SL5225 SURGE | Alldatasheet
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$L5225 THRU SL5262 SILICON PLANAR ZENER DIODES, 500 mW, MINIMELF PACKAGE Silicon Planar Zener Diodes Standard Zener voltage tolerance is +20%. Add suffix “A” for £10% tolerance and suffix “B” for +5% tolerance. Other Admissible power dissipation tolerance, non standard and higher Zener voltages upon versus ambient temperature Vale provident esos re apt requrst. arent tomers mw SL5225... These diodes are also available in DO-35 case with the type - [7] \\ i} designation 1N5225... 1N5262. i ig, 400 These diodes are delivered taped. TEAC _. Details see “Taping”. \\ | ping wo A we astec oy Cathode Mark im i Cone | — \\ ~ Ses | wo| {+1 TTA Glass case MiniMELF 6 | [| i ° 700 200°C Weight approx. 0.059 Wo Tame Dimensions in mm a - Absolute Maximum Ratings (T, = 25 °C) | symbol Value Unit Zener Current see Table “Characteristics” | Junction Temperature T, 175 ‘Valid provided that electrodes are kept at ambient temperature. Characteristics at T,,,, = 25°C Thermal Resistance R 0.3 KimW Junction to Ambient Air vs Forward Voltage Vv, - - Ww Vv all.=200 mA Valid provided that electrodes are kept at ambient temperature. SURGE COMPONENTS, INC. 1016 GRAND BLVD., DEER PARK, NY 11729 PHONE (631) 595-1818 FAX (631) 595-1283 | www.surgecomponents.com
! i) OM TOAD $L5225 THRU SL5262 ee Tyee Nominat Test Maximum Zener Impecancs ‘| Typical Maximum reverse loaxage current Maximum | fatages | er" Softee iene vy mA Fa Za atk hua vey vay Lym SL5225 20 29 1600 “0.075 50 0.95 1.0 152 20 28 [1600 | -0.070 0.95 1.0 138 3.6 20 1700 -0.065 15 0.95 10 126 $L5228| 3.9 1900 -0.050 10 005 | 1.0 115 $L5229} 4.3 20 2000 -0.055 5 0.95 1.0 706 $L5230| 47 20 19 “4900 | 40.090 | 5 1.8 54 20 7 1800 40.030 | 5 | +2 20 $L5232| 5.6 20 1" 1600 40.038 | 5 29 81 $L5233| 6.0 20 7 1600 0.088 | 5 35 76 $L5234 | 6.2 “20 “7 1000 40.045 | 5 ye 73 $L5235 | 6s 20 5 750 [40.050 | 3 48 [50 |e | $L5236| 7.5 20 6 500 3 6.0 SL5237' 8.2 20 8 +0.062 | 3 62 65 55 SL5238, 8.7 20 8 600 40.065 65 52 SL5239, 91 20 10 [600 | +0.068 7.0 50 S$L5241| 14 20 +0076 | 2 £0 BA 4 $L5242| 12 20 [30 | _ 600 +0077 | 4 a7 94 38 $L5243| 15 95 a5 94 9.9 3 $L5244] 14 [oo [is | coo oui 98 10 $2 $L5245 | is 600 40.082 | 0.4 105 im 30 $L5246| 16 7 600 +0.083 | 0.1 114 28 ~SL5247| +7 74 600 +0.084 0.1 12.4 27 SL5248: 21 600 +0.085 | 0.1 25 _SL5249 | 19 poate 600 [40.086 | 04 13.3 14s _ SL5250 62 25 600 40.086 if v2 18 23 $L5251| 22 5.6 29 600 +0087 | o1 | 162 7 sis252/ 24 | 52 33 600 soosr_ [or [i7i | se | tet SL5253| 25 5.0 ee 61 SL5254. 27 46 At pe) see for 20 21 16.8 SL5255:, 28 44 +0.091 20 }2—] ee | Size [e092 we | 00 | 20 for] fas | $L5257'| 33 3.8 [se | 700 +0.092 24 25 13.8 $L5258| 36 {34 | 7o ‘| 700 +0.093 28 27 12.6 $L5259\\|_ 3s 3.2 800 +0.094 | 0.4 23 30 rr) SL5260)| 43 3.0 93 00 o4 31 33 10.6 $L5261) 47 105 4000 04 34 36 97 SL5262: 125 _ 1100 +0096 0.1 37 39 8.9 » The Zener impedance is derived from the 60 H7 AC voltage which resulis when an AC current having an RMS value equal to 10% of the Zener currant (|, oF |,,) is Superimposed on |,. or |,,. Zener Impecance is measured at two points to insure a sharp knee on the breakdown Curve and to eliminate unstable units ©) Valid provided that electrodes are kept at ambient temperature.
2 Measured under thermal equilibrium and DC test conditions:
SURGE COMPONENTS, INC. 1016 GRAND BLVD., DEER PARK, NY 11729 PHONE (631) 595-1818 FAX (631) 595-1283 | www.surgecomponents.com