RT 2880 Search Results

BC336

Abstract: Cm pdt 10
Contextual Info: 336 6 RT - 6 PDT/10 A 337 6 RT - 6 PDT/15 A RELAIS HERMETIQUES MONOSTABLES HERMETICALLY SEALED NON LATCHING RELAY CARACTERISTIQUES GENERALES GENERAL CHARACTERICS 336 337 Combinaison des contacts 6 RT 6 RT Contact arrangement 6 PDT 6 PDT Circuit résistif 10 A

MIL-STD-1553 schematic fpga

Abstract: PM-DB2791 3C80 555 timer project holt ic 6110 3EC0 an555 6110RT_FPGA_2.ZIP Holt 1553 Controller - HI6110 1A80
Contextual Info: AN-555 HI-6110 RT FPGA Integration Application Note May 4, 2012 Introduction This application note demonstrates how to implement a MIL-STD-1553 remote terminal RT using an HI-6110 single message processor managed by a field-programmable gate array (FPGA). The provided

T1851N

Abstract: zu 103 ma T1851
Contextual Info: Technische Information / technical information Netz-Thyristor Phase Control Thyristor T1851N Key Parameters enndaten VDRM / VRRM 6000V … 7000V ITAVM 1830A TC=85°C ITSM vT0 50000A 3570A (TC=55°C) 1,22V rT 0,477mΩ RthJC 6,0K/W Clamping Force 45 … 65kN

PEO14005

Abstract: SCHRACK RE030024 RELAY T9AS1D12-24 DIL 14 pin reed relay T9AS5D12-24 Schrack RE030024 relay pcb DPDT dil reed relay 14 pin T77S1D3-24 10X11
Contextual Info: 1244-2012.qxp:QuarkCatalogTempNew 9/7/12 5:57 PM Page 1244 ENCLOSURES INTERCONNECT TEST & MEASUREMENT 13 Printed Circuit Board Relays P & B T77 Series — 10 Amp Miniature PC Board Relay P & B RT Series — Miniature PC Board Relay RoHS ᭤ 1 Form A Contact Arrangements

Contextual Info: Technische Information / technical information Schnelle beschaltungslose Diode D 1961SH Fast Hard Drive Diode Key Parameters VRRM enndaten 4500 V IFAVM 1830 A TC=85 °C IFSM VT0 40000 A 3570A (TC=55°C) 1,25 V rT 0,5 mΩ RthJC 7,5 K/kW Clamping Force 36 … 52 kN

XMT 2335

Abstract: PCM encoder circuit LR 2016A 25LS22 AM6072 Am9324 8717 ac servo controller schematic 3 phase ac motor speed control AM6070
Contextual Info: Data Conversion with Companding DAC Devices By Dragan Milojkovic Am6071 and Am6073 a rt discontinued devices. References to these devices, and to the A-Law companding curves are supplied for reference only. 03925B-ANA 3-66 Companding DAC INTRODUCTION Modem electronic systems are replacing many of the analog

V23026A1001B201

Abstract: V23026-A1001-B201 V23026-A1004-B201 t7ns5d1-24 E48393 T7NS5D1-12 T90S1D12-12 T90N5D12-12-12 LR48471 2412A
Contextual Info: Tyco/P&B Printed Circuit Board Relays RT Series c c c c c c c c 4 DC Relays continued SPST Through DPDT Contact Arrangements Immersion Cleanable and Flux Tight Versions Available 10 mm Spacing, 5 kV Dielectric, Coil to Contacts UL Class F Coil Insulation System

sample C code for TS80c51u2

Abstract: temic 8051 Temic Semiconductors temic 80c51 80C51 80C52 PDIL40 PLCC44 TS80C51U2 TS83C51U2
Contextual Info: T x . , /rT^ 1 h * M lC TS80C51U2 TS83C51U2 TS87C51U2 S e m icon d u c to r s Double UART 8-bit CMOS Microcontroller, 0-60 MHz 1. Description TEMIC TS80C51U2 is high performance CMOS ROM, OTP and EPROM versions of the 80C51 CMOS single chip 8-bit microcontroller.

