2200 2311

CORPORATION MICROMINIATURE REED RELAYS FOR ATE nnSAACa ea Relay models 2200-2301, -2302, -2310, coated with a bright red, chemically resistant SERIES 2200 2311 and -2314 are specifically designed to and insulating epoxy finish. A new proprietary meet the rigorous specifications of the compotting process provides stress-free encapsuwhich eliminates the low-level contact stickponent Autamatic Test Equipment industry. lation of both coil and reed switch. ing failure mode. Available from stock, these relays are ideal “ * Dynamic contact resistance as described for use innew OEM designs or bythe ATEuser TESTING AND RELIABILITY: Optimizing the above, at the must-operate voltage and 100 for new test fixturing as wellas maintenanceof 2200 Series Relays’ operating parameters are Hz. existing production fixtures. coil windings carefully designed for power + Must operate time at 100 Hz. Coto’s quality workmanship and designedconservation. * Insulation resistance at rated breakdown in reliability have become the standard in the All reed switch capsules are dry buzzed in a voltage between each isolated pin to all ATE industry. test coil for one million cycles and then tested other gins tied together. for dynamic contact resistance. This process : Coil Resistance. PACKAGING eliminates weak, contaminated or damaged * See Engineering Bulletins #1 and #2 for Series 2200 reed relays are fully encapsureed switches which are subject to early failfurther information on Coto testing fated in a magnetically shielding steel shell ure. The switches utilize a contact plating procedures. 

||meet the rigorous specifications of the com-<br>ponent AutamaticAutamatic Test Equipment industry.<br>Available from stock, these relays are ideal<br>for use innew OEMOEM designs or bythe ATEuseror bythe ATEuserbythe ATEuserATEuser<br>for new test fixturing as wellas maintenanceofnew test fixturing as wellas maintenanceoftest fixturing as wellas maintenanceoffixturing as wellas maintenanceofas wellas maintenanceofwellas maintenanceofmaintenanceof||potting process provides stress-free encapsu-provides stress-free encapsu-stress-free encapsu-encapsu-<br>lation of both coil and reed switch.<br>“<br>TESTING AND RELIABILITY: Optimizing the<br>2200 Series Relays’Relays’ operating parametersparameters are||which eliminates the low-level contact stick-<br>ing failure mode.<br>* Dynamic contact resistance as described<br>above, at the must-operate voltage andthe must-operate voltage andmust-operate voltage andvoltage andand 100<br>Hz.|which eliminates the low-level contact stick-<br>ing failure mode.<br>* Dynamic contact resistance as described<br>above, at the must-operate voltage andthe must-operate voltage andmust-operate voltage andvoltage andand 100<br>Hz.||
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||existing production fixtures.<br>Coto’s quality workmanship and designed-<br>in reliability have become the standardthe standard in the||coil windings carefully designed for power<br>conservation.<br>All reed switch capsules are dry buzzedcapsules are dry buzzedare dry buzzeddry buzzedbuzzed in a||+ Must operate time at 100 Hz.<br>* Insulation resistance at rated breakdown<br>voltage between each isolated<br>pin to all|||
