A4S 29 Search Results

51CM5

Abstract: A4S 29 RG8-u
Contextual Info: ASSEMBLY AND INSTALLATION INSTRUCTIONS A4S 20 / 15 / 10 MeterBeam C O R P O R A T I O N 951279 8/98 A4S WARNING THIS ANTENNA IS AN ELECTRICAL CONDUCTOR. CONTACT WITH POWER LINES CAN RESULT IN DEATH, OR SERIOUS INJURY. DO NOT INSTALL THIS ANTENNA WHERE THERE IS ANY POSSIBILITY OF CONTACT WITH OR HIGH VOLTAGE ARCOVER FROM POWER CABLES OR SERVICE DROPS TO BUILDINGS. THE ANTENNA, SUPPORTING MAST AND/OR TOWER

068-BF

Abstract: 068-CF W2D 61 A2D.200 AH-02 250-AH W4D250 A2E200 W2E 39 W4S250
Contextual Info: Axialventilatoren ø 200 m³/h min-1 W A 50 60 50 60 50 60 50 60 890 990 890 990 500 600 470 540 2600 2900 2600 2900 1440 1690 1370 1580 68 70 64 78 20 20 30 27 0,17 0,13 0,30 0,34 0,07 0,06 0,21 0,19 230/400 230 230/400 230 Stromaufnahme bei 400 V Yermittelt / Current draw established at 400 V Y

Contextual Info: DC/DC Converter URB1D_LD-15W & URB1D_LD-20W Series 15W&20W,Ultra wide input isolated & regulated DC/DC converter FEATURES l l l l l l l l l Wide range of input voltage 4:1 Efficiency up to 89% Isolation voltage :1.5K VDC Operating temperature range: -40℃ to +85℃

Contextual Info: DC/DC Converter URA B _LD-15WR2 & URA(B)_LD-20WR2 Series FEATURES 15W&20W,Ultra wide input isolated & regulated dual / single output DC/DC converter l l l l l l l l l l Wide range of input voltage (4:1) Efficiency up to 90% Isolation voltage :1.5K VDC Output over-voltage, over-current, Short circuit

Contextual Info: DC/DC Converter URB_YMD-20W Series FEATURES 20 W, Ultra wide input voltage, isolated & regulated single output DC/DC converter Wide range of input voltage 4:1 Efficiency up to 90% Isolation voltage: 1.5K VDC Input under-voltage protection, output over-voltage, over-current, short-circuit

vrb1205ld

Contextual Info: DC/DC Converter VRA B _LD-15WR2 & VRA(B)_LD-20WR2 Series FEATURES 15W&20W, wide input isolated & regulated dual / single output DC/DC converter l l l l l l l l l l Wide range of input voltage (2:1) Efficiency up to 90% Isolation voltage :1.5K VDC Output over-voltage, over-current and short

Contextual Info: DC/DC Converter VRA_LD-30WR2 & VRB_LD-30WR2 Series FEATURES 30W, wide input isolated & regulated dual / single output DC/DC converter z z z z z z z z Patent Protection RoHS Wide range of input voltage 2:1 Efficiency up to 89% Isolation voltage :1500VDC Output over-voltage, over-current and short

Contextual Info: DC/DC Converter URB_LD-30WR3 Series FEATURES 30W,Ultra wide input isolated & regulated dual / single output DC/DC converter Wide range of input voltage 4:1 Efficiency up to 90% No-load power consumption as low as 0.14W Isolation voltage :1500VDC Operating temperature range: -40℃ to +75℃

M2D068-EC

Abstract: M2D068-DF M2D068-CF BA-06 M4D068-EC W2D250-CA02 M2E 068-DF M4S068-DF A4D200-AA04 300-BA01
Contextual Info: AC axial fans A-Range, Ø 200 - Material: sheet steel coated in black - Direction of rotation: direction of air flow "V" counter-clockwise, direction of air flow "A" clockwise - Type of protection: IP 44 2 *4D 200(1) M4D068-CF 3 *4S 200 M4S068-BF 4 (1) subject to alterations

