APPENDICES [Power Supply Circuits -- Guide]

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Electrical Specifications of the transistors used in the projects
Diode Specifications
Zener Diode Specifications
Power FETs
Package Information of FETs
Small Signal FETs
Three-terminal Voltage Regulators
Package Information of 3-Terminal Voltage Regulators
Printed Circuit board Layouts
Specifications of the transistors used in the projects

Descriptive Part of the Table:

Type

The original type designation has been taken over directly from the manufacturers, with the abbreviation of the manufacturer added in brackets only in those cases in which different manufacturers used the same type designation.

Mat.

The materials used are abbreviated as follows:

Ge Germanium

Mos MOS technology (metal oxide silicon)

S1 Silicon

V-MOS Vertical MOS technology

Pol.

The polarities used are abbreviated as follows:

npn NPN structure n-ch N channel type (FET) n-p More than one transistor with different polarities in one case pnp PNP structure p-ch P channel type (FET) Abbreviations used in the following table:

A Antenna amplifier FET Field-effect transistor AGC Regulating steps FET-depl. Field effect transistor, depletion type AF AF range FET-enh. Field-effect transistor, enhancement type AM

AM range FM CATV Broad band cable amplifier fs CB CB-radio HD CTV Color television application hi-rel chop

Chopper Idss Darl Darlington transistor IF dg Dual Gate (FET) in double Paired types iso

dr Driver stages ln dual

Dual transistor (differential min amplifier) mix end Final stages nixie FM range Fast switch Horizontal deflection high reliability Drain source short-circuit current (FET) IF applications Input stages insulated Low noise Miniaturized version Mixer stages Digital display tube osc Oscillator stages pow

Power stages radiation Aerospace applications (radiation-proof) RF

RF range s Switch SMP Switch-mode power supply SSB Single side-band operation Stabi

Stabilization sym Symmetrical types TV Television applications Ugs Gate source voltage UHF UHF range > 250MHz uni Universal type Up Pinch-off voltage (FET) VD Vertical deflection VHF

VHF range 100-250 MHz Vid Video output stages +Diode, +di With integrated diode /ns turn-on/turn-off time Data Part of the Table:

In the case of the ratings, either average values are quoted (< = max.) or lower (> = min.) guaranteed values. As a rule apply at 25°C, unless otherwise indicated.

Uc With transistors, the usual situation is for UCBO(collector base reverse bias) to be quoted, or UCEO and UCEO (collector emitter reverse bias). With FETs, UDS (drain source voltage) is always quoted.

Ic With transistors, IC(collector current) is always quoted. If this is followed by (ss) in brackets, ICM is quoted, i.e. the peak value of the collector current. With FETs, ID (drain current) is always quoted.

Ptot As a rule, the total leakage power Ptot is quoted, with RF types we always quote the RF output power PQ, with corresponding frequency in brackets.

Amplification The DC current gain B(hFE) or the short-circuit current gain ß(hfe) are always quoted as guaranteed values.

fT -- The transition frequency is always quoted in MHz.

Type Mat. Pol. Description UC IC Ptot Current Gain fT [Vmax] [Amax] [Wmax] [MHz] MJ3001 Si npn Darl+diode,pow 60 10.00 150.00($25°C) >10 MJE243 Si npn AF-s-pow 100 4.00 1.50($25°C) 40.120 >40.00 MJE244 Si npn AF-s-pow 100 4.00 1.50($25°C) >25 >40.00 MJE253 Si npn AF-s-pow 100 4.00 1.50($25°C) 40-120 >40.00 MJE4350 Si pnp AF-end,s-pow 100 16.00 125.00($25°C) 15 >1.00 MJE5170 Si pnp uni-pow 120 6.00 2.00($25°C) 15-100 >1.00 MJE5180 Si npn uni-pow 120 6.00 2.00($25°C) 15-100 >1.00 MPF102 Si n-ch FET,VHF-in,sym,mix 25V, Idss>2mA,Up<V MPF106 Si n-ch FET,VHF 25V,Idss>4mA,Up<8V MPS-A29 Si npn Darl 100 0.50 1.50($25°C) >10 >125.00 2N708 Si npn s 2N1711 Si npn uni 2N1889 Si npn AF-s 2N1890 Si npn AF-s 2N1990 Si npn nixie 2N2102 Si npn AF-s 2N2222 Si npn ini 2N2368 Si npn fs 2N2369 Si npn fs 2N2905 Si pnp uni 2N2904 Si pnp uni 2N3019 Si npn uni 2N3020 Si npn uni 2N3055 Si npn AF-s-pow 2N3109 Si npn AF-s 2N3110 Si npn AF-s 2N3367 Si n-ch FET,uni,ln 2N3370 Si n-ch FET, uni, ln 2N3454 Si n-ch FET,uni 2N3819 Si n-ch FET, VHF,uni,sym 2N3823 Si n-ch FET,VHF,ln 2N3903 Si npn uni 2N3904 Si npn uni 2N3905 Si pnp uni 2N3906 Si pnp uni 2N4118 Si n-ch FET,uni 2N5294 Si npn AF-s-pow 2N5397 Si n-ch FET,VHF/UHF 2N5398 Si n-ch FET,VHF/UHF 2N5486 Si n-ch FET,VHF/UHF 2N6038 Si npn Darl+diode,pow 2N6039 Si npn Darl+diode,pow 2N6283 Si npn Darl+diode,pow 2N6284 Si npn Darl+diode,pow

