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RELAY 2 CLICK MIKROELEKTRONIKA Expansion board; screw terminal, mikroBUS; Assoc.circ: LCA717 5 from $26.00 (Dec 2016) TME Electronic Components Buy
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RELAY CARD-INT Sola/Hevi-Duty INTELLISLOT RELAY CARD; For Use With:S4K5U; Accessory Type:Relay Card; Product Range:-; Features:Provides dry contact relay outputs for custom wired applications and delivers support for built-in shutdown for AS/400 systems ;RoHS Compliant: NA (Dec 2016) Newark element14 Buy
RELAY CLICK MIKROELEKTRONIKA Expansion board; mikroBUS; In the set: prototype board 7 from $18.00 (Dec 2016) TME Electronic Components Buy
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RELAY SRC

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: SRC SIP SERIES REED RELAYS SPECIFICATIONS Dry Reed Relay Specifications All parameters at 25 , SRC DEVICES SIP SERIES REED RELAYS SIL4 DSS4 MVS4 MSS4 DESCRIPTION SRC Devices offers a , years ago and continues to be the relay of choice for hook switch applications in modems and general , Relay Specifications Insulation Resistance Capacitance Open Contact to Coil Dielectric Strength , more details/ recommendations USA 1-866-SRC-8668 Europe 32-89-328850 www.srcdevices.com Far ... SRC Devices
Original
datasheet

7 pages,
587.7 Kb

FCC68 myad DSS41B05 mss41 RU coil DC 12v RELAY reed 12v 4 pin reed relay sip SIL41A05 DSS41B12 DSS41a12 src REMtech reed relay mss41a12 RELAY SRC REMtech mss41a12 remtech relay mss4 DSS41A12 REMtech mercury relay REMtech MSS4 REMtech relay DSS41A05 TEXT
datasheet frame
Abstract: DEVICES SRC SIP SERIES REED RELAYS SIL4 DSS4 MVS4 MSS4 SPECIFICATIONS MVS4 , x106 Ops m mgram Relay Specifications Insulation Resistance Capacitance Dielectric Strength , is up. (4) Derate to 5 watts when switching voltages >500V. (2) USA 1-866-SRC-8668 Europe 32-89-328850 www.srcdevices.com Far East 886-2-2698-8422 3 DEVICES SRC SIP SERIES REED , ) 0.41 REF. (0.300) Mold mark denotes pin 1 side (0.016) of relay 2.00 REF. (0.080) Top View ... SRC Devices
Original
datasheet

7 pages,
604.81 Kb

myad RELAY SRC 1a 5v 10mA reed relay dss41 10V-500mA hg series reed relay mercury wetted 12v 10mA reed relay DSS41a12 src SRC Devices reed relays SIL41B05 MSS41A05 SIL41A05 DSS41B12 mss41a12 DSS41A05 SRC devices DSS41B05 dss41a24 dss41a12 DSS41A05 TEXT
datasheet frame
Abstract: Order No. Type 8783930000 SRC 2CO Z 8690830000 SRC 2CO • Coupling relay with positively , 8693930000 SRC 2CO N Version GTIN (EAN) Qty. RIDERSERIES, Relay base, 4032248365418 10 pc(s). ,     Data sheet. RIDERSERIES SRC CLIP HM Weidmüller Interface GmbH & Co. KG , General ordering data   Order No. Type Version GTIN (EAN) Qty.   8693370000 SRC CLIP HM , . RIDERSERIES SRC CLIP HM   Weidmüller Interface GmbH & Co. KG Klingenbergstraße 16 D-32758 D-32758 Detmold ... Weidmüller
Original
datasheet

3 pages,
66.8 Kb

TEXT
datasheet frame
Abstract: SRC DEVICES HG SERIES REED RELAYS HGRM · HGR2M · HGR2MT · HGSR · HGSM HGWR HGWM · HGW2MT · , adjustments for all types of industrial as well as classic telecom and datacom applications. A potted relay , /break-before-make and Form-D/make-before-break are available. The HGJM and HGWM relay families are designed for , of their kind. No other relay offers so much in such a small package. APPLICATIONS FEATURES · , performance reed relay multipole 1 & 2 Form-D 250 VA switching capability Operating rates up to 200Hz ... SRC Devices
Original
datasheet

10 pages,
889.37 Kb

HGSR 51111 HGJ2MT hg series reed Mercury relays hgsm zenerdiode 218 mercury relay HGJM hgr2m relay HGSM 51111 HGWM hgrm hgr2m HGRM 55211 relay hgsm 1011 hgrm 51111 HGSM HGJM 51111 01 hgm 11411 hgsm 51111 relay HGJM 51111 HGRM 55211 T00 TEXT
datasheet frame
Abstract: DEVICES SRC DIP 14 SERIES REED RELAYS MSS2 s MSS7 s PRMA s DSS7 s PRME s MVS2 s MVS7 DESCRIPTION SRC Device’s epoxy molded DIP 14 Series offers a variety of , a relay package that allows for automatic insertion directly on PCBs as well as insertion into , s MVS7 DEVICES SRC SPECIFICATIONS MSS2 PARAMETER CONDITIONS MSS7 Molded 8 , Resistance Dynamic Contact Resistance Contact Material Hg Content CR DCR Relay Specifications ... SRC Devices
Original
datasheet