Schrack RT214024

Abstract: schrack RT114024 Schrack Schrack RT214524 RT214524 RT424730 RT114024 RT114524 RT314024 9-1393239-8 RT314730
Contextual Info: SCHRACK General Purpose Relays Interface Power Relay RT • 1 pole 12 / 16 A, 2 pole 8 A, 1 CO contact or 2 CO contacts ■ DC- or AC coil ■ Sensitive coil 400 mW ■ Reinforced insulation, protection class II VDE 0700 ■ 5 kV / 10 mm coil-contact ■

Contextual Info: General Purpose Relays Interface Power Relay RT Q 1 pole 12 / 16 A, 2 pole 8 A, 1 CO contact or 2 CO contacts Q DC- or AC coil Q Sensitive coil 400 mW Q Reinforced insulation, protection class II VDE 0700 Q 5 kV / 10 mm coil-contact Q 1pole 12 A with 3.5 or 5 mm pinning

1-1393239-9

Contextual Info: General Purpose Relays Interface Power Relay RT • 1 pole 12 / 16 A, 2 pole 8 A, 1 CO contact or 2 CO contacts ■ DC- or AC coil ■ Sensitive coil 400 mW ■ Reinforced insulation, protection class II VDE 0700 ■ 5 kV / 10 mm coil-contact ■ 1pole 12 A with 3.5 or 5 mm pinning

31053A2

Abstract: BST45 17331A2 BSA45 30504A2 bsr45
Contextual Info: re c tifie r diodes discs D isc D evices v TO @ T VJ rT @ T vj RthQ-c pth c-hs) T v, @ T vl (kA) (A2sx103) (V) (mQ) (°C/W) fC/W ) (•C) 1205 9 405 0.75 0.25 0.07 0.02 175 11120t+ 6010 6639 17500 37.4 51.5 162 7000 8490 84500 0.6 0.6 0.6 0.872 0.0514 0.0225

F1000

Abstract: GS14 TS11 TS13 TS14 TS15 T2551 T699N eupec T 271 N
Contextual Info: Click on outline no. Phase Control Thyristors Type ∫i2dt VDRM 2 ITSM ITRMSM VRRM V A A²s KA VDSM = VDRM 10 ms, 10ms, VRSM = VRRM Tvj max Tvj max Tvj max ITAVM V TO) A/°C V 180°el sin Tvj = Tc = 85°C Tvj max rT (di/dt)cr mΩ A/µs Tvj = DIN Tvj max

M779b

Abstract: M771 bsr55 DYNEx
Contextual Info: Part and Ordering Number VRRM IRRM @TV ^R M S ) @ Tc = 65C 65’C UsM l2t @Tv) @Tvj vTO @Tvj rT @Tv, p th J-c) p th(c-hs) Tv, (V) (mA) (A) (A) (kA) (A2sx103) (V) (mü) (°C/W) (°C/W) CC) ESM4120* DF451 * 600-1000 600-1600 100 100 334 295 565 543 4.5 3.5

Rogowski

Abstract: rogowski coil measurement Rogowski Coil design
Contextual Info: 6 855 Series Rogowski Coils RT 500 27.4 Ø5 70 34.4 1500 / 3000 Ip black -Vs Ømax 55 Ø5 15.7 white +Vs Output voltage open output, no load - dynamic Vout = M x dIp/dt - sinusoidal signal Vout = 2 x π x M x f x Ip AC Example: Vout = 2 x π x 0.064 H x 50 Hz x 500 A = 10.05 mV

cr 6850 t

Abstract: T 698 DIN 1445 l 0380 T188F
Contextual Info: Phase Control Thyristors Type VDRM VRRM V ITRMSM ITSM A kA 600.1800* ∫i²dt A²s 10ms, 10ms, tvj max tvj max *10³ VDSM = VDRM VRSM=VRRM +100V T 86 N Netz-Thyristoren 200 2 20 ITAVM/tc V TO A/°C V 180° el sin tvj = tvj 86/85 1,00 max rT (di/dt)cr tq

thyristor TD 42

Abstract: TT42F tt200f
Contextual Info: Fast thyristor modules Type Itrmsm Itsm Vdrm Vrrm Vdsm Vrsm = = Vdrm Vrrm + 100 V V A / i 2dt Itavm^ c V TO rT (di/dt)cr (dv/dt)cr RthJC DIN IEC 747-6 180 °el sin. 10 ms, 10 ms, tv, max tvj max 180 el sin. ’»)= t„max tv| = Ivj max DIN IEC 747-6 A A2s