2N6412 Si npn AF-s-pow 2N6414 Si pnp AF-s-pow 40/15 0.20 1.20(25°C) >15 480.00 75 0.50 3.00(25°C) 75

>70.00 100/60 0.50 3.00(25°C) 40-120 >50.00 100/60 0.50 3.00(25°C) 100-300 >60.00 100 1.00 2.00(25°C) >25 120/65 1.00 5.00(25°C) 40-120 >120.00 0 1.80(25°C) 40/15 0.20 1.20(25°C) 20-60 >400.00 40/15 0.20 1.20(25°C) 40-120 >500.00 60/40 0.60 3.00(25°C) 100-300 >200.00 60/40 0.60 3.00(25°C) 40-120 >200.00 140/80 1.00 5.00(25°C) 100-300 >100.00 140/80 1.00 5.00(25°C) 40-120 >80.00 100/60 15.00 115.00($25°C) 20-70 >2.50 80/40 1.00 5.00(25°C) 100-300 >70.00 80/40 1.00 5.00(25°C) 40-120 >60.00 40V,Idss>0.5mA,Up<2.5V 40V,Idss>0.1mA,Up3.2V 50V,Idss>0.05mA,Up<2.3V 25V,Idss>2mA,Up<8V 30V,Idss>4mA,Up<8V 60/40 0.20 1.50(25°C) 50-150 >250.00 60/40 0.20 1.50(25°C) 100-300 >300.00 40 0.20 1.50(25°C) 50-150 >200.0 40 0.20 1.50(25°C) 100-300 >250.00 40V,Idss>0.08mA,Up<3V 80/70 4.00 1.80($25°C) 30-120 >0.80 25V,Idss>10mA,Up<6V 25V,Idss>5mA,Up<6V 25V,Idss>8mA,Up<6V 60 4.00 1.50($25°C) >10 >25.00 80 4.00 1.50($25°C) >10 >25.00 80 20.00 160.00($25°C) >10 >4.00 100 20.00 160.0($25°C) >10 >4.00 60/40 4.00 15.00($25°C) >5 >50.00 80/60 4.00 15.00($25°C) >5 >50.00 2SA511 Si pnp AF/RF/s 2SA597 Si pnp RF-s 2SA761 Si pnp uni 2SA970 Si pnp AF,ln 90/80 1.50 8.00(25°) 30-150 60.00 50/40 1.00 6.00($25°C) 10-250 400.00 110 2.00 6.30($25°) 50-240 80.00 120 0.10 0.30(25°C) 200-700 100.0 Type Mat. Pol. Description UC IC Ptot Current Gain fT [Vmax] [Amax] [Wmax] [MHz] 2SA1016 Si pnp uni,ln 120/100 0.05 0.40(25°) 160-960 110.00 2SA1123 Si pnp uni,ln 150 0.05 0.7(25°) 65-450 200.00 2SA1136 Si pnp AF-in,ln 120/100 0.10 0.30(25°C) 120-560 90.00 2SA1137 Si pnp AF-in,on 80 0.10 0.30(25°C) 120-560 90.00 2SA1141 Si pnp AF/Rf-pow 115 10.00 2.00($25°C) 100 80.00 2SA1285 Si pnp uni 120 0.20 0.90(25°C) 150-800 200.00 2SA1285A Si pnp uni 150 0.10 0.90(25°C) 150-500 200.00 2SA1515 Si pnp uni 40/32 1.00 0.50(25°C) 82-390 150.00 2SA1705 Si pnp AF,s 60/50 1.00 0.90(25°C) >30 150.00 2SA1706 Si pnp AF-s 60/50 2.00 1.00(25°C) >40 150.00 2SB633 Si pnp AF-s-pow 100/85 6.00 40.00($25°C) 40-320 15.00 2SB764 Si pnp uni 60/50 1.00 0.90(25°C) 60-320 150.00 2SB822 Si pnp Af-dr/end 40/32 2.00 0.75(25°C) 82-390 100.00 2SB826 Si pnp s-pow 60/50 7.00 60.00($25°C) >30 10.00 2SB867 Si pnp AF/s-pow,lo-sat 130/80 3.00 30.00($25°C) 60-260 30.00 2SB868 Si pnp AF/s-pow,lo-sat 130/80 4.00 35.00($25°C) 60-260 30.00