7 pages,
307.54 Kb

prme 15005 A prme 15003 prme 15002 PRMA 2A12 PRMA dyad relay PRMA 2a12 relay REED RELAY 15005 prme 15005 TEXT
datasheet frame
Abstract: DEVICES SRC DIP 14 SERIES REED RELAYS MSS2 s MSS7 s PRMA s DSS7 s PRME s MVS2 s MVS7 DESCRIPTION SRC Device's epoxy molded DIP 14 Series offers a variety of , a relay package that allows for automatic insertion directly on PCBs as well as insertion into , MVS7 DEVICES SRC SPECIFICATIONS MSS2 PARAMETER CONDITIONS MSS7 Molded 8 Pin All , Resistance Contact Material Hg Content CR DCR Relay Specifications Insulation Resistance ... SRC Devices
Original
datasheet

9 pages,
613.76 Kb

PRME 1A05 PRMA1A05* pinout REED RELAY 15002 diode 8668 prme 15005 B PRMA1A05 prme 15005 A prma1a05 relay PRMA 1B05 IC prme 15005 ab dyad 15003 reed relay 2a05 REED RELAY 15005 PIN DETAILS prme 15002 REED RELAY 15003 prma 1a05 relay prme 15005 REED RELAY 15005 TEXT
datasheet frame
Abstract: SRC 1" x 0.1" GRID RELAYS DEVICES MRB I 922A DESCRIPTION The 1" x 0.1" grid relay , 0.15" relay 922A XX C XX Series Contact Form 05 = 5V 06 = 6V 12 = 12V 24 = 24V USA 1-866-SRC , configurations of this relay series are capable of switching up to 1000 V and up to a maximum of 50 W atts. The , temperature varies. PARAMETER CONDITIONS DEVICES SRC MRB I 922A MRB SYMBOL 922A MIN , Relay Specifications Insulation Resistance Capacitance Across Open Contacts Open Contact to Coil ... SRC Devices
Original
datasheet

8 pages,
264.53 Kb

MRB1B12 MRB2A05 MRB2A06 mrb2N12 922a24c4c 922A12C2C MRB2N05 MRB1A24 MRB1A05 MRB1A1524 MRB3A1512 mrb2l02 MRB6A24 MRB6A12 MRB6A05 MRB1A12 922A12C1C MRB1N12 MRB1B05 MRB2A12 TEXT
datasheet frame
Abstract: dual relay, quad relay, quad sinking transistor, quad sourcing transistor/SSR drive, or dual triac , DUAL RELAY PAXCDS10 PAXCDS10 20 21 20 SERIAL OUTPUT CARD LABEL ANALOG OUTPUT OR REAL-TIME , RLY1 QUAD SINKING PAXCDS30 PAXCDS30 22 RLY1 22 MAIN LABEL QUAD RELAY PAXCDS20 PAXCDS20 RLY2 25 , 01 SRC. 21 COMM 1/2 22 - 02 SRC. SETPOINT OUTPUT CARD LABEL 22 TRIAC 2 23 - 03 SRC. 24 - 04 SSR 25 - COMMON 1 23 - 03 SSR 24 - 04 SRC. 25 - COMM 3/4 ... Red Lion Controls
Original
datasheet

2 pages,
495.6 Kb

LP0400 TEXT
datasheet frame
Abstract: Frame Relay to ATM to 10/100 Ethernet Switch Router Application Guide C-WARE SOFTWARE TOOLSET , . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12 CHAPTER 1 Frame Relay to ATM to , Relay) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . , interface . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 36 appData1 in Frame Relay , Descriptor used for handling signalling and Layer management DLCIs in Frame Relay . . . . . . . . . . . . . ... Motorola
Original
datasheet

50 pages,
256.89 Kb

RFC2684 MPC750 ICMP messages CP12 TEXT
datasheet frame
Abstract: www.weidmueller.com Mating connector (fully pluggable) 8783930000 SRC 2CO Z RIDERSERIES, Relay base, 4032248471430 10 pc(s).     8690830000 SRC 2CO RIDERSERIES, Relay base, 4032248361519 10 pc(s). , ‰¥ 10 mm IP 20 Other technical data   Version   Relay No Further details of approvals , : • Spare relay • Base • Partition plates • Cross-connections • Power-feed modules Version TERMSERIES, Relay base, Continuous current: 10 A, GTIN (EAN) Qty. 4032248905881 10 ... Weidmüller
Original
datasheet