M2D068-CF

Abstract: W2D250-CI02 S2D250-AH02 250-AI02 AH-02 A4D250-AI22 W2D250-CH02 S2D250-BI02 S4D250-AH22 S4D250-BI22
Contextual Info: Information AC axial fans AC centrifugal S-Range, Ø 250 *4D 250 1 M4D068-CF 3 *4E 250 M4E 068-BF 4 *4S 250 M4S068-CF 5 100 140 115 150 25 32 42 45 69 63 0,20 0,23 0,51 0,66 0,07 0,07 0,19 0,20 0,53 0,45 -3,0/ 400 3,0/ 400 -1,5/ 400 1,5/ 400 - 150

M2D068-BF

Abstract: M2D074-DF M4D094-HA A4D450-AP01 A4D420-AP02 W4D350-CR06 S4D420-AP02 W4D420-CP02 M4D068-DF 068-DF
Contextual Info: AC axial fans S-Range, Ø 200 - Material: sheet steel coated in black - Direction of rotation: counter-clockwise, seen on rotor - Type of protection: IP 44 2 *4D 200(1) M4D068-BF 3 *4S 200 M4S068-BF 4 (1) subject to alterations W A 230/400 230/400 230 230

contrans

Abstract: ABB LKS stk 4080 pin contrans I contrans su contrans E v28451 STK 290 010 2-84953-6 contrans V
Contextual Info: Contrans E - SU Configurable universal transducer for all power current variables and for mains synchronization 10/28 2.54 EN • Configurable transducer for all power current variables U, I, P, Q, S, cosϕ, sinϕ, ϕ, f ■ Surface mounting case for top-hat rail mounting

A6W 37

Abstract: A7W 14 a7w 16 a7w 37 A7W 34 A7W 29 ds1480 a4w 29 DS1868 DS1722
Contextual Info: RMP Process Samples 0.6 µm Standard Process Monitor Device s DS21Q43 A3-A Friday, December 28, 2001 Product DS2401 C2 Rev DS12885 B1 DS12885 B1-C DS12887 A2-C DS1425 F1 DS1425 F2 DS1501 A4-Y DS1501 A6-W DS1501 A6-Y DS1511 A6-W DS1511 DS1553 A6-Y A1 DS1543

ABB B50

Abstract: ABB B45 AMP147 7475A RCB35 b4599 IB39
Contextual Info: THIS DRAWING 15 UNPUBLISHED. SI C O P Y R IG H T RELEASED FOR PUBLICATION J BY AHP INCORPORATED.ALL RIGHTS RESERVED. 1997 THI 5 NOT PUSHED 1 PTTT LÖC 20.AUG ,1997 . 15 P ART REVISIONS TPTO1 DE5ÍRIÊTIÔN ltr No. 1 1 2 3 0 6 6 - 1 RELEA5ED F J O O - 1 188-97

transistor Bc 540

Abstract: 68W SOT marking codes transistors a1 sot-23 MARKING 68W SOT-23 sot 223 marking code AH dk marking code sot-89 MARKING CODE DH SOT 23 sot-89 MARKING CODE BN 1Bs sot-23 MY sot-89
Contextual Info: Marking Code Sorted by Type Type Package Marking Type Package Marking BA 592 BA 595 BA 597 BA 885 BA 892 BA 895 BAL 74 BAL 99 BAR 14-1 BAR 15-1 BAR 16-1 BAR 50-02V BAR 50-03W BAR 50-05 BAR 60 BAR 61 BAR 63 BAR 63-02V BAR 63-02W BAR 63-03W BAR 63-04 BAR 63-04W