Rogowski Coil design

Abstract: Rogowski rogowski coil measurement Rogowski Coil 855930
Contextual Info: 855 Series 6 Rogowski Coils RT 2000 27.4 Ø5 71 34.4 1500 / 3000 Ip black -Vs Ømax 125 Ø5 15.7 white +Vs Output voltage open output, no load - dynamic Vout = M x dIp/dt - sinusoidal signal Vout = 2 x π x M x f x Ip AC Example: Vout = 2 x π x 0.064 H x 50 Hz x 2000 A = 40.2 mV

IFR 740

Abstract: D438 D1201S 14MQ M/LF 5805
Contextual Info: Fast rectifier diodes Type If r m s m V rrm V rsm =Vrrm Ifs m ./¡2dt tvj max O utline V TO rT Irm tv] = 1vj = t „ max ¡F = Ifa v M V mQ A °c/w °c 470/ 95 440/100 1,14 0,725 7702) 0,059 150 32 470/ 95 1,14 0,725 7702) 0,059 150 40 Ip A V M ^ C R th J C

rt 2880

Abstract: D170S D1408 D1201S DS25 el 509 DS26 DS29 D271 DS17
Contextual Info: Click on outline no. Fast Rectifier Diodes Type VRRM IFRMSM IFSM ∫i²dt IFAVM/tc V VRSM =VRRM + 100V A kA 10 ms, Tvj max A²s 10ms Tvj max *10³ A/°C V TO rT V mΩ Tvj=Tvj max Tvj=Tvj max IRM RthJC Tvj max A °C/W 180° el sin °C Tvj max iF=IFAVM, diF/dt=

btb 4600

Abstract: NT1050
Contextual Info: Phase Control Thyristors Type V V It r m drm rrm V sm A Vdsm = Vqrm Vrsm=Vrrm +100V T 86 N J i2dt I lTAVM/tC V TO kA A2s A/°C V 10ms, 10ms, 180° el tvi = sin ^vj max tvj max tvj max It s m rT m £2 tvj = (di/dt)cr (dv/dt)cr A/ps MS DIN IEC typ. V/ps DIN IEC

BYS 045 v 72

Abstract: BYS 045 bys 26-45 bys 27-45 DS17 BYS 26-90 BYS 21-45 bys 22-50 SCHOTTKY bys 50 BYS 045 v 75
Contextual Info: Overview Diodes in Disk Housings Rectifier Diodes Type V rrm V V rsm Ifrm sm I f SM Ji2d t IFA V M / t c V TO rT A kA A 2s A fC V m fi 10 ms, = V RR!.1 + 100 V (50V) 1) . T "v jm a x — T vj m ax R th J C ° c /w T , m ax o u tlin e °C 180° el sin

D438

Abstract: D1201S
Contextual Info: Fast Rectifier Diodes Type Schnelle Gleichrichterdioden V rrm If r m s m Ifsm Ji2dt V A V rsm = V rrm + kA 1 0 ms, A2s 1 0 ms 100V T v j max T vj max ¡f= Ifa v m . *1 0 3 diF/dt= I f AVm / I c V TO rT Irm R th J C T v j max A/°C V m £2 A °c T v j = T vi max

jrm a55

Abstract: tip 0ff 0401 ANALOG irf 5630 ko 224 4K tantalum capacitors jrm a45 irf 7408 bt 4840 pinout diagram A9F7 29 INCH crt tv FBT pinout chassis 3111 253 3266 2e jrm A45
Contextual Info: PR E FA C E T he IBM P erson al C o m p u te r T ech n ical R eferen ce M anual is designed to pro v id e h ard w are design an d in terfa ce in fo rm atio n . T h is p u b licatio n also provides B asic In p u t O u tp u t S y stem B IO S in fo rm atio n as w ell as p ro g ram m ing su p p o rt m a tter.