BZV55-B11

BZV55-Y2V4 GOOD-ARK | Alldatasheet

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scitsiretcarahClamrehTdnasgnitaRmumixaM (TA=25oC unless otherwise noted) ‹ Silicon Planar Power Zener Diodes. ‹ For use as low voltage stabilizer or voltage reference. ‹ The Zener voltages are graded according to the international E 24 standard. Higher Zener voltages and 1% tolerance available on request. ‹ Diodes available in these tolerance series: ±2% BZV55-B, ±3% BZV55-F, ±5% BZV55-C. ‹ Case: MiniMELF Glass Case (SOD-80) ‹ Weight: approx. 0.05g ‹ Cathode Band Color: Blue seireS55VZB sedoiDreneZ Wm005:noitapissiDrewoPstloV57ot4.2:egnaRegatloVreneZ retemaraP lobmySe ulaVt inU )"scitsiretcarahC"elbaTees(tnerrucreneZ TtanoitapissidrewoP egnalf 05= oCP tot 005W m TtanoitapissidrewoP A 05= oCP tot 004 )1( Wm erutarepmetnoitcnuJ Tj 571+ot56- oC egnarerutarepmetegarotS TS 571+ot56- oC tnerrucdrawrofsuounitnoC IF 052A m riatneibmaotnoitcnujecnatsiserlamrehTR θ AJ 83.0 )1(o Wm/C daelotnoitcnujecnatsiserlamrehTR θ LJ 03.0 o Wm/C t)evititeper-non(noitapissidrewopesreverkaeP p 001= usP MSZ 03 )2( W Notes: 1. Mounted on ceramic substrate 10mm x 10mm x 0.6mm 2. Tj=150oC

(TA=25oC unless otherwise noted) Maximum VF=0.9V at IF=10mA epyT rebmun rofB=y + V%2 Z rofF=y + V%3 Z rofC=y + V%5 Z ecnatsisercimanyD egatlovrenezfotneiciffeoc.pmeT Ita Z Am5= ααααα /%(zv o )C tnerrucegakaelesreveR Tta bma 52= oC Ita Z Am5= zHk1=f r jz (ΩΩΩΩΩ .xaM) Ita Z Am1= zHk1=f r jz (ΩΩΩΩΩ .xaM). niM. xaMI R (u )A Vta R )stloV( 4V2y-55VZB0 010 068 0.0-6 0.0-0 51 7V2y-55VZB0 010 068 0.0-6 0.0-0 21 0V3y-55VZB5 90 068 0.0-6 0.0-0 11 3V3y-55VZB5 90 068 0.0-5 0.0-5 1 6V3y-55VZB0 90 068 0.0-4 0.0-5 1 9V3y-55VZB0 90 067 0.0-3 0.0-3 1 3V4y-55VZB0 90 064 0.0-1 0.0-3 1 7V4y-55VZB0 80 053 0.0-1 0.0+3 2 1V5y-55vZB0 60 842 0.0-5 0.0+2 2 6V5y-55VZB0 40 041 0.0-6 0.0+1 2 2V6y-55VZB0 10 510 7 0.0+3 4 8V6y-55VZB5 10 81 0.0+8 0.0+2 4 5V7y-55VZB5 10 81 0.0+9 0.0+1 5 2V8y-55VZB5 10 81 0.0+9 0.0+7 .05 1V9y-55VZB5 10 012 0.0+0 1.0+5 .06 01y-55VZB0 20 513 0.0+1 1.0+2 .07 11y-55VZB0 20 513 0.0+1 1.0+1 .08 21y-55VZB5 20 513 0.0+1 1.0+1 .08 31y-55VZB0 30 713 0.0+1 1.0+1 .08 51y-55VZB0 30 023 0.0+1 1.0+5 0.00 1 61y-55VZB0 40 023 0.0+1 1.0+5 0.01 1 81y-55VZB5 45 223 0.0+1 1.0+5 0.03 1 02y-55VZB5 55 223 0.0+1 1.0+5 0.04 1 22y-55VZB5 50 523 0.0+1 1.0+5 0.05 1 42y-55VZB0 70 524 0.0+2 1.0+5 0.07 1 65y-55VZB0 02 )3( 524 )4( 1.0+.pyt )3( 50.09 3 26y-55VZB5 12 )3( 054 )4( 1.0+.pyt )3( 50.03 4 86y-55VZB0 42 )3( 574 )4( 1.0+.pyt )3( 50.08 4 57y-55VZB5 52 )4( 005 )4( 1.0+.pyt )3( 50.03 5 Notes: 1. Tested with pulses tp=5 ms. 2. Valid provided that electrodes are kept at ambient temperature. 3. at I Z=2.0 mA 4. at IZ=0.5 mA y = Zener voltage tolerance designator (see next page for V Z specifications)