2SB869 Si pnp AF/s-pow,lo-sat 130/80 5.00 40.00($25°C) 60-260 30.00 2SB870 Si pnp AF/s-pow,lo-sat 120/80 7.00 40.00($25°C) 60-260 30.00 2SB874 Si pnp AF/s-pow, TV-VD 100/60 2.00 20.00($25°C) >40 250.00 2SB909 Si pnp AF-dr/end 40/32 1.00 1.00(25°C) 82-390 150.00 2SB911 Si pnp AF-dr/end 40/32 2.00 1.00(25°C) 82-390 100.0 2SB920 Si pnp 120/80 2SB921 Si pnp 120/80 2SB1064 Si pnp AF-s-pow 60/50 3.00 1.50($25°) 60-320 70.00 2SB1114 Si pnp min,uni 20 2.00 2.00($25°C) 135-600 180.00 2SB1116 Si pnp uni 60/50 1.00 0.75(25°C) 135-600 120.00 2SB1142 Si pnp s-pow 60/50 2.50 10.00(25°C) >35 140.00 2SB1143 Si pnp s-pow 60/50 4.00 10.00(25°C) >40 150.00 2SB1144 Si pnp AF/s-pow,lo-sat 120/100 1.50 10.00(25°C) >30 100.00 2SB1230 Si pnp AF/s-pow,lo-sat 110/100 15.00 100.00($25°C) 50-140 2SB1231 Si pnp AF/s-pow,lo-sat 110/100 25.00 120.00($25°C) 50-140 2SB1232 Si pnp AF/s-pow,lo-sat 110/100 40.00 150.00($25°C) 50-140 2SC270 Si npn s-pow 270/75 5.00 50.00($25°C) 24-40 22.00 2SC460 Si npn AM-in/mix/osc 30 0.10 0.20(25°C) 35-200 230.00 2SC696 Si npn uni 100/60 3.00 0.75(25°C) 30-173 100.00 2SC763 Si npn VHF 25/12 0.02 0.10(25°C) 20-300 >400.00 2SC829 Si npn AM/FM-in/mix/osc 30/20 0.03 0.40(25°C) 40-500 230.00 2SC959 Si npn uni 120/80 0.70 0.70(25°C) 40-200 100.00 2SC1324 Si npn UHF-CATV 35/25 0.15 3.00(25°C) 10-35 2SC1876 Si npn Darl 100/70 0.50 0.80(25°C) >20 2SC2124 Si npn TV-HD 220/800 2.00 5.00($90°C) 20 4.00 2SC2125 Si npn TV-HD 220/800 5.00 50.00($25°C) 8-25 5.00 2SC2270 Si npn lo-sat 50/20 5.00 1.00($25°C) >70 100.00 2SC2334 Si npn s-pow,dc-dc conv. 150/100 7.00 40.00($25°C) >20 2SC2459 Si npn uni 120 0.10 0.20(25°C) 200-700 100.00 2SC2675 Si npn AF,ln 80 0.10 0.30(25°C) 180-820 120.00 2SC2724 Si npn FM-IF 30/25 0.03 0.20(25°C) 25-300 200.00 2SC3112 Si npn AF,ln 50 0.15 0.40(25°C) 600-3600 250.00 2SC3179 Si npn AF-pow 80/60 4.00 30.00($25°C) 100 15.00 2SC3245 Si npn uni 120 0.10 0.90(25°C) 150-800 200.00 Type Mat. Pol. Description UC IC Ptot Current Gain fT [Vmax] [Amax] [Wmax] [MHz] 2SC3245A Si npn 2SC3248 Si npn 2SC3358 Si npn 2SC3420 Si npn 2SC3622 Si npn 2SC4308 Si npn uni 150 0.10 0.90(25°C) 400-800 200.00 uni 180 0.10 0.90(25°C) 150 130.00 UHF 20/12 0.10 0.25(25°C) 50-300 7000.00 lo-sat 50/20 5.00 10.00(25°C) >70 100.00 AF-s,hi-beta 60/50 0.15 0.25(25°C) 1000-3200 250.00 VHF-A 30/20 0.30

