ID-0242S DIT | Alldatasheet
Document overview
- Manufacturer or author: Provided By alldatasheet.com(free datasheet download site)
- PDF pages: 2
Technical content
Features
- Ideally suited for products that must conform to part i 15, FCC regulations ; Fig (og e~ - Metal cased miniature type with high performance i. ee Etat - Meet over voltage category II of IEC 60664 and comply af cist with IEC 60950 “a - Uses IEC connector that meets the safety standards from certification bodies - Both soldering lug type and faston tab type are available
Applications
- Digital equipments - Personal computers and peripherals - Measuring instruments - For use in miniature equipments - For monitors and display units Specifications 10-0242" 2A -25T to +85C Including temperature rise —_— 129 gt] 1 EI {TT | 1D-0642" (so/eou) 6A 0.35mA max. 2 Pit tT PAYAL TT fn Sy a von eC ENG st tlt tit tv) ow LET TT TT ID-15A2* 15A ovo 20 a0 40~—«S CaCO AMBIENT TEMPERATURE[C] Note Test Voltage : 1500V AC one minute, line to earth Insulation Resistance : 300 Mohm min, at 500V DC Voltage Drop : 1V max. at rated current Weight : 459 Model Number Construction
1 D 03 4 2 s
| | | Input Connector | Special Design Current Rating: AC rms | Line-Line | Line-Gnd__| Output Terminal I:IEC Connector |D: Screw mounting/ | 01,NO1: 1amp Cap.alue | Cap.Value_ |S : Solder Lug Metal Case 02,NO2 : 2amp 250.022 pF | 1: 1500 pF | H : Faston Tab #250 03,NO3,LO3 : 3amp 40.047 pF | 2: 2200 pF 06,NO6 : 6amp A:O.1pF | 3: 3300 pF NO8 : Samp B:0.15 pF |C:330 pF 110: 10amp D: 470 pF 15,N15: 15amp E: 1000 pF (’L""N" high performance) 0: None
A Shapes and Dimensions wox0.2 on oe T / Hole 7 ioe | |/ 2 8 se nounts tron back side L= MAX 51.7 L= WAX 54.5 oe 6 95.9 ba 36.9 att 25 25 @ 3 a = ast. [feIt al § “- > Ta Iz fg Es S : § \\ \\ a \\_ Soldering Lug |\\_FASTON TAB #250, 0.8 \\ 2936 * Unit mm 2x3 Hole (2B) + Alternate Terminal for |Os+s+H Hole * General tolerance : 0.5 Faston Tab #250(L:53.5)/t-0.8 Attenuation Characteristics Common mode(ID-(02/03)42*) Differential mode(ID-(02/03)42*) 90 90 eo (| LUT TTT TTT eo [| TIT TTT TTT gol TTI Pi TT g ol TPM Ti = ool TTI TT ge ol TTT TAT 8 sol TIT Leer 1 3 sol TINT | ee TT e aol | |i ese TT TTT e aol TTT VANUTIE TTT 2 s0| Lee [NS o-cewe [TT TT ze oof TTT ZAL THiocooeef TTT 8 xf TN TTT TTT 3 al TT ae TN TTT = ol [Ti Neo TUM TTT = ol TIME TT TPE oe TTT a of TTT TT THT TAT Frequency (MHz) Frequency (MHz) Common mode(ID-(06/10)*2*) Differential mode(ID-(06/10)*2*) 90 90 aot | TTT TTT TAT ao | TIT TTT TT a wT TTT Tr a7 LUM TT ar % oof (TTI TTT TT % of POT A Ee a eS eo poogeee FNM errr TTT < «| TI TAA TTT 2 aol | PM ren TTT £ ol UI Py TTT § aol [bee ATT TTT $ 20 | LTT sea fore TT = ol ATM Teese TTT =o eT TT Htib-oosae TT ol FL TTMMI TTT PTT o C= TTI TP TT Frequency (MHz) Frequency (MHz) Circuit Diagram Measurement Configuration toy ns foo 1S 5 7o38 cot) + == Fytoe cot > == tor aia Py son ID-*—* type ID-***0-* type Common mode Differential mode