tyco Product Specification 108-5246 Electronics 2 inet 23JUL.03 Rev. J AMP 1.25 mm F-P connector (Board To Board) 1. 38] FA S0 1. Scope : 1.1 A 1.1 Contents AUS SRI IEA ARS YT. 1. 25F-PARD POR MERE. BRT. MARLOVBRAERE LTWS, WAH mS &WBlsFig 1-1, 1-2, 1-3, 1-401 CH Be 2 BBE ILE RAB ILARUS CALE T SRRAICHVT, ARMEO-MEBKTS. H-ABCRARRDO BCA -RO4 CK. RRB BAL TIER FECL. AAR CSS RMSAO MICRO EUIL, RRREBAL TEATS Ce, 2.1 AMP 824g A. 411-5546 Aria eas B. 501-5205 (mas 2.2 RBA A. MIL-STD-202 : BTBMABROMRA 3. ie SR aval < tie Benn ld ak 3 Rin (CAE SRE. Ha. He MEE bo THMIEENTTHSCE, This specification covers the requirements for product performance, test methods and quality assurance provisions of AMP 1. 25 F-P Connector (Board To Board) Applicable product descriptions and part numbers are as shown in Fig. 1-1, 1-2, 1-3, 1-4. 2. Applicable Documents: The following documents form a part of this specification to the extent specifiedherein. Inthe event of conflict between the requirements of this specification and the product drawing, the product drawing shall take precedence. In the event of conflict between the requirements of _ this specification and the referenced documents, this specification shall take precedence. 2.1 AMP Specifications : A. 411-5546 Instruction Sheet B. 501-5205 Test Report 2.2 Commercial Standards and pecifications : A. MIL-STD-202 : Test Methods for Electronic and Electrical Component Parts. 3. Requirements : 3.1 Design and Construction : Product shall be of the design, construction and physical dimensions specified on the applicable product drawing. S43 ILObO=FA PLUPRAAH (7213-8535 |IMAAB SEAR 3-5-8) 1 of 22 Tyco Electronics AMP K.K. (3-5-8 Hisamoto Takatsu-ku Kawasaki, 213-8535) OXEOMROMBILAH. IENBELADY<ESL. This document is subject to change. Call local AMP for the latest revision. Copyright 2003 by Tyco Electronics AMP K.K. All rights reserved. *: QE Trademark & Released per EC FJBO-0648-003CAfOO Electronics Product Specification 108-5246 3.2 #4 3.2 Materials : A Ut: - ay97F: A. Receptacle contact: YYaH Phosphor Bronze Alloy doe ih =yTIVF MOMs = ( 0. 5 we m_E) GOD StthiF (0. 2umbl_b) *Tin Plated Products 0.8um min. thick tin plating over 0.5 uw mmin. thick nickel underplating. "SO 0em * Gold Plated Products SH 7 7 PSH oS (1 umdt) All over Tum min. thick nickel plating JEARER : Contact Area: NIVIbA~YTWODVE HEF (0. 4umbL_b) BOodStt HF (0. 05 umbtb) 0.054m min. thick gold plating over 0.4um min. thick palladium-nicke! underplating. Solder Area: eS fb ie ee. (ee AvFePT ITED Gold Plated (Thickness:0. 054m min.) BSHDEELIF (0. 05 umbt_b) BAR: B. Post #igHl 0.5 DIA Brass 0.5 Dia: -GdoE ia Tin Plated Products SAP HOS (0. Sumit) 0.8um min. thick tin plating over 0.5m mODZzH (0 8 um) min. thick copper underplating. -SHoEm . Gold Plated Products =yTIVFibboe (umd) 0.2um min. thick gold plating over tum BOdEHLF (0. 