(TA=25oC unless otherwise noted) Maximum VF=0.9V at IF=10mA epyT rebmun + .loT%5 egnaregatlovreneZ )1( Ita Z Am5= VZ )stloV( .niM. xaM 4V2C-55VZB0 2.20 6.2 7V2C-55VZB0 5.20 9.2 0V3C-55VZB0 8.20 2.3 3V3C-55VZB0 1.30 5.3 6V3C-55VZB0 4.30 8.3 9V3C-55VZB0 7.30 1.4 3V4C-55VZB0 0.40 6.4 7V4C-55VZB0 4.40 0.5 1V5C-55VZB0 8.40 4.5 6V5C-55VZB0 2.50 0.6 2V6C-55VZB0 8.50 6.6 8V6C-55VZB0 4.60 2.7 5V7C-55VZB0 0.70 9.7 2V8C-55VZB0 7.70 7.8 1V9C-55VZB0 5.80 6.9 01C-55VZB0 4.90 6.01 11C-55VZB0 4.010 6.11 21C-55VZB0 4.110 7.21 31C-55VZB0 4.210 1.41 51C-55VZB0 8.310 6.51 61C-55VZB0 3.510 1.71 81C-55VZB0 8.610 1.91 02C-55VZB0 8.810 2.12 22C-55VZB0 8.020 3.32 42C-55VZB0 8.220 6.52 72C-55VZB0 1.520 9.82 )3( 03C-55VZB0 0.820 0.23 )3( 33C-55VZB0 0.130 0.53 )3( 63C-55VZB0 0.430 0.83 )3( 93C-55VZB0 0.730 0.14 )3( 34C-55VZB0 0.040 0.64 )3( 74C-55VZB0 0.440 0.05 )3( 15C-55VZB0 0.840 0.45 )3( 65C-55VZB0 0.250 0.06 )3( 26C-55VZB0 0.850 0.66 )3( 86C-55VZB0 0.460 0.27 )3( 57C-55VZB0 0.070 0.97 )3( Notes: 1. Tested with pulses tp=5ms 2. Valid provided that electrodes are kept at ambient temperature 3. at I Z=2.0 mA epyT rebmun + .loT%2 egnaregatlovreneZ )1( Ita Z Am5= VZ )stloV( .niM. xaM 4V2B-55VZB5 3.25 4.2 7V2B-55VZB5 6.25 7.2 0V3B-55VZB4 9.26 0.3 3V3B-55VZB3 2.37 3.3 6V3B-55VZB3 5.37 6.3 9V3B-55VZB2 8.38 9.3 3V4B-55VZB1 2.49 3.4 7V4B-55VZB1 6.49 7.4 1V5B-55VZB0 0.50 2.5 6V5B-55VZB9 4.51 7.5 2V6B-55VZB8 0.62 3.6 8V6B-55VZB6 6.64 9.6 5V7B-55VZB5 3.75 6.7 2V8B-55VZB4 0.86 3.8 1V9B-55VZB2 9.88 2.9 01B-55VZB0 8.90 2.01 11B-55VZB0 8.010 2.11 21B-55VZB0 8.110 2.21 31B-55VZB0 7.210 3.31 51B-55VZB0 7.410 3.51 61B-55VZB0 7.510 3.61 81B-55VZB0 6.710 4.81 02B-55VZB0 6.910 4.02 22B-55VZB0 6.120 4.22 42B-55VZB0 5.320 5.42 72B-55VZB0 5.620 5.72 )3( 03B-55VZB0 4.920 6.03 )3( 33B-55VZB0 3.230 7.33 )3( 63B-55VZB0 3.530 7.63 )3( 93B-55VZB0 2.830 8.93 )3( 34B-55VZB0 1.240 9.34 )3( 74B-55VZB0 1.640 9.74 )3( 15B-55VZB0 0.050 0.25 )3( 65B-55VZB0 9.450 1.75 )3( 26B-55VZB0 8.060 2.36 )3( 86B-55VZB0 6.660 4.96 )3( 57B-55VZB0 5.370 5.67 )3( epyT rebmun + .loT%3 egnaregatlovreneZ )1( Ita Z Am5= VZ )stloV( .niM. xaM 4V2F-55VZB3 3.27 4.2 7V2F-55VZB2 6.28 7.2 0V3F-55VZB1 9.29 0.3 3V3F-55VZB0 2.30 4.3 6V3F-55VZB9 4.31 7.3 9V3F-55VZB8 7.32 0.4 3V4F-55VZB7 1.43 4.4 7V4F-55VZB6 5.44 8.4 1V5F-55VZB5 9.45 2.5 6V5F-55VZB3 4.57 7.5 2V6F-55VZB1 0.69 3.6 8V6F-55VZB0 6.60 0.7 5V7F-55VZB8 2.72 7.7 2V8F-55VZB5 9.75 4.8 1V9F-55VZB3 8.87 3.9 01F-55VZB0 7.90 3.01 11F-55VZB7 6.013 3.11 21F-55VZB4 6.116 3.21 31F-55VZB1 6.219 3.31 51F-55VZB5 5.415 4.51 61F-55VZB0 5.510 5.61 81F-55VZB0 5.710 5.81 02F-55VZB0 4.910 6.02 22F-55VZB0 3.120 7.22 42F-55VZB0 3.320 7.42 72F-55VZB0 2.620 8.72 )3( 03F-55VZB0 1.920 9.03 )3( 33F-55VZB0 0.230 0.43 )3( 63F-55VZB0 9.430 1.73 )3( 93F-55VZB0 8.730 2.04 )3( 34F-55VZB0 7.140 3.44 )3( 74F-55VZB0 6.540 4.84 )3( 15F-55VZB0 5.940 5.25 )3( 65F-55VZB0 3.450 7.75 )3( 26F-55VZB0 1.060 9.36 )3( 86F-55VZB0 0.660 0.07 )3( 57F-55VZB0 8.270 2.77 )3(

SEVRUCCITSIRETCARAHCDNASGNITAR (TA = 25oC unless otherwise noted)

SEVRUCCITSIRETCARAHCDNASGNITAR (TA = 25oC unless otherwise noted)

SEVRUCCITSIRETCARAHCDNASGNITAR (TA = 25oC unless otherwise noted)

SEVRUCCITSIRETCARAHCDNASGNITAR (TA = 25oC unless otherwise noted)