VOLTAGE REGULATOR DIODES Temperatu re compensated Maintenance type only voltage reference units MRA Series 250mW 6-6V to 11-0V + 5% 0-006 to 0-001 %/C ELECTRICAL CHARACTERISTICS (Tam) = 25C unless otherwise stated) Type Nominal Maximum Maximum Working Number working temperature differential current voltage coefficient resistance (21 volts KlC ohms mA MRIA 6-6 0-006 20 10 MR2ZA 6-6 0-001 20 10 MRS 9-8 0-006 150 5 MR4A 6-6 0-006 60 5 MREA 6-6 0-001 60 5 MR6A 11:0 0-006 120 5 MR7A 10-0 0-006 50 10 MR10A 6-6 0-002 20 10 MRI1A 6-6 0-003 20 10 Test Iz = Iz1 lz = Iz1 Iz = Iz1 tolerance conditions Tamb = 20C to 65C + 01% LRC Series 9, . 400mW 5-1V to 39V + 5% Available as BS 9305 F004 and BS 9305 NO41. (Tease == 25C unless otherwise stated) Full Detail Specification on request *Differ- * *Differ- *Working voltage ential Temp. coeff. of Reverse Working ential resistance | working voltage current voltage | resistance Type 1 2 3 4 5 6 7 8 9 10 11 Number Vz1 Vz1 Vz 1Z1 Sz $z IR5 In6 VR Vz2 rZ2 nom min max max min max max max min max Vv Vv Vv Q %/C %/C pA HA Vv Vv Q LR51C 5-1 4-8 5-4 75 0:025 | +0-013 10 50 15 3-9 450 LR56C 5-6 5:2 6-0 55 0:014 | +0-024 10 50 1-5 43 420 LR62C 6-2 5:8 6-6 27 0:001 | +0:037 10 50 36 5-4 250 LR68C 6-8 6-4 7:2 16 +0-010 } +0-048 10 50 5-1 5-6 70 LR75C 75 7:0 7-9 15 +0:021 } +0-059 0-5 1-0 5-6 6-2 70 LR82C 8-2 77 87 10 40-025 | +0:070 0-1 0-5 6-2 6-38 60 LR9IC 9-1 8-5 9-6 15 +0-035 | +0-080 0-1 0-5 6-8 7-5 80 LR1IOOC 10-0 9-4 10-6 20 +0-050 | +0-080 0-1 0-5 75 8-2 100 LRI190C 11:0 10-4 11-6 25 +0-065 | +0-085 0-1 0-5 8-2 9-1 120 LR120C 12-0 11-4 12-7 30 +0-060 | +0-090 0-1 0-5 9-1 10-0 140 LR130C 13-0 12:4 14-7 34 +0060 | +0-090 0-1 0-5 10-0 11-0 160 LR150C 15-0 13-8 15-6 40 +0-060 | +0-090 0-1 0-5 11:0 12-0 200 LR160C 16:0 15:3 17-1 44 +0-060 | +0-090 0-1 0-5 12-0 13-0 220 LR180C 18-0 16:8 19-1 50 +0-060 | +0-090 0-1 0-5 13-0 15-0 250 LR200C 20-0 18-8 21-2 53 +0-060 | +0-100 0-1 0-5 15-0 16:0 280 LR220C 22:0 20-8 233 56 +0-060 } +0-100 0-1 0-5 16-0 18-0 300 LR240C 24:0 22:7 25-9 58 +0-060 | +0-100 0-1 0-5 18-0 20-0 300 LR270C 27-0 25-1 28-9 60 +0-065 | +0-100 0-1 0-5 20-0 22-0 300 LR300C 30-0 28-0 32-0 60 +0-065 } +0-100 0-1 0-5 22-0 24-0 300 LR330C 33-0 31:0 35-0 60 +0-065 | +0-100 0-1 0-5 24-0 27-0 300 LR360C 36-0 34-0 38-0 60 +0-065 |} +0-:100 0-1 0-5 27-0 30-0 300 LR390C 39-0 37-0 41-0 60 +0:065 | +0100 0-1 0-5 30-0 33-0 300 << |7 = mA _________> | Va) = Vr (Col. 9) lz = 1mA Test _ conditions Tamb= Tamb = 25C to 60C 100C * Measurement time = 0-1 sec. maximum Page 44VZ'F