2umeb) min. thick nickel underplating C UR noes C. Receptale Housing PPS#sshB (UL94 V-0) -- 28 PPS (UL: 94 V-0) ----Black DD AvF- NOG D. Header Housing PPS#at8e (UL94 V-0) -- Bf PPS (UL: 94 V-0) ----Black EE ANKP- NOVY E. Spacer Housing 6/674 AY tHE (UL94 V-0) --B& 6/6 Nylon (UL: 94 V-0) :---Black Fo Ub "NYT NDS F. Relay Header Housing 6/674 OY tthe (UL94 V-0) -- 268 6/6 Nylon (UL: 94 V-0) ---Black Rev. J 2 of 22CLO | Hectronies Product Specification 108-5246 33 8 #8 3.3 A. SEAREBEE 50 V AC/DC h B ASSET 0. 5A 8 C ARE 30 C~ +105 C C. (HL. REOLRICMS SHE ko CTHELSRELAESU) 3.4 PERE Be cM 3. 4 Hinlt Fig 2IMESNABSAY, BH. ROH RUAN TERED BRASS SKS Rat SN TWS Ct. MBRILHFA ICA SUR Bia F CTD NOE, Ratings : Voltage Rating: 50 V AC/DC Current Rating: 0. 5A Temperature Rating :30 C to +105 C The upper limit of the temperature includes the temperature rising resulted by the energized electrical current. Performance Requirements and Test Descriptions : The product shall be designed to meet the electrical, mechanical and environmental performance requirements specified in Fig 2. All tests shall be performed in the room temperature, unless otherwise specified Rev. J 3 of 22ELfESE, Electronics Product Specification 108-5246 3.5 TEREDBRACHRRAAOBHWA 3.5 Test Requirements and Procedures Summary: In mSRI8 Bi xm 8 fe m Rm FA ik 3. 5. 1 Sin tex RmeMOvBRAICaRML | BRICKU., IARDIOMRELR TWHCE, eSKTBEeRaAT Ss. Para. Test Items Requirements Procedures 3. 5. 1 Examination of Product | Meets requirements of product | Visua! inspection drawing. No physical damage Ba t tt Electrical Requirements 3. 5. 2 Rai 10 mQ LAF (BAe) NOPYTIMAAENREAL (AVANIDL) 20 mQ LAK (eR) EAVIODbeMBEE2 wv FP. FRB mUFOREC NETS. Fig. 62S8R, 3. 5. 2 Termination Resistance | 10 mQMax. (Initial) Subject mated contacts ssembled (Low Level) 20 mQMax. (Final) in housing to 20 mV max. open circuit at 10 mA max.. Fig. 6 3. 5. 3 RHE 500 MQ LE (aR) RalkInZ7 ys ORBHEIYY 100 MQ LAE (BAe) PhCH. MIL-STD-202, StERIK302 SUA 100 V DC+10% 15% 3.5.3 Insulation Resistance 500 MQMin. (Initial) Measure by appling test 100 MQMin. (Final) potential between the adjacent contacts, and between the conacts and ground in the mated connectors. MIL-STD-202, METHOD 302 Condition A, 100 V DC+10%, | minute 3.5.4 fits 0. 5k V ACOMBRESE (1 HMR | MALE IRIID- 7RY TUDO FH) ICMASCe, GHEIY SD hi CHE. Bi L0. SMALL MIL-STD-202,. stBR3E301 3.5.4 Dielectric withstanding | Connector must withstand test | Measure by appl ing test Voltage potential of 0.5K V AC for 1] potential between the adjacent minute. Current leakage must | contacts, and between the be 0.5 mA Max. conacts and ground in the mated connectors. MIL-STD-202, METHOD 301 Fie. 2 (SX) Fig.2 (To be continued) Rev. J 4 of 22108-5246 CAfO2E | Flectronics Product Specification ia EB mSRl6 B m #8 {8 m = BR A Para. Test Items Requirements Procedures 3.5.5 | RE LAW BH MEBREBSLC. SELF | BBICKSZRRLAEMETS (30 CLAF c. 3.5.5 | Temperature Rising VS 30 C Max. under loaded Measure temperature rising by Current rating current. energized current. iz te A tt BE Environmental Requirements 3.5.6 | WARE (SER IARE) Waki (A-VA) RALEIAADS KH RE I 20mQ mA (TERIA) ~95%. BE4042 COR BREE MR: MOOMOQLAE RHR) | IChOORFIA OT CE, MIL-STD202, stBRK103, SC4C 3.5.6 | Humidity, Steady State Termination