Contextual Info: $ ฀ C ฀"9@/;%;+8<3<=9; ";9.>-=฀$>77+;B 6KGYZWKX R฀F2=฀ 492?6=฀?@C>2=฀=6G6= R฀I46=6?E฀82E6฀492C86฀I฀' 9I"\[#฀AC@5F4E฀ ' ) 9I )( K ' 9I"\[#$ZNe /- Z $9 )+ 6 R฀&@H฀@? C6D:DE2?46฀' 9I"\[# R฀*3 7C66฀=625฀A=2E:?8฀,@"-฀4@>A=:2?E

MARKING 68W SOT-23

Abstract: marking code 67a sot23 6 sot143 Marking code 5B baw 92 SOT-363 marking CF 54 fk SOT-23 BAT 545 SOT-363 marking BF sot-89 MARKING CODE BN MARKING CODE DH SOT 23
Contextual Info: Marking Sorted by Code Marking Type Package Marking Type Package 13 13s 14 14s 15 15s 16 16s 17 17s 1A 1A 1A 1As 1B 1B 1Bs 1Bs 1C 1D 1D 1Ds 1E 1Es 1F 1F 1Fs 1G 1G 1G 1Gs 1J 1J 1Js 1K 1K 1K 1K BAS 125 BAS 125W BAS 125-04 BAS 125-04W BAS 125-05 BAS 125-05W BAS 125-06

AXE110

Abstract: 10 pin single socket SMD CA-122 Panasonic LED environmental AXE11
Contextual Info: Automation Controls Group Catalog Automation Controls Group Catalog Connectors industrial.panasonic.com/ac/e/ 2014-2015 Connectors 2014-2015 FPC/FFC Connectors Narrow Pitch Connectors Micro Coaxial Connectors Please contact . Panasonic Corporation

TRANSISTOR c 5578 B

Abstract: 2N6427 2N6426 AN-41 AN-569 IC 2030 TRANSISTOR 5578 2902 transistor
Contextual Info: 2N6426 2N6427 NPN SILICON ANNULAR+ DAR LINGTON TRANSISTORS . . . designed for use as high-gain amplifiers control . circuits; drivers Collector-Emitter BVCEO for displays, Breakdown = 40 Vdc Min ● DC Current ● Low Noise Figure — Gain specified ●

Contextual Info: QS74FCT2X240T, QS74FCT2X244T, QS74FCT2X2244T PRELIMINARY High Speed CMOS 16-Bit Buffers/Line Drivers in QVSOP ô qs74fct2X244t QS74FCT2X2244T FEATURES/BENEFITS • 16-bit Function compatible to the 74F240/4 74ABT240/4 and 74FCT240/4T • CMOS power levels: <15 mW static

P174FCT

Contextual Info: ADVANCE INFORMATION *OM PI74FCT162Q374T Fast Low Noise CMOS 16-Bit Registers 3-State Product Features: Product Description: • V c c = 5V ±10% • B alanced output drivers: ±12 mA • O utput im pedance: 35i2 (typical) • Typical V o l p (O utput G round Bounce) < 0.5V

A1S sh

Abstract: 471 VARISTOR A1S MARK VARISTOR 391
Contextual Info: MA Seríes ÍT¡ HARRIS S E M I C O N D U C T O R Axial Lead Metal-Oxide Varistors M arch 1995 Features • 3mm Diameter Disc Size • Wide Operating Voltage Range VM AC RMS.9V to 264V • Available in Tape and Reel Packaging for Use With Automatic

Contextual Info: D-Subminiature .109" 2.77mm Density High Reliability Coaxial/High Voltage Metal Shell High Po w er/S old er Cup Com bination Layout Features M e ch a n ica l C h a ra cte ristics • Available in a variety of contact styles and sizes Individual Contact Insertion and

IA243

Contextual Info: ADVANCE M U V M I 1 V/U INFORMATION IMi f u P E R IC O M PI74FCT162Q244T lll ll ll l ll ll ll ll l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l t l l l l l l l l l l l l l l l l l l l l l l l l l l i l l l l l l l l l l l l l l l l l l l l l l l