56 AK 52 Search Results

KPY 16

Abstract: 55-AK 92 k192 Q62705-K192 Q62705-K194 Q62705-K196 Q62705-K198 Q62705-K205 56-AK 52-AK
Contextual Info: Silicon Piezoresistive Absolute Pressure Sensor KPY 52-AK KPY 56-AK Features • • • • Low pressure and temperature hysteresis Fast response High sensitivity and linearity Fatigue free monocrystaline silicon diaphragm giving high load cycle stability

marking AK

Abstract: AK marking
Contextual Info: SIEMENS Silicon Piezoresistive Absolute Pressure Sensor KPY 52-AK .KPY 56-AK • • • • Low pressure and temperature hysteresis Fast response High sensitivity and linearity Fatigue free monocrystaline silicon diaphragm giving high load cycle stability

KPY 16

Contextual Info: SIEMENS Silicon Piezoresistive Absolute Pressure Sensor KPY 52-AK KPY 56-AK Features • • • • Low pressure and temperature hysteresis Fast response High sensitivity and linearity Fatigue free monocrystaline silicon diaphragm giving high load cycle stability

KPY 16

Contextual Info: SIEMENS Silicon Piezoresistive Absolute Pressure Sensor KPY 52-AK KPY 56-AK Features • • • • Low pressure and temperature hysteresis Fast response High sensitivity and linearity Fatigue free monocrystaline silicon diaphragm giving high load cycle stability

KPY 16

Abstract: Q62705-K194 Q62705-K192 Q62705-K196 Q62705-K198 Q62705-K205 54-AK
Contextual Info: Silicon Piezoresistive Absolute Pressure Sensor KPY 52-AK KPY 56-AK Features • • • • Low pressure and temperature hysteresis Fast response High sensitivity and linearity Fatigue free monocrystaline silicon diaphragm giving high load cycle stability

Q62705-K205

Abstract: KPY 16 Q62705-K192 Q62705-K194 Q62705-K196 Q62705-K198 56-AK
Contextual Info: Silicon Piezoresistive Absolute Pressure Sensor KPY 52-AK KPY 56-AK Features • • • • Low pressure and temperature hysteresis Fast response High sensitivity and linearity Fatigue free monocrystaline silicon diaphragm giving high load cycle stability

Contextual Info: I n f i ne o n t e c h n o í o g ¡ es Silicon Piezoresistive Absolute Pressure Sensor KPY 52-AK KPY 56-AK Features • • • • Low pressure and temperature hysteresis Fast response High sensitivity and linearity Fatigue free monocrystaline silicon diaphragm

TRANSISTOR G13

Abstract: c 939 transistor bf 4556 d BF939
Contextual Info: 2SC D • a23SbOS OQOMSSb 4 W Ê S I Z 6 . PNP Silicon Planar Transistor SIEMENS AK TI EN GES EL LSC HAF BF 939 45 56 D - BF 9 3 9 is a PNP silicon RF pianar transistor in TO 92 plastic package DIN 41868 . The transistor is particularly suitable for controllable VHF input stages in TV tuners.

SMD AK

Contextual Info: CLD-CT1165.005 PRODUCT FAMILY DATA SHEET Cree PLCC4 3 in 1 SMD LED CLVBA-FKA PRODUCT DESCRIPTION FEATURES APPLICATIONS These SMD LEDs are packaged in an • Size mm :3.2 x 2.8 • Full-Color Video Screen • Dominant Wavelength: Red (619 - 624nm) Green (520 - 540nm)

21c3u

Abstract: KTY 19M KTY 10-6 KTY 10-5 KTY 10-62 KTY 11-5 KTY 110 marking AK KTY 10-7 KT 230
Contextual Info: SIEMENS Type List of Types in Alphanumerical Order Marking Ordering Code Page Connector Set for KTY19 — Splash-proof Q62901-B80 196 KMY 10 KMY 10 (or SMX-1) Q62702-R309 131 KMY24 KMY 24 Q62702-R323 135 KPY 32 R KPY 32 R Q62705-K150 139 KPY 32 RK KPY 32 RK