Resistance Subject mated connetors to (Low Level) (Final) steady state humidity at 40C 0 mQ max. and 90-95% R.H. for 500 hours. Insulation Resistance (Final) MIL" STD~202, METHOD 108, Condition C. 100MQ max. 3.5.7 | TRE ReBin (A-LbAIL) RA LEIAAD SY iRB85+2C 20 mQ ERA (BER) OpaRiRiA FICS A OTT Ko MIL-STD-202, stBR# 10822440 3.5.7 | Heat Resistivity Termination Resistance Subject mated connectors to (Low level) (Final) heat resistivity at 85+2Cfor 20 mQ Max. 500 hours, per MIL-STD-202, METHOD 108, Condition C 3.5.8 | Bee BABIN (QA-VAIL) RA LEARIVE 20 mQ RRA (BER) 55 C / 30 a. +85 C / 30 4 #1 YFIWEL, BUH DI e6tce, MIL-STD-202,. stBRIE107SR44A-1 3.5.8 | Thermal Shock Termination Resistance Subject mated connectors to 25 (Low level) (Final) cycles between 55C and +85 C 20 mQ Max. for 30 minutes each. MIL-STD-202, METHOD 107, Condition A-1 Fig.2 (#) Fig. 2(To be continued) Rev. J 5 of 22tyca | Electronics Product Specification 108-5246 JAG mUER IE B km 6% ff mm || ORR A OK Para. Test Items Requirements Procedures 3.5.9 | MSR BAiBin (A-VAIL) RA LEIARDSe-AA3 COR 20 mQ BRK (BERS) Estate Pic 500 Mis OT Ce 3.5.9 | Resistance to Cold Termination Resistance Subject mated connectors to cold (Low fevel) (Final) resistivity at40+3C for 500 20 mQ Max. hours. 3.5.10 | 387k Sze CaknR (Q-VAIL) RALEIRDSS 35C, 5 11k 20 mQ HRA (BER) TKI FSIT4BRRA STOEL. MIL-STD-202, StBRIA101, Se44B 3.5.10 | Salt Spray Termination Resistance Subject mated to 35C, 5 % salt (Low level) (Final) concentration for 48 hours. 20 mQ Max. MIL-STD-202, METHOD 101, Condition B. 3.5.11 | HO VERT TE ReBh (A-VAIL) Ra LEARDYSBRCBWOT 20 mQ BA (BER) YEXATKAEEADETF LY I 9 Hi2405} Ss UBER S. 3.5.11 | Ammonia Gas Resistivity Termination Resistance Subject mated connectors to the (Low level) (Final) ammonia gas atmosphere, which is 20 mQ Max. generated from 400g of 28% ammonia solutioin in the desiccator in the closed chamber for 40 minutes. Temperature in the desiccator :room tempeature 3.5.12 | WHSO,PE Bein (O-VANIL) RALAIADY ESO HAABE 20 mQ BA (BER) 10+ 3ppm, SERE95 % LAF BtRRIRIS FE IM CRROAWC 296 FS OT CE, 3.5.12 | Sulfurous Acid Gas Termination Resistance Subject mated connectors to Resistivity (Low level) (Final) sulfurous acid gas resistivity at 20 mQ Max. 10+3 ppm SO, concentration at Test samples shall shown no | 95 % R.H min. for 96 hours evidence of abnormalitites in appearance. ATE RE Physical Requirements 3.5.13 | IY 97 MRA 4.9 N(0.5 kgf) Stk AVI hRASHARMICMA xe, 3. 5.13 | Contact Retention Force 4.9 N(0.5 kgf) Min. Apply an axial pull-off load to contact. Fig 2 (4%) Fig. 2(To be continued) Rev. J 6 of 22tyca / Electronics Product Specification 108-5246 Ja B mae Ia B Bi iS {a al ER A i& Para. Test Items Requirements Procedures 3.5.14 | DRIOSHBADA, Sltkn Fig 4, Fig 5 8B AVIIDR FRY AVESD 20mmDiRE CRRA, SlikT 5. COROMANRUGKAS HET S. 3.5.14 | Mating /Unmating Force Fig 4, Fig 5 Measure the mating force and the unmating force when receptacle assembly and post header assembly are mated and . unmated for 30 cycles at a rate of 20 mm a minute. 