Procedures 2. Carrier Tape Dimensions - 28SOP,26/28SOJ,28TSOP,32sTSOP 3. Carrier Tape Dimensions - 32/40/44SOP,32/40SOJ,32/44/50TSOP,100QFP

Contextual Info: Sine encoders Shaft with EURO lange B10 Resolution 720.5000 pulses POGS 90 Features – Encoder with shaft ø11 mm – Resolution max. 5000 ppr – Low harmonic content patented LowHarmonics technology – Sine output signals 1 Vpp – Big terminal box, turn by 180°

DPRAM

Contextual Info: Power Estimation in ispXPLD 5000MX Devices April 2003 Technical Note TN1031 Introduction The ispXPLD 5000MX family is a unique architecture built around the Multi-Function Block MFB . This block allows users to implement CPLD logic, dual-port memory (DPRAM), single port-memory (SRAM), pseudo dualport memory (PDPRAM), contents addressable memory (CAM), and FIFO memory.