0.60(25°C) 50-200 2500.00 2SD386 Si npn 2SD406 Si npn 2SD613 Si npn 2SD614 Si npn 2SD621 Si npn 2SD628 Si npn 2SD629 Si npn 2SD688 Si npn 2SD712 Si npn 2SD726 Si npn 2SD729 Si npn 2SD781 Si npn 2SD826 Si npn 2SD838 Si npn 2SD892A Si npn 2SD1049 Si npn 2SD1062 Si npn 2SD1153 Si npn 2SD1177 Si npn 2SD1237 Si npn 2SD1238 Si npn 2SD1639 Si npn 2SD1684 Si npn 2SD1685 Si npn 2SD1691 Si npn 2SD1840 Si npn 2SD1841 Si npn 2SD1842 Si npn 2SD2116 Si npn 2SD2117 Si npn 2SD2213 Si npn TV-VD 200/120 3.00 1.75($25°C) 40-320 8.00 Darl 100 2.00 15.00(25°C) >2000 AF-s-pow 100/85 6.00 40.00($25°C) 40-320 15.00 Darl 100/80 3.00

0.80(25°C) 3000 15.00 TV_HD 2500/900 3.00 50.00($25°C) 3-15 Darl+diode,pow 100 10.00 80.00($25°C) >1000 Darl+diode,pow 100 10.00 100.00($25°C) >1000 Darl,pow 100 1.50 0.80($25°C) >10 AF-s-pow 100 4.00 30.00($25°C) 55-300 8.00 AF-s-pow 100/80 4.00 40.00($25°C) 35 320 10.00 Darl+diode,pow 100 20.00 125.00($25°C) >1000 s-pow,TV-HD 150/60 2.00 1.00(25°C) 150 60/20 5.00 1.00($25°C) 120-560 120.00 TV-HD,s-pow 2500/900 3.00 50.00($25°C) 3-15 Darl 60/50 0.50 0.40(25°C) >8000 150.00 AF-s-pow 120/80 25.00 80.00($25°C) >20 s-pow 60/50 12.00 40.00($25°C) >30 10.00 Darl 80750 1.50 0.90(25°C) >40 120.00 AF pow,TV-HD 100/60 2.00 20.00($25°C) >40 230.00 s-pow 90/80 7.00 1.75($25°C) >30 20.00 s-pow 90/80 12.00 80.00($25°C) >30 20.00 AF-s-pow 100/80 2.20 10.00($25°C) 40-200 AF/s-pow,lo-sat 120/100 1.50 10.00(25°C) >30 120.00 AF/s-pow,lo-sat 60/20 5.00 10.00(25°C) >95 120.00 AF-s-pow 60 5.0 20.00(25°C) 100-400 AF/s-pow,lo-sat 110/100 15.00 100.00($25°C) 50-140 AF/s-pow,lo-sat 110/100 25.00 120.00($25°C) 50-140 AF/s-pow,lo-sat 110/100 40.00 150.00($25°C) 50-140 Darl 80/50 0.70 1.00(25°C) >40 Darl 80/50 1.50 1.00(25°C) >30 Darl,AF 150/80 1.50 0.90(25°C) >10 2SJ165 V-MOS p-ch FET-enh., 50V,0.1A,0.25W 2SK422 V-MOS n-ch 2SK423 V_MOSn-ch 3N140 MOS n-ch 3N225 MOS n-ch FET-depl.,dg,FM/VHF-in 20V,Idss>5mA FET-depl.,dg, UHF 25V,Idss>1mA,Up<4V 3SK35 MOS n-ch 3SK37 MOS n-ch 3SK45 MOS n-ch 3SK61 MOS n-ch 3SK72 MOS n-ch 3SK77 MOS n-ch 3SK85 MOS n-ch FET-enh. 60v,0.7A,0.9W,17/12ns FET-enh. 100V,0.5A,0.9W,15/20ns FET-depl.,dg,VHF FET-depl.,dg,VHF FET-depl.,dg,VHF FET-depl.,dg,VHF FET depl.,dg,VHF FET-depl.,dg,VHF FET-depl.,dg,VHF 20V,Idss>3mA,Up<4V 20V,Idss>4mA,Up<3V 22V,Idss>4mA,Up<3V 20V,Idss>4mA,Up<3V 20V,Idss>2.5mA,Up<3V 20V,Idss>3mA,Up<2.5V 20V,Idss>4mA,Up<3V SEMICONDUCTOR DIODE SPECIFICATIONS