3.5.15 | PHATE BAB (A-LAIL) : TADS TRYIVENGAD (i U se Lik) 20 mQ BX (ER) VEGA + SGRERBUIRT, . 3.5.15 | Durability Termination resistance Mate and unmate connectors for (Repeated Mate / Unmating) | (low level) (Final) 30 cycles. 20 mQ Max. 3.5.16 | HeeH iAP 1 usec. SMASH | MALEIRDIZIC 1.52 mm O TEE RUBE ECRWCIE, die C. 10-55-10 Hz (c#4} 1 {ER BARR (A-VAIL) : AINOBA CHAT Sik 53K 20 mQ ERA (BER) HeERTSIHAMAM(c 2 BH FOSAZSCE, MIL-STD-202, stBRi#201 mM. RABOIRDSldFig. TIC RT RICHEL TCHS. 3.5.16 | Vibration No electrical discontinuity | Subject mated connectors to Sinusoidal greater than 1 wsec. shall | 10-55-10 Hz traversed in 1 Low Frequency occur. minute at 1.52 mm amplitude 2 Termination resistance hours each of 3 mutually (low level) (Final) perpendicular planes. 20 mQ Max. MIL-STD-202, METHOD 201 The clamping manner shall be in accordance with Fig. 7, after mating the connectors. Fig.2 (ie) Fig. 2(To be continued) Rev. J 7 of 22tyca | Electronics Product Specification 108-5246 JAB mERIE A m 8 {6 am 86 A Para. Test Items Requirements Procedures 3.5.17 | #ONsR eH MRP luseck#cCA SFB | RALEIRIV SE ig BICRT (\Y Vv -e) Bpe+t UAW CE, FTC 10000M AML. Fig. 9ICAK Babin (A-VAIL) : THEARBICKEVENIMBE DC 20 mQ EX (BERR) TOV, 1mAD BER BS i BES Sth TARE CER S171), DIR OHH DEHEE-Y-TS. mh. RAKBOINAAAISFige 7c ATRICAEL THT. 3.5.17 | Hammerring Shocks No electrical discontinuity | Subject mated connectors on PCB greater than 1 usec. shall as shown in Fig. 7, Under 10000 occur. cycles of repeated hammer ing Termination resistance shocks of the condition as (low level) (Final) shown in Fig. 8, with the test 20 mQ Max. current of imA at 10VDC applied to the circuit as shown in Fig. 9. During the test, the circuit shall be monitored for fluctuation of electrical resistance. The clamping manner shall be in accordance with Fig. 7 after mating the connectors. 3.5.18 | MBICKYVYI usec CHAD | MALKIARAAS IT MBB ABGBIBEECANCE, 5IGDIEKRREECAZ LIRA WAiin (A-VAIL) : #BxRT S=AMHOEBAR 20 mQ xX (BRE) IC 3MECAHBASAZAScE MIL-STD-202, 624213, Set4A fH. RAROIRD SlSFig TIC MT RICAE LTH. Fig 2 (Six) Fig. 2(To be continued) Rev. J 8 of 22tyca if Electronics Product Specification 108-5246 greater than lusec. shall occur. Termination resistance (low level) (Final) 20 mQ Max. JE B meee A i % {a fat ER A ik Para. Test Items Requirements Procedures 3.5.18 | Physical Shock No electrical discontinuity | Subject mated connectors to 50 Gs half sine shock pulses of 16 millisecond duration, 3 shocks in each direction applied along the 3 mutually perpendicular planes to totally 18 shocks. MIL-STD-202, METHOD 213 Condition A The clamping manner shall be in accordance with Fig 7 after mating the connectors. Hit in& 0G OMAR SE AL CTARRAL, EY R-IWKE ($2 1 DOMRICSRL EU, SAOMROS% BA BWoE, $A RIVSIS % LE. sAEBE :240 +5 C tA aRR 3 + 05 EAZIYAA: TIIF 100 (JEARPEAY Yv -2) ikA7E (S n-3.0A e-0.5C u) Appearance of the specimen shall be inspected after the test with the assistance of a magnifier capable of giving a magnification of 10 X. More than 95% of the tested area of the contact shall appear sufficiently working fresh coverage of wet solder, without concentration of void area in one place or whose total area is not greater than 5% of the tested area. The soldering tine areas of the contacts in post header assembly and receptacle header assembly shall be tested by immersing in flux. (Alpha 100, non-active rosin base) for 3 to 5 seconds first, then immerse into soldering tub filled with melted Sn-3. OAg-0. 