din 6900

Abstract: TT 46 N 12 TT60N TT 93 N 08 DIN 46 244 TT105N AD116s TT95N din 46247 4.8 DIN 46247
Contextual Info: Outlines 6,3 * 0 8 I ,7 1 4=*„ -0 i i_ l i/ i 2 case C: 0 = M6, case U: 0 = 1/4” case B -►I2- 4 case C: 0 = M8, case U: 0 = 1 /4 - 2 8 U N F - 2 A case B case E v00' - * 1 I-1 J— ‘ J L 3,5x 2 - s 38 * 2 3 —— 1=3 'A Outlines ‘

kpy 12

Abstract: KPY 14 KPY 10 KPY 16 KTY 14 PSSO-36 KTY 10-6 KTY 110 KTY10 KT and KTY
Contextual Info: SIEMENS Selection Guide 1 Silicon Sensors Selection Guide 1.1 Motion Sensors Table 1 ll Type KMY 10 KMY 24 Frequency 9.35 GHz 2.45 GHz 1.2 t Silicon Temperature Sensors Table 2 Resistance Package QSw ^25 n Modified TO-92 TO-92mini SOT-23 Custom Custom 1 9 4 0 -2 0 6 0

HQM584450

Contextual Info: 31*11 ;=-6474,<=:0 47<0:60/4,<0 98?0: :05,@ 1EBOPMEN U 54@ koal[`af_ [YhYZadalq U 5 Egje @ Yf\ 5 Egje B [gf^a_mjYlagfk U UYk` la_`l Yf\ ^dmp hjgg^]\ lqh]k YnYadYZd] Ead] Lg2>D57895; U Dfnajgfe]flYd ^ja]f\dq hjg\m[l .PgGQ [gehdaYfl/ U Mmldaf] Cae]fkagfk> .6629 p 5:29 p 5:29/ ee

TK 2518

Contextual Info: Technical Annex CHART I International Protection IP Ratings to IEC 529 Second Digit – Degree of Water Protection Protection Modes to EN 60529 DIN VDE 0470 Part 1 IP X0 IP X1 No Protection Protection against dripping Protection water falling against penetravertically

Contextual Info: M u lti-C o n ta c 15. R e g is te r / T able o f c o n te n ts / Index a lp h a b e tiq u e Typ Type Type Seite Page Page Typ Type Type Seite Page Page Typ Type Type S e ite Paqe Page A 2 /4 82 B 4 -I/K 85 KPS 0 28 A 4 /4 -Z 86 B 4 -I/K A 85 KPS O /B 0 ,7 6

ZJY- 28

Abstract: p544a YL 69 F 472 Z P544-A YC 746
Contextual Info: 31>*z;3 -=<868<4>0 :05-@ 1DANOLDM T 6p69A koal[`af_ [YhYZadalq T Cgflafmgmk [mjj]fl g^ 69A h]j _jgmh [gflY[lk Yl <9 T TYjagmk egmflaf_ l]jeafYlagfk YnYadYZd] T 5 Fgje S [gflY[l YjjYf_]e]fl <QKFBAG -KKGFBANFJIM T Dmkl hjgl][l]\ lqh] YnYadYZd] Fg_ dYeh - `]Y\da_`l [gfljgd0 P]Yj oaf\go - eajjgj

C 844G

Contextual Info: 20~00 :<,5363+;<9/ 2312 87>/9 9/4+? 0DANOLDM Ead] Lg2>D57895; U 59@ koal[`af_ [YhYZadalq = . / U 5 Egje @ Yf\ 5 Egje B [gf^a_mjYlagfk U QmZeafaYlmj]0 klYf\Yj\ NBA dYqgml Ead] Lg2>8446965< U UYk` la_`l Yf\ ^dmp hjgg^]\ lqh]k YnYadYZd] U Dfnajgfe]flYd ^ja]f\dq hjg\m[l .PgGQ [gehdaYfl/