Series 1-5W 3-3V to 33V + 5% Available as BS 9305 F001 and BS 9305 NOO1 (Tamb = 25C unless otherwise stated) Full Detail Specification on request Differ- Differ- Working voltage ential Temp. coeff. of Reverse Working ential resistance | working voltage current voltage | resistance Type Number 1 2 3 4 5 6 7 8 9 10 11 12 13 Vz21 Vz21 Vz1 1721 Sz $z Iz1 IRs In6 VR Vz2 rZ2 \z2 nom min max mex min max max max min. max Vv Vv V Q %/C %/C mA HA mA Vv Vv Q mA VZ33F 3:3 3-1 3-5 14-0 0-105 | 0-040 50 700 3-5 1-5 2:2 200 5 VZ36F 3-6 3-4 3:8 13-0 0:095 | 0-025 50 300 1:5 1:5 2-4 190 5 VZ39F 3-9 3:7 4-1 12-0 0-080 | 0-010 50 120 0-6 1-5 27 180 5 VZ43F 4-3 4-0 4-6 11-0 0-065 0-005 50 40 0-2 1-5 3:0 160 5 VZ47F 47 4-4 5-0 16-0 0-050 0-020 50 20 0-1 1:5 3-6 150 5 VZ51F 5-1 4-8 5-4 9-0 --0:035 0-035 50 20 0-1 1-5 3-9 130 5 VZ56F 5-6 5-2 6-0 8-0 0-020 0-050 50 20 0-1 1-5 4-3 100 5 VZ62F 6:2 5:8 6-6 7-0 ~-0-005 0-065 50 20 0-1 3-6 5-1 80 5 VZ68F 6-8 6-4 72 6-0 0-005 0-075 20 20 0-1 5-1 5-6 60 2 VZ75F 75 7-0 79 4-5 0-015 0-085 20 20 0-1 5-6 6-2 40 2 VZ82F 8-2 77 8-7 4-0 0-015 0-085 20 20 0-1 6-2 6-8 40 2 VZ91F 9-1 8-5 9-6 4-0 0-020 0-090 20 20 0-1 6-8 75 40 2 VZ100F 10-0 9-4 110-6 45 0-020 0-090 20 20 0-1 75 8-2 50 2 VZ110F 11:0 | 10-4 | 11-6 5-5 0-025 0-095 20 20 0-1 8:2 9-1 50 2 VZ120F 12-0 | 11-4 | 12:7 70 0-025 0-095 20 20 0-1 9-1 10-0 50 2 VZ130F 13-0 $12-4 | 141 10-0 0-030 0-100 20 20 0-1 10-0 11:0 60 2 VZ150F 15-0 | 13-8 | 15:6 16-0 0-030 0-100 10 20 0-1 11:0 12-0 100 1 VZ160F 16-0 | 15:3 | 171 20-0 0-035 0-105 10 20 0-1 12:0 13-0 120 1 VZ180F 180 | 16-8 | 19-1 26-0 0-035 0-105 10 20 0-1 13-0 15-0 180 1 VZ200F 20-0 | 18-8 | 21-2 37-0 0-040 0-110 10 20 0-1 15:0 16-0 200 1 VZ220F 22:0 | 20:8 | 23-3 47-0 0-040 0-110 10 20 0-1 16-0 18-0 220 1 VZ240F 240 | 22:7 | 25-9 56-0 0-045 0-115 10 20 0-1 18-0 20:0 240 1 VZ270F 27:0 | 25-1 28-9 70-0 0-045 0-115 10 20 0-1 20:0 22-0 250 1 VZ300F 30:0 | 28-0 | 32-0 85-0 0-050 0-120 10 20 0-1 22-0 24-0 260 1 VZ330F 33-0 | 31-0 j| 35-0 110-0 0-050 0-120 10 20 0-1 24:0 27-0 270 1 <__$__ 1z = 121 (Col. 7) _____ VR=VR (Col. 10) Iz = 1z2 (Col. 13) Test conditions Tamb = Tamb = 25C to 60C 100C MRA LRC (JEDEC outline DO-35) Outline and dimensions Outline and dimensions (Third angle projection) (Third angle projection) 34 y 4" osoe 1 ys _ mi 25a oI 25.4-= 2.2 ? 9 SS ots ey Ys min, max, min, max, 1 oo 1 ! ce Tae z r= i 1984 284 . max min All dimensions in millimetres All dimensions in millimetres Polarity: sleeved lead to supply positive. For detail dimensions see BS 3934 SO-84 Page 45