* RFR = Rectifier, Fast Recovery Device Type Material 1N34 Signal Germanium 1N34A Signal Germanium 1N67A Signal Germanium 1N191 Signal Germanium 1N270 Signal Germanium 1N914 Fast Switch Silicon (Si) 1N1184 RFR Si 1N2071 RFR Si 1N3666 Signal Germanium 1N4001 RFR Si 1N4002 RFR Si 1N4003 RFR Si 1N4004 RFR Si 1N4005 RFR Si 1N4006 RFR Si 1N4007 RFR Si 1N4148 Signal Si 1N4149 Signal Si 1N4152 Fast Switch Si

1N4445 Signal Si 1N5400 RFR Si 1N5401 RFR Si 1N5402 RFR Si 1N5403 RFR Si 1N5404 RFR Si 1N5405 RFR Si 1N5406 RFR Si 1N5767 Signal Si ECG5863 RFR Peak Average Rectified Inverse Current Voltage,PIV Forward (Reverse) (Volts) lO (A) (IR(A)) 60 8.5 m (15.0µ) 60 5.0 m (30.0µ) 100 4.0 m (5.0µ) 90 5.0 m 80 0.2 (100 µ) 75 75.0 m (25.0 n) 100 35 (10 m) 600 0.75 (10.0µ) 80 0.2 (25.0µ) 50 1.0 (0.03 m) 100 1.0 (0.03 m) 200 1.0 (0.03 m) 400 1.0 [0.03 m) 600 1.0 (0.03 m) 800 1.0 (0.03 m) 1000 1.0 (0.03 m) 75 10.0 m (25.0 n) 75 10.0 m (25.0 n) 40 20.0 m (0.05µ) 100 0.1 (50.0 n) 50 3.0 100 3.0 200 3.0 300 3.0 400 3.0 500 3.0 600 3.0

0.1 (1.0µ) Si 600 6 Peak Surge Average Current, IFSM Forward 1 sec. @ 25ºC Voltage, VF (A) (Volts) 1.0 1.0 1.0 1.0 1.0

0.5 1.0 1.7

0.6 1.0 1.1 1.1 1.1 1.1 1.1 1.1 1.0 1.0

0.8 1.0 200 200 200 200 200 200 200 1.0 150

0.9 Zener Power ( Watts)

Voltage (Volts) 0.25 0.4 0.5 1.0 1.5 5.0 10.0 50.0 1.8 1N4614 2.0 1N4615 2.2 1N4616 2.4 1N4617 1N4370,A 1N4370,A,1N5221,B 1N5985,B 2.5 1N5222B 2.6 1N702,A 2.7 1N4618 1N4371,A 1N4371,A,1N5223,B 1N5839, 1N5986 2.8 1N5224B 3.0 1N4619 1N4372,A 1N4372,1N5225,B 1N5987 3.3 1N4620 1N746,A 1N746A 1N3821 1N5913 1N5333,B 1N764 A 1N5226,B 1N4728,A 1N5518 1N5988 3.6 1N4621 1N747,A 1N747A 1N3822 1N5914 1N5334,B 1N5519 1N5227,B,1N5989 1N4729,A