5Cu controlled at 240 + 5 C for 340.5 seconds Fig 2 (#) Fig. 2(To be continued) 3.5.19 | (kA ISTE 3.5.19 | Solderability Rev. J 9 of 22tyca | Electronics Product Specification 108-5246 iB BER Ie B wm % (2 ma Be A & Para. Test Items Requirements Procedures 3.5.20 | (SATE lO OMARE ACARI | TUYbRRICMUAIT CHRIS BL. an, OU, BBSOR | MH. BESRRABLBECTS. BREE, <DIPS 47> SAE S 4 VREOMAEE RIC 260C 10t1 PMSA LCRRTS. <SNT 9 47> Y7H-BR: 2H mE TOI 7A Ibis Fig. 10888 <FILAEOWES> <THE 360 + 10 CH 3 *_, %, (2L. AY9D BLA ABIT CTHHICKSAMMDSEAWKS TARTS. 3. 5. 20 | Resistance to Soldering | Appearance of the specimen | Aftre mounting post header Heat shall be inspected after the test with the assistance of a magnifier capable of giving a magnification of 10 X for damage such as cracks, ships or melting. assembly and receptacle header assembly mounted on PCB, expose the samples under the soldering heat of the following conditions. The specified temperature is measured at the surface of PCB <DIP TYPE> Immersing the soldering tine areas into soldering tub at 260+5C for 1041 seconds. <SMT TYPE> Reflow cycles: 2 times Temperature profile:as shown in Fig. 10. <Manual test> Expose under the head of the top of iron at 36010C for 3*_, seconds. To be no damage by the top of iron etc. at soldering tynes. = (ARREOUEREAICARL, MBNIEEGOA<. HD lie 3OL-PLYARRICMESHEHMR RUERAECARTSCE.I Note: Tested products shall be conforming to the requirements of the visual inspection without physical damage, also meeting the requirements of the additional tests specified in the sequence tests specified in Fig 3 Fig. 2 (&U) Fig. 2 (End) Rev. J 10 of 22Product Specification 108-5246 tyca ' Electronics 36 06 6p RERMR CRM ERA ROR RIE 3.6 Product Qualification and Requalification Tests BRT JL7/Test Group (a) HRIAG Test Examination 1/2]3[4]5[6][7] 8 [9 [10] 11] 12113] 14] 157 16 [17 SUESIE/Test Sequence (b) #) in OReER Examination of Product |1,6}1,311,5/1,5]1,5/1,511,511,5)1,51 1 | 1 [1,5]1,5/1,511,5/1,311. 3 BSR Termination Resistance (OLAyy) (Low Level) 2,4) 2,412, 4) 2, 4/2, 4] 2,4] 2, 4 2,412,412, 412, 4 BIE. Insulation Resistance | 2,5 nse Dielectric withstanding | 3 Voltage ime tF Temperature Rising 2 vs Current Tete GER IARE) | Humidity (Steady State) | 4 3 TSA Heat Resistivity 3 Bee Thermal Shock 3 Met Resistance to Cold 3 JB7KNSSE Salt Spray 3 RF VEpT tH Ammonia Gas Resistivity 3 MSO. ATE $0, Gas Resistivity 3 avg? bREH Contact Retention Force 2 IRD SHRRA Mating/Unmating Force 2 SHIRA TE Durability 3 (ARE) Vibration (Low Frequency) 3 PROB Hammering Shocks 3 \V\vv-ee) meet Physical Shocks 3 SAFEST TE Solderabi lity 2 (SAVER ATE Resistance to Soldering 2 Heat (a) 584. 