IPB156EE

Abstract: SU19 yk 2y
Contextual Info: 0.{|. .IPB156EE/ 8:*3141~9:7- 01/0 65<-7 7-2~= .A>KLIAJ R 56@ koal[`af_ [YhYZadalq R 5 Ejge @ [gf^a_mjYlagf R RmZeafaYlmj]0 klYf\Yj\ OBA dYqgml R VYk` la_`l - ^dmp hjgg^]\ lqh]k YnYadYZd] Ead] Mg2>D57895; R Dfnajgfe]flYd ^ja]f\dq hjg\m[l .QgGR [gehdaYfl/

yc 428

Abstract: gad2 qfm66 4299U KH 56 lm LB 1649 56TCB kgmd
Contextual Info: 5370}5370|? .@?;9;?6A2 =28.C 3HERSPHQ Y QmZeafYlmj] Ymlgeglan] j]dYq Y Roaf k]hYjYl] kqkl]ek .Roaf n]jkagf/ Qaf_d] Roaf Y R`] j]^dgo kgd\]jaf_ n]jkagf .gh]f n]fl `gd]/ YnYadYZd] .GEIB1R/ ?VOJFEK .OOKJFERJNMQ Y PgGQ - DJT [gehdaYfl B]fljYd \ggj dg[c0 @fla1l`]^l dg[c0 Ngo]j \ggjk - oaf\gok0

HY3D

Abstract: B744 YL 440
Contextual Info: 64+*4/{5 >@097:7/?@=3 7:?3=9327/?3 <;B3= =38/C 4GDQROGP Fad] Mg2>E57895; X 54A koal[`af_ [YhYZadalq X Cj]]hY_]3[d]YjYf[] \aklYf[]@<ee A 2 3 X 9cU \a]d][lja[ klj]f_l` .Z]lo]]f [gad Yf\ [gflY[lk/ X 5 Fgje A e]]lk UDE 4;440 4:75 j]af^gj[] afkmdYlagf Fad] Mg2>8444:5<6

tb 6456

Contextual Info: 20~00 :<,5363+;<9/ 2312 87>/9 9/4+? 0DANOLDM Ead] Lg2>D57895; = . / U 59@ koal[`af_ [YhYZadalq U 5 Egje @ Yf\ 5 Egje B [gf^a_mjYlagfk Ead] Lg2>8446965< U QmZeafaYlmj]0 klYf\Yj\ NBA dYqgml U NdYkla[ k]Yd]\ Yf\ ^dmp hjgg^]\ lqh]k YnYadYZd] U Dfnajgfe]flYd ^ja]f\dq hjg\m[l .PgGQ [gehdaYfl/

DIN VDE 470, DIN EN 60529, IEC 529

Abstract: ip 66, IEC 529 106010 120-404 121-407 150009 741-402 740402 150002, relay tk 69
Contextual Info: CHART I International Protection IP Ratings to IEC 529 Technical Annex Second Digit – Degree of Water Protection Protection Modes to EN 60529 DIN VDE 0470 Part 1 IP X0 IP X1 No Protection Protection against dripping Protection water falling against penetravertically

HFD85

Contextual Info: 642-,+2-,/ >@097:7/?@=3 >75:/8 =38/C 4GDQROGP { Eplj]e]dq dgo [gkl { 6A koal[`af_ [YhYZadalq { 5 Fgje C [gf^a_mjYlagf Fad] Mg2>E5;4:97 { RlYf\Yj\ OCB dYqgml { VYk` la_`l Yf\ ^dmp hjgg^]\ lqh]k YnYadYZd] { Efnajgfe]flYd ^ja]f\dq hjg\m[l .QgHR [gehdaYfl/ { Nmldaf] Dae]fkagfk> .592; p 5524 p 5624/ ee

Contextual Info: ~,33 >PFLHTS =28.B >;072?> 3HDTURHS [ R`] \a]d][lja[ klj]f_l` [Yf j]Y[` 9444T@B-H3M. Yf\ l`] afkmdYlagf j]kaklYf[] ak 5444 K [ R`j]] egmflaf_ lqh]k Yj] YnYadYZd]> NBA0 k[j]o egmflaf_ Yf\ CHL jYad egmflaf_2 [ Ual` ^af_]j hjgl][lagf \]na[] [ KYfq caf\k g^ hdm_1af eg\md]k Yj] YnYadYZd]