3.9 1N4622 1N748,A 1N748A,1N5228,B 1N3823 1N5915 1N5335,B 1N3993A 1N4549,B 1N5520 1N5844, 1N5990

1N4730,A 1N4557,B 4.1 1N704,A 4.3 1N4623 1N749,A 1N749,A 1N5229,B 1N3824 1N5916 1N5336,B 1N3994,A 1N4550,B 1N5521 1N5845,1N5991 1N4731 ,A 1N4558,B 4.7 1N4624 1N750,A 1N750A ,1N5230,B 1N3825 1N5917 1N5337,B 1N3995,A 1N4551,B 1N5522 1N5846, 1N5992 1N4732,A 1N4559,B 5.1 1N4625 1N751 A 1N751A, 1N5231,B 1N3826 1N5918 1N5338,B 1N3996,A 1N4552,B 1N4689 1N5523 1N5847,1N5993 1N4733 1N4560,B 5.6 1N708A 1N752,A 1N752,A,1N5232,B 1N3827 1N5919 1N5339,B 1N3997,A 1N4553,B 1N4626 1N5524 1N5848, 1N5994 1N4734,A 1N4561,B 5.8 1N706A 1N762 6.0 1N5233B 1N5340,B 1N5849 6.2 1N709,1N4627 1N753,A 1N753,A 1N3828,A 1N5920 1N5341,B 1N3998,A 1N4554,B MZ605,MZ610 1N821,3,5, 1N5234,B, 1N5850 1N4735,A 1N4562,B MZ620,MZ640 7,9; A 1N5995 6.4 1N4565-84,A 6.8 1N4099 1N754,A 1N754,A 1N757,B 1N3016,B 1N3785 1N5342,B 1N2970,B 1N2804B 1N957,B 1N5235,B 1N5851 1N3829 1N5921 1N3999,A 1N3305B 1N5526 1N5996 1N4736,A 1N4555, 1N4563 7.5 1N4100 1N755,A 1N755A,1N958,B 1N3017,A,B 1N3786 1N5343,B 1N2971,B 1N2805,B 1N958,B 1N5236,B, 1N5862 1N3830 1N5922 1N4000,A 1N3306,B 1N5527 1N5997 1N4737,A 1N4556, 1N4564 8.0 1N707A 8.2 1N712A 1N756,A 1N756,A 1N3018,B 1N3787 1N5344,B 1N2972,B 1N2806,B 1N4101 1N959,B 1N959,B,1N5237,B 1N4738,A 1N5923 1N3307,B 1N5528 1N5853 ,1N5998 8.4 1N3154-57,A 1N3154,A 1N3155-57 8.5 1N4775-84,A 1N5238,B,1N5854 8.7 1N4102 1N5345,B 8.8 1N 764 9.0 1N764A 1N935-9;A,B Zener Power (Watts) Voltage (Volts) 0.25 0.4 0.5 1.0 1.5 5.0 10.0 50.0 9.1 1N4103 1N757,A 1N757,A, 1N960,B 1N3019,B 1N3788 1N5346,B 1N2973,B 1N2807,B 1N960,B 1N5239,B, 1N5855 1N4739,A 1N5924 1N3308,B 1N5529 1N5999 10.0 1N4104 1N758,A 1N758,A, 1N961,B 1N3020,B 1N3789 1N5347,B 1N2974,B 1N2808,B 1N961,B 1N5240,B, 1N5856 1N4740 1N5925 1N3309,A,B 1N5530,B 1N6000 11.0 1N715,A 1N962,B 1N962,B,1N5241,B 1N3021,B 1N3790 1N5348,B 1N2975,B 1N2809,B 1N4105 1N5531 1N5857, 1N6001 1N4741,A 1N5926 1N3310,B 11.7 1N716,A 1N941,A,B 1N4106 12.0 1N759,A 1N759,A ,1N963,B 1N3022,B 1N3791 1N5349,B 1N2976,B 1N2810,B 1N963,B 1N5242,B, 1N5858 1N4742,A 1N5927 1N3311,B 1N5532 1N6002 13.0 1N4107 1N964,B 1N964,B,1N5243,B 1N3023,B 1N3792 1N5350,B 1N2977,B 1N2811,B 1N5533 1N5859,1N6003 1N4743,A 1N5928 1N3312,B 14.0 1N4108 1N5534 1N5244B, 1N5351,B 1N2978,B 1N2812,B 1N5860 1N3313,B 15.0 1N4109 1N965,B 1N965,B,1N5245,B 1N3024,B 1N3793 1N5352,B 1N2979,A,B 1N2813,A,B 1N5535 1N5861,1N6004 1N4744A 1N5929 1N3314,B 16.0 1N4110 1N966,B 1N966,B,1N5246,B 1N3025,B 1N3794 1N5353,B 1N2980,B 1N2814,B 1N553,B 1N5862, 1N6005 1N4745,A 1N5930 1N3315,B 17.0 1N4111 1N5537 1N5247,B 1N5354,B 1N2981B 1N2815,B 1N5863 1N3316,B 18.0 1N4112 1N967,B 1N967,B 1N3026,B 1N3795 1N5355,B 1N2982,B 1N2816,B 1N5538 1N5248,B 1N4746,A 1N5931 1N3917,B 1N5864, 1N6006 19.0 1N4113 1N5539 1N5249,B 1N5356,B 1N2983,B 1N2817,B 1N5865 1N3318,B 20.0 1N4114 1N968,B 1N968,B,1N5250,B 1N3027,B 1N3796 1N5357,B 1N2984,B 1N2818,B 1N5540 1N5866, 1N6007 1N4747,A 1N5932,A,B 1N3319,B