1. AIBZSBB/See Par. 4.1.A (b) HAORSILHMROMAEART. /Numbers indicate sequence in which the tests are performed. Fig. 3 4. mH Ral eRIA 4. Quality Assurance Provisions 4.1 Raa aR 4.1 Qualification Testing A MAO ARIVEAYID HIBAT SDRRBS Cit > CH MEBANS CL, MAIMAOLELATFADOR FAM CHESNSCE, Rev. J 11 of 22tyca Electronics Product Specification 108-5246 A. Sampte Selection Connector housing and contacts shall be prepared in accordance with applicable Instruction Sheets. They shall be selected at random from current production. IRDSRBANH - 5lHKA Connector Mating / Unmating Force MARU3Z0HK Initial and 30 cycles . s WHR Pos Connector Mating /Unmating Force UOVBAA ON (kef) DLE] SiR) N (ket) DLE Mating Force N (kef) Unmating Force N {kef) min. max. : 13.72 (14) 2. 94 (03) , 1.64 (18) 3. 92 (04) ; 21.56 (22) 4. 90 (05) 10 25, 48 (26) 5 88 (06) 12 29. 4 (3.0) 6. 86 (07) 14 34. 30 (35) 7. 84 (08) , 39. 20 ( 40) 8. 82 (09) 18 44. 10 (45) 9. 80 C10) 20 49. 00 (5.0) 10.78 C11) 2 54, 88 (56) 11. 76 (1.2) 24 60. 76 (62) 12.74 (1.3) 26 66. 64 (68) 13.72 (1.4) 30 78. 40 (80) 15. 68 C16) 40 102290 (105) 22. 54 (23) 50 127.40 (13.0) 29. 40 (3.0) Fig. 4 AIVSD BAA : 51RA Contact Mating / Unmating Force ME Initial QB AA N (kef) LIF 5ldkA N (kef) LIE Mating Force N (kgf) Unmating Force N (kgf) max. min. 1. 96 ( 0.20 ) 0. 39 { 0.04 } Fig. 5 Rev. J 12 of 22tyca | Electronics Product Specification 108-5246 DIP 47 SMI 247 DIP TYPE SMT TYPE Thermoceliple Mednt me Position Hu 1 Stree Single Row Type 4 = H ll <j J +f 3 1 oe Sit ay t 2 5 3 a 9 e Q c 5 S = o c a ve Positien Pe GE es Bet Thermocoup Pe Pount tee Position Fy 7 /| | ay - ed) Ny NY (<) Ss (P.C.B Vertical Mount Type) 2 S q | RQ NON 2 Stee Double Row Type KL) NESS Thermocouple Meant moe Position Fig 6 (1/2) A-VAIMSRAA EAI Fig.6 (1/2) Method of Termination Resistance Measuring Rev. J 13 of 22Cepe2e | Electronics Product Specification 108-5246 DIP 347 SMT va47 DIP TYPE SMT TYPE Thermocouit be Mount the Posi tion Ky SLL, E| Fl 2 KZ LA ole t 4 B|R Ti = @ KZ LLG EF LA Thermocouple Mount Me Posi tion US in g < Thermoconp be Hocint oF posi tion 5 KZA, = = e| BZA Ele = w s|H ~ ix < @ - NI 2 wv) [7 a= & (% fi SL 4 Thermocouple Mount Me" Position Fig 6 (2/2) BA-LA/JRSHHEAR Fig. 6 (2/2) Method of Termination Resistance Measuring Rev. J 14 of 22CLA Electronics Product Specification 108-5246 DVRS Connectors o Louth Sz Secured VL Lo hothhrkntmind hott di bf bh . QUuUL a (i hee Ld hk Cee fg Oe LtdkdobaLataer ers Fixture Jig RAE TOL BY 4p ey a P.C.B Vertical Mount Type Bie Rt oe Fixture Jig (Spacer) a Secured BIN P.C.B rho Dy Connectors Bie HH SK FF Beit By Horizontal Mount Type Fig 7 TROSHMRA Fig. 7 Method of Connector Mounting for Vibration, Hammering Shock and Physical Shock Rev. J 15 of 22tyca / Electronics Product Specification 108-5246 P.C.B Aa tp Spacer E ify NO 0-B4mm : & P.C.B -- rooc | mt ' "oe Rubber Stand SSmm Btw Co Ro Samp te (Connector) Bah Oo BR ot os Semple Mounting Fixture = 2S IA BE : 1l/sec te AR 47 ER it By P.C.B Horizontal Mount Type Hitting Speed:1 Hit/second DOE oF 28 500 6m ak gu