||ATE industry.||test coil for oneone million cycles andcycles andand then tested||other gins tied together.|||
||||for dynamic contact resistance. This process||: Coil Resistance.|||
||PACKAGING||eliminates weak, contaminated or damaged||* See Engineering Bulletins #1 and #2 for|||
||Series 2200 reed relays are fully encapsu-encapsu-||reed switches which are subject to early fail-||further information on Coto testing|||
||fated in a magnetically shielding steel shell||ure. The switches utilize a contact plating||procedures.|||
||RELAY SPECIFICATIONS|||||||
|||||||ENVIRONMENTAL RATINGS||
|||||||-50°C to +100°C||
||;<br>yang||5 volt<br>5 volt|TaeTO<br>en<br>side||Operating Temperature:||
||1A<br>PsPackageSue<br>|]ATTA<br>| <br>Electrostatic<br>Co-Axial<br>Standard<br>Elelding<br>5pinrelay<br>6pinrelay<br>learameter<br>[TestConditions,=|SALES <br>Ca A<br>YaltsDC<br>Volts<br>26 (i2¥)<br>Must Release<br>0.4 (5¥)|||||release voltagesandthecoilresistance<br> atespecifiat25°C,Thesevaluesvary<br>by approximately 0.4%/°C as the<br>Vibration:20G'sto2000hz<br> ShockG'S<br>ORDERINGINFORMATION<br>2200-2301 through 2200-2311 are com-||
||Volts<br>Mas.Swichvote [OO/PeaknC<br>Max. SwitchVoltage |DC/PeakAC<br>| 1s||1.0 (124)<br>[is0<br>a0 [aaa | <br>| 200|||plete part numbers.<br> F22002314etentwage.<br>Example, 2200-2314-05 or2200-2314-||
||(Amps)<br>Resistive|||||||
||(Amps)<br>Max.<br>Contact Ratin<br>(Wat7.<br>ch<br>naling<br>at's<br>-<br>;<br>Life Expectancy<br>500 x 10<br>(persis)<br>[arRatedeve —[sat08|10<br>;<br>;<br>500 x 10<br>500 x 10<br> | sxie | sai [Sato ||||500 x 10<br>sxio* ||MOUNTING SOCKETS<br>_<br>Miniature SpringSockets suitable<br>jorusewith2301/2302reedrelays<br>and the singte pale versions of the<br> 2200seres||
||Resistance (Initial)<br>|ContactLoad<br>0.150 Mas.<br>Dynamic Contact<br>|0.5 Volt, 50mA Load<br>Resistance (initial)<br>}100 Hz, 15 msec.<br>0.200 Max.<br>{Ohms}<br>after coil energized||0.100 Max.<br>;<br>0.200 Max.<br>0.200 Max.<br>0.200 Max.||0.200 Max.|Spring: Tin plated Beryllium Copper<br>Eyelet: Tin Plated Copper<br>PART NUMBER<br>0116-0100||
||.<br>Between all isolated<br>Insulation<br>5<br>Resistance<br>pins<br>@ 100¥, 25<br>{Ohms}<br>deg C,40% rela-<br>tive humidity.<br>Open contact<br>[Shield Floating<br>| 9<br>Capaciance(nf<br>_[shieltGusrcea [2|10" Min,<br>|<br>9<br>|<br>9<br>| io<br>|<br> | 2 |e | wa ||||10" Min,<br>10 |<br> OWA_||068<br>ron<br>O||
||Between|||||||
|.<br>:|;<br>_<br>[Contacts<br>}0C/PeakAC<br>Dielectric [rontacts<br>[Static Conditions<br>Strength<br>lio Shield<br>(Min.}<br>Contsets<br>(Volts}<br>Contac||250|||CLOSEDBOTTOM<br>1422 008<br>038+ 001||
||té Coil<br>.<br>.|||||he ore||
||(Including Bounce)<br>{30 Hz Sq, wave|||||© FOR014-017 DIA PIN||
||.<br>;|||||ED<br>MOUNTING||
||(msec)<br>Coil Suppression<br>1<br>2<br>3<br>441<br>2<br>3<br>04/8<br>2<br>304<br>bd<br>——_5f|<br>Schematics<br>@ Srv8? t Srv? ° ¢ *_%9<br>sel <br>(Bottom<br>View)<br>ow<br>3owe 2oe t3 —___449<br>Nat to scale<br>8<br>7<br>6<br>5/8<br>7<br>6<br>Shy<br>7<br>6<br>5|<br>opel|||tinvm of<br> oo<br>3<br>ab<br> 65<br>rz}||||
||Unused pins are omitted,|||||||
||Pin numbers for reference only.|||||||
||Blackdotontopafselaydenotespin#1.||||||.|