22.0 1N4115 1N959,B 1N969,B,1N5241,B 1N3028,B 1N3797 1N5358,B 1N2985,B 1N2819,B 1N5541 1N5867, 1N6008 1N4748,A 1N5933 1N3320,A,B 24.0 1N4116 1N5542 1N970,B,1N5252,B 1N3029,B 1N3798 1N5359,B 1N2986,B 1N2820,B 1N9701B 1N586,1N6009 1N4749,A 1N5934 1N3321,B 25.0 1N4117 1N5543 1N5253,B 1N5360,B 1N2987B 1N2821,B 1N5869 1N3322,B 27.0 1N4118 1N971,B 1N971,1N5254,B 1N3030,B 1N3799 1N5361,B 1N2988,B 1N2822B 1N5870,1N6010 1N4750,A 1N5935 1N3323,B 28.0 1N4119 1N5544 1N5255,B,1N5871 1N5362,B 30.0 1N4120 1N972,B 1N972,B,1N5256,B 1N3031,B 1N3800 1N5363,B 1N2989,B 1N2823,B 1N5546 1N5872,1N6011 1N4751,A 1N5936 1N3324,B 33.0 1N4121 1N973,B 1N973,B,1N5257,B 1N3032,B 1N3801 1N5364,B 1N2990,A,B 1N2824,B 1N5546 1N5873,1N6012 1N4752,A 1N5937 1N3325,B 36.0 1N4122 1N974,B 1N974,B,1N5258,B 1N3033,B 1N3802 1N5365,B 1N2991,B 1N2825,B 1N5874,1N6013 1N4753,A 1N5938 1N3326,B 39.0 1N4123 1N975,B 1N975,B, 1N5259,B 1N3034,B 1N3803 1N5366,B 1N2992,B 1N2826,B 1N5875 ,1N6014 1N4754,A 1N5939 1N3327,B 43.0 1N4124 1N976,B 1N976,B,1N5260,B 1N3035,B 1N3804 1N5367,B 1N2993,A,B 1N2827,B 1N5876,1N6015 1N4755,A 1N5940 1N3328,B 45.0 1N2994B 1N2828B 1N3329B

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Package Information for Power FETs Package Information for Small Signal FETs

* Listed numerically by device Device Description Voltage Current Package (Amps) 317 Adj. Pos 317 Adj. Pos 317L Low Current Adj. Pos 317M Med Current Adj. Pos 350 High Current Adj. Pos 337 Adj. Neg 337 Adj. Neg 337M Med Current Adj. Neg 309 309 323 140-XX Fixed Pos 340-XX 78XX 78LXX 78MXX 78TXX 79XX Fixed Neg 79LXX 79MXX Note #

+1.2 to +37

0.5 TO-205 1.5 TO-204,TO-220 0.1 TO-205,TO-92

+1.2 to +37 0.5 TO-220

+1.2 to +33 3.0 TO-204,TO-220

-1.2 to -37

-1.2 to -37 0.5 TO-205 1.5 TO-204,TO-220 0.5 TO-220

0.2 TO-205 1.0 TO-204 9.0 TO-204,TO-220 1.0 TO-204,TO-220 1.0 TO-204,TO-220 1.0 TO-204,TO-220

0.1 TO-205,TO-92

0.5 TO-220 3.0 TO-204 1 .0 TO-204,TO-220

0.1 TO-205,TO-92

0.5 TO-220 Legend: Adj. Med Neg Pos +5

+5 Note #

= Adjustable = Medium

= Negative = Positive Note # - XX indicates the regulated voltage; which may be anywhere from 1.2 volts to 35 volts. For example a 7808 is a positive 8-volt regulator, and a 7912 is a negative 12-volt regulator.

The regulator package may be denoted by an additional suffix, according to the following:

Package Suffix TO-204 (TO-3) K TO-220 T TO-205 (TO-39) H,G TO-92 P,Z Example:

A 7815K is a positive 15-volt regulator in a TO-204 package. An LM340T-8 is a positive 8-volt regulator in a TO-220

+1.2 to +37

0.5 TO-205 1.5 TO-204,TO-220 0.1 TO-205,TO-92

+1.2 to +37 0.5 TO-220

+1.2 to +33 3.0 TO-204,TO-220

-1.2 to -37

-1.2 to -37 0.5 TO-205 1.5 TO-204,TO-220 0.5 TO-220

0.2 TO-205 1.0 TO-204 9.0 TO-204,TO-220 1.0 TO-204,TO-220 1.0 TO-204,TO-220 1.0 TO-204,TO-220

0.1 TO-205,TO-92

0.5 TO-220 3.0 TO-204 1 .0 TO-204,TO-220

0.1 TO-205,TO-92

0.5 TO-220 Legend: Adj. Med Neg Pos +5

+5 Note #

= Adjustable = Medium

The regulator package may be denoted by an additional suffix, according to the following:

Package Suffix TO-204 (TO-3) K TO-220 T TO-205 (TO-39) H,G TO-92 P,Z Example: A 7815K is a positive 15-volt regulator in a TO-204 package. An LM340T-8 is a positive 8-volt regulator in a TO-220