Hommer (S0g Steel Weight) P.C.B g | % Oe re TT ST re mene mn ew aw ~~; oe NO jee 80~84mm ' ' PLC. B ' $ $ eee se e @ @ Rubber Stand Sbmn Bt Co AP) Sample (Connector) eT. Sample Mounting Fixture 2 2 & MBE: 1 Bl/sec We AR SE aie Me tt sees P.C.B Vertical Mount Type Hitting Speed: 1 Hit/second : 4 = ea : Fig. 8 Nie ater Aik Fig. 8 Method of Hammering Shock Test Rev. J 16 of 22ELSES | Electronics Product Specification 108-5246 10kn Il=i1mA i AAAA @ Bak sample A ? Imei ee oe a Pen recorder 1Oka+~1T=1mA b AAAA @ BAKE B Sample B o-4 ne Pen recorder | 1O0kn I=1mA at BEC __@~ VVVV ? Sample C oe a LPen recorder _ 10kaI1=1mA =z NN Sampls D ? Pen recorder 10V || Fig 9 inABt9-Bw Fig.9 Circuit of Monitoring Resistance c Peok of tempersture 245 [ore cen en en ne nen ee enn eee eee eee 245C Max ee <n + ' 200 f ~~ nnn nnn renee nn ee eee ff rence Tempercture 150220 f+-+----- ' e ' t 1 i i t i) 1 ' ' ' ' i 4 t i 7 PN eee ey Ssec. Mon. ' ? + Sec t ' t 4 le0sec.Mox. SSsec.Mox. Fig 10 (c4UEMBEBE TOD sy (IL Fig. 10 Soldering Heat Resistance Temperature Profile Rev. J 17 of 22tyca Electronics Product Specification 108-5246 HO vEzEBR Tin-Lead Products [1 Stee] Fig. 1-1 [Single Row] Fig. 1-1 MRICDIVClt. SSRMESRMAVET, LYRATTHR Fa-TFH jo Hy RRB ae 5) awe Description art No On Taping In Tube P Part No. Part No. DIP Fevy7y Vertical Type g47 Receptacle ARB (H) DIP Header Assembly Horizontal Type 174634 "We AA hb go kyvau KR NVI + TRYT! Post Header Assembly 174642 ALEEAUO RAI 174637 175636 PURSE GE! (V) with Positioner Boss ya Vertical Type AEB: K Ye nye MEAD RR AR 174902 175628 Fey7y w/o Positioner Boss Receptacle : : SMT ME ROMA AT Header Assemb|y REED with Positioner Boss 174638 175637 SMT Horizontal Type MERORKAR Type w/o Positioner Boss 174903 179629 RAL AVS ame ADEA RAS 174820 179016 175642 Fevay 5, 7mm with Positioner Boss Post Header Mating Height SER AK AE Assembly 6, Tan Wo Pocitiones Bes | 1/4644 179017 175634 Rev. J 18 of 22tyca i Electronics Product Specification 108-5246 WHvEzERR Tined-Lead Products [25t#k] Fig. 1-2 [Double Row] Fig. 1-2 sae FaTH REM 1 Sn NE np Ra Rawes Description Product part No. On Taping In Tube Part No. Part No. ARETE WV) - - 174635 YE Ave Vertical Type va-hu7 176870 Fev7yu Short Rib Receptacle 174636 Header Assembly EARBBD (h) = no 176892 Horizontal Type wah? Short Rib 176942 176942 RAB 5,7 mm 174643 Mating height 5,7 mm 176944 DIP BABE amt P47 Mating height 14m with spacer 175543 DIP BABS 5 mm T : : RAR AY S7 | RRS ee wie 176895 ky7y Vertical Type Post Header Yan bua . : See 176320 Assembly Short Rib ting heiet 10 mi ASS 11 mn Mating height 176871 Tim 224g Z(H} Horizontal Type (H) 176943 176943 Ye-:Av-FRYTY Relay Header Assembly 175699 Fig 1-2 Gx) Fig. 1-2 (To be continued) Rev. J 19 of 22tycea J Electronics Product Specification 108-5246 LYRA F3r-TR a Saws F Tih arse BB Product HRRwes ne Description part No. On Taping Part No Part No. , MBROMKAR with Positioner Boss 174639 175638 {MBROAKABR w/o Positioner Boss 174904 175630 oo MBRORRKAT BREA sor with Positioner Boss 176311 176313 (Vv) : RRO RRA Vertical Type