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Coto’s microminiature 2200 series relays are The 2200 series reed relays, long recog- Ria ihin ar naviesnemta( fu AeReon enn 2 oan amaae,<br>now available with greater than 10" chminsu- _ nized as the smallest high reliability relays in > eeae<br>spies . j i i i Recs | Beutel iat<br>lationUtilizing resistance.anew low moisture absorbant bab- theformsindustry,and coilofferresistancesa wide varietywhile ofoccupying contact beSf a aeaoeau aami e c e e<br>bin material, Coto’s special cleaning process only .17 sq. in. of PC board space. Switching fi. SS a<br>and screening. assures you of the mast reliable. speeds of less than 500 micro.  seconds typical" eeePeetcceee ogy Mameaa “a“eae” EEaaa<br>. ; . P on most models and optional electrostatic or PeceeNe tA Ree Rue<br>high impedance relay available. This new co-axial shielding contribute further to th Hee ae ET igs. ' -eee<br>microminiature design has been engineered <titity of the 2200 seri bie 2ee eee<br>to provide an improved system to jock in the ¥ eres. Cone . gi ES<br>terminal pins (up to 2 Ibs. pull test priorto eS<br>encapsulation). fas ie an<br>ee ee ee<br>RELAY SPECIFICATIONS<br>Model& Coil VoltageNumber 05, 122211- 2231+05, 12 810 > 210 -<br>PContactForm | AP Tt PACKAGE —<br>Package Size ys yd A 225 920<br>Available Coil Options Ee ee 2 -O16 dia. pins tt<br>Shield Options or Co-Axial* 1ooe] +500 wf f-.100 {100<br>FParameter____|Test Conditions| VUES All dimensions<br>DC/Peak AC Es }-—au— are nominal [+s00-+f<br>(Amps) Resistive 8 TT<br>(Watts). resistive }-—.700 —| 020 dia. pi | fe100 ’<br>Lile Expectancy |AtSignal Levet_ | 500 x108 100 x 108 | 50x10 020 dia. pins<br>(Operations) AtRated level | 5xtoe |S ts | x08 | *-105 +.015 for models 42200-2310 and 42200-2311<br>Static Cont. (Ohms) |0.050 Voit, 10 mA 0.100 Max. ee ee<br>re PT , OPERATING PARAMETERS@ 25°C<br>Resistance (initial) [100 Hz, 1.5 msec. 0.200 Max. Nominal Volts a<br>(Ohms) after_coil energized | Must Operate volts | 375 | 90<br>insuaton ‘etre a one ; new [Must Release vos | 04 | 10 |<br>Resistance‘ degpins C,@ 40%100V,rela- 25 10!2 Optional10!° Min. 101)10°Optional Min. 10!? Optionalin. | CollCoil #2#2 ResistanceResistance OhmsOhms” | 150150 || $00 |<br>(Onn deg 48 1500<br>Doon Const [Shies Fang [9 | te | 9 | _—_@oite Resistance onmer {370 [|<br>:<br>Dielectric___ [Contacts|asntacts _|oc/Peak[Static ConditionsAC ORDERING INFORMATION ;<br>Strength 145 Shield To order a Coto relay, assemble a part number fram the<br>me contacts data below to describe the desired parameters.<br>to Coil 22XX-XX-XXX<br>(Including Bounce) }30 Hz Sq. wave 0.5 Typica yprca ¥P MODEL No.<br>(msec) Coil Suppression 0.1 Typical 2.0 Typical ypica 05 or 12<br>L 2 3. (C4 r 2 3 (U4 1 2 qa 4<br>thotBottomto scaleView) 6 e=~]e a eo é e pS 34 COIL AG "Q"—nostaticelectro-shield<br>8 7 6 5 g 7 6 5 8} 6 5 "1" —electrostatic<br>shieid<br>Unused pins. are omitied.. “2''—co-axial shield<br>Black dotPin numbers on topfor referenceof retay denotesonly.  gin #1. eesti;  Grane: trac a's} .<br>_ +Modet*On model2231 2204.offerspina #7higheris thecontac! optionalto electrostaticcontact breakdown shield pin,voltagepinsespecially #6 and #7useful are the optionalin Europeanco-axialapplicalions.shield pins. 1=10"?10° Ohms farmOhms (Form csA's<br>=10!'! Ohms (Form C's}<br>**----- End of picture text -----**<br>


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