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Do-It-Yourself Circuitbuilding For Dummies (Do-It-Yourself for Dummies) (Paperback) by H. Ward Silver, Published by For Dummies (2008) MORE Electronic Gadgets for the Evil Genius (Paperback) by Rober Ianninni, Published by McGraw-Hill/TAB Electronics; 2 edition (December 20, 2005) The Art of Electronics by Paul Horowitz and Winfried Hill, Published by Cambridge University Press; 2 edition (July 28, 1989) Electronics For Dummies (Paperback) by Gordon McComb and Earl Boysen, Published by For Dummies (2005) Practical Electronics for Inventors (Paperback) by Paul Scherz, Published by McGraw-Hill/ TAB Electronics; 2 edition (September 1, 2006) Teach Yourself Electricity and Electronics, Fourth Edition (Teach Yourself) (Paperback) by Stan Gibilisco, McGraw-Hill/TAB Electronics; 4 edition (March 15, 2006) The Circuit Designer's Companion, Second Edition (Paperback) by Tim Williams, Published by Newnes; 2 edition (December 21, 2004) Circuit-Bending: Build Your Own Alien Instruments (ExtremeTech) (Paperback) by Reed Ghazala, Published by Wiley (August 26, 2005) The Tube Amp Book: Deluxe Revised Edition (Spiral-bound) by Aspen Pittman, Published by Backbeat Books; Har/Cdr edition ( September 1, 2003) Circuit Design with VHDL (Hardcover) by Volnei A. Pedroni, Published by The MIT Press ( August 1, 2004) Active Filter Cookbook, Second Edition (Paperback) by DON LANCASTER. Newnes; 2 edition (August 13, 1996) 123 PIC Microcontroller Experiments for the Evil Genius (Paperback) by Myke Predko.

McGraw-Hill/TAB Electronics; 1 edition ( June 24, 2005) Bionics for the Evil Genius (Paperback) by Newton C. Braga. McGraw Hill/TAB Electronics; 1 edition ( December 22, 2005) Electronic Circuits for the Evil Genius (Paperback) by Dave Cutcher.

McGraw-Hill/TAB Electronics; 1 edition ( November 24, 2004) Semiconductor Optoelectronic Devices (2nd Edition) (Paperback) by Pallab Bhattacharya Prentice Hall; 2 edition (November 29, 1996) Cooling Techniques for Electronic Equipment, 2nd Edition (Hardcover) by Dave S. Steinberg. Wiley-Interscience; 2 edition (October 8, 1991) Mastering Audio, Second Edition: The art and the science (Paperback) by Bob Katz.

Focal Press; 2 edition ( October 1, 2007) 101 Spy Gadgets for the Evil Genius (Paperback) by Brad Graham & Kathy McGowan.

McGraw-Hill/TAB Electronics; 1 edition ( June 19, 2006) Solar Energy Projects for the Evil Genius (Paperback) by Gavin D J Harper. McGraw-Hill/ TAB Electronics; 1 edition ( June 22, 2007) Tab Electronics Guide to Understanding Electricity and Electronics (Paperback) by G. Randy Slone. McGraw-Hill/TAB Electronics; 2nd edition ( July 21, 2000) Electronics Sensors for the Evil Genius: 54 Electrifying Projects (Evil Genius) (Paperback) by Thomas Petruzzellis. McGraw-Hill/TAB Electronics; 1 edition (January 2006) Beginner's Guide to Reading Schematics (Paperback) by Robert J. Traister & Anna L. Lisk. McGraw-Hill/TAB Electronics; 2 edition (March 1, 1991) How to Test Almost Everything Electronic (Paperback) by Delton T. Horn. McGraw-Hill/TAB Electronics; 1 edition (April 1, 1993) Crystal Fire: The Invention of the Transistor and the Birth of the Information Age by Michael Riordan & Lillian Hoddeson. W. W. Norton & Company; New Ed edition (1998) Electronic Gadgets for the Evil Genius : 28 Build-It-Yourself (Paperback) by Robert E. Iannini. McGraw-Hill/TAB Electronics; 1 edition ( March 12, 2004) High-Power Audio Amplifier Construction Manual (Paperback) by G. Randy Slone.

McGraw-Hill/TAB Electronics; 1 edition (May 1, 1999) Mechatronics for the Evil Genius (Paperback) by Newton C. Braga.

McGraw-Hill/TAB Electronics; 1 edition ( September 15, 2005) Industrial Motor Control (Hardcover) by Stephen L. Herman.

CENGAGE Delmar Learning; 4 edition (October 8, 1998) Audio Electronics, Second Edition (Paperback) by John Linsley Hood.

Newnes; 2 edition (November 16, 1998)

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PRINTED CIRCUIT BOARD LAYOUTS

All printed circuit board layouts in this collection are once again printed in the following pages. You can either cut out or photocopy these pages to make a separate file for quick reference.

page 11 High Current Regulated 5V