Short Rib w/o Positioner Boss 176768 176770 Ye-Aye ee Fev7u . {iB ROARAR Receptacle p With w/o Positioner Boss 1123747 1123748 olymide Header Assembly T ape MiG ROM KATH with Positioner Boss 174640 175639 176910 HBAOAKAB BRBAD (W) w/o Positioner Boss 174905 175631 176912 Horizontal Type |. SER AAR A tt vac with Positioner Boss 176490 176491 179611 . MEAOHAKAR Short Rib w/o Positioner Boss 176893 176894 176913 MEBROAKAH GRE with Positioner Boss 900765 900766 SMT without 6P MBROAKAR 47 w/o Positioner Boss 900763 900764 SMT or MBROMKATH a BESS 57 m Withee Nae 174821 | 176890 | 175643 ing heiaht HERO RRAR 5.65 7 m WP AAR 174645 | 176891 | 175635 BRAS MiB ROARAT 8105 with Positioner Boss 176756 177704 176833 : we Mating height ME ROMRAR RA heAye Fr 8105 mm w/o Positioner Boss 178040 177705 178038 e47y HERO RRA RE Aw BEBS565 10m | Ya-h |e Positioner Boss | 1/6140 177530 176314 W) Mating height UW 3tns e Post Header 5 65 10 mm Short Rib | Ja RRR 176769 | 177531 | 176771 Assembly SaaS MERORRAA Vertical Type am vert with Positioner Boss 177592 177594 Mating height Short Rib | SELRUD APR ARE 177593 177595 7 om w/o Positioner Boss Beas Tm | Yah | ARRON | a7e757 | 177594 | 176834 Nating height Y Weta (EERO RARE BiG tim | Short Rib | erm | 178041 | 177595 | 178039 RUE ERASE 8 mn FT Ht : : . : . HERD ARAR Neti Tele Poland w/o Positioner Boss 1123745 1123746 Tape Fig. 1-2 (#8) Fig 1-2 (End) Rev. J 20 of 22CLEA | Electronics Product Specification 108-5246 SH 7.28 Gold Plated Products [1504tk] = Fig. 1-3 [Single Row] Fig. 1-3 LYRAF-TH | Fa-VH i) Fy 2 BBE Baas te 8 ae can Product : Description art No On Taping In Tube p Part No. Part No. YE ave FRey7y MiG ROARAH SMT Receptacle with Positioner Boss 1318323 1318325 S47 Header Assembly BARE ATZ V) RAK Aye Vertical Type SMT FReye7y : a MBROAKAGH Type , Beene " with Positioner Boss 1318324 1318326 ost Header Assembly Vertical Type (V) [25+] Fig. 1-4 [Double Row) Fig. 1-4 LYRAF-TH | Fa-PH ) > FR) BREE Saks er 1B a. Product : Description art No On Taping In Tube p : Part No. Part No. Teg= FH aan va-huy vieeayy | Vertical (LIBROS ARAL 178347 177851 yey Type Short Rib with Positioner Boss Receptacle BREED += , Header Assembly (H) 3 ad Horizontal MERDARAGH 353479 343580 Type Short Rib with Positioner Boss SMT 7 = BABS MBAOAKA o47 5 nm with Positioner Boss 353481 353482 Mating height HMEBADARAR SMT 5 mm w/o Positioner Boss 917090 917091 Type RAK + AY S a Ferry vah 8m AUER IRA ETD | YAH | a | with Pecitione Boss | 303508 353509 Post Header Assembly | Short Rib Vertical Type (V) 8 im BAS 10m HBROMKAR Nating height | w/o Positioner Boss 178386 177852 10 m Rev. J 21 of 22LLG Flectronies Product Specification 108-5246 5. Validation Prepared by : 2? Jl 'e> T. Tsuzaki Product Engineer Product Engineering Dept. Computer & Consumer Electronics Divition Reviewed by : BA Me he P23 Tul of H. Muramatsu Manager Product Engineering Dept. Computer & Consumer Electronics Divition Approved by : Lloro r 23G/-o0 8 H.Muramatsu Manager Product Engineering Dept. Computer & Consumer Electronics Divition Rev. J 22 of 22