6 pages,
189.28 Kb

TEXT
datasheet frame

Archived Files

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list on the left !") } //Done Hiding-> AC relay Ampere turns (AT Efficiency of a relay Film resistance Forced-operated Fritting Holding current IC relay Leakage relays Reability Remanence relays Response relay Response power Semiconductor relays Stepper ) != -1) { wechsel = eval(bild + "un.src"); document[bild].src = ) { wechsel = eval(bild + "ob.src"); document[bild].src = wechsel; top.status=""
/datasheets/files/matsushita/online/english/relaytec/fachb/fachb.htm
Matsushita 26/10/1998 5.58 Kb HTM fachb.htm
, and in particular polarised relays. Against an initial resistance of established relay manufacturers, MEW/SDS were successful in the breakthrough of polarised relay technology. MEW was thus able not only to keep the electromechanical relay competitive in today's world, but also to develop it Works is a leading relay manufacturer and supplier world-wide with relay manufacturing facilities in eval(bild + "un.src"); document[bild].src = wechsel; return true
/datasheets/files/matsushita/online/english/relaytec/partner/partner.htm
Matsushita 26/10/1998 7.86 Kb HTM partner.htm
Historical development and significance of the relay today Historical development and significance of the relay today (chapter 1.0)   1824, first made his "writing telegraph" operate, the birth of the relay took place. The name is derived from French. In the beginning, they were used much as the 'relay' stations were used in the days of mail coaches for forwarding messages. The birth of relay Konrad Zuse
/datasheets/files/matsushita/online/english/relaytec/geschichte/geschichte.htm
Matsushita 25/01/1999 7.27 Kb HTM geschichte.htm
Typical relay types   Typical relay types     (chapter 4.0) Content: Reed relays Non-polarised relays Polarised relays Safety relays Power relays Time-delay relays + "un.src"); document[bild].src = wechsel; return true [bild].src = wechsel; top.status=""; return true; }}// End of Java -
/datasheets/files/matsushita/online/english/relaytec/beispiel/beispiel.htm
Matsushita 29/10/1998 3.19 Kb HTM beispiel.htm
construction of a modern polarised relay (type S) is shown in Figure 26. Permanent flux and excitation other relay type can achieve and yet still offers an electrical life of up to 2 3 10 8 switching operations.   Fig. 26: Example of a universal polarised relay of highest operation world-wide. Fig. 27: Weibull reliability data for an S-type relay; failure bistable S-relay into a monostable relay that consumes no power in the operating state and a
/datasheets/files/matsushita/online/english/relaytec/beispiel/beispiel_03.htm
Matsushita 25/01/1999 13.64 Kb HTM beispiel_03.htm
The future of the relay         The future of the relay Quality and performance have their price. Better performance and higher quality new manufacturing technologies and new markets. Fig. 55: Trends in relay demands    eval(bild + "un.src"); document[bild].src = wechsel; return true [bild].src = wechsel; top.status=""; return true; }}// End of Java -
/datasheets/files/matsushita/online/english/relaytec/zukunft/zukunft.htm
Matsushita 25/01/1999 3.25 Kb HTM zukunft.htm
Relay applications   Relay applications   (chapter 5.0)       Content: SMT: Surface Mounting Technology Arc reduction Control of relays using transistors ); document[bild].src = wechsel; return true; }} function out(bild) { if ) { wechsel = eval(bild + "ob.src"); document[bild].src = wechsel; top.status=""
/datasheets/files/matsushita/online/english/relaytec/einsatz/einsatz.htm
Matsushita 29/10/1998 2.86 Kb HTM einsatz.htm
capabilities in the latest stage of relay modernisation. The significant advantages of such relay types are Limiting power consumption to the pick-up time of the relay By combining a polarised miniature relay with a simple semiconductor circuit, it has become possible to utilise the advantages which is connected in series with the coil of a single-coil bistable relay.     consumption to the pick-up time of the relay   To drive this relay (Fig. 15), input 1 can be
/datasheets/files/matsushita/online/english/relaytec/aufbau/aufbau_09.htm
Matsushita 25/01/1999 12.56 Kb HTM aufbau_09.htm
universally applicable TQ relay is a good example of a modern miniature relay (Fig. 40). It has a friction-free armature mounting, making the relay highly shock and vibration-resistant. It is available in major feature for TQ relay HF suitability. The squat contact structure results in a small self- inductance and hence a high self-resonant frequency. .        TQ relay quality features Fig. 40: Construction of the TQ relay, one of the world's smallest
/datasheets/files/matsushita/online/english/relaytec/beispiel/beispiel_10.htm
Matsushita 25/01/1999 11.04 Kb HTM beispiel_10.htm
of a relay user who checked the contact resistance in continuous operation at a load of 50 mV, 10 proportion to the number of switching operations of a FLOC relay (a), the next best relay (b) and the relay, (b) the next best relay and (c) the worst relay. In addition to high contact forces armature bearing, poor assembly process leading to contamination in the relay interior. The FLOC relay is only marginally more expensive than the traditional relay. If the line
/datasheets/files/matsushita/online/english/relaytec/aufbau/aufbau_07.htm
Matsushita 25/01/1999 12.88 Kb HTM aufbau_07.htm