A-MAX 22 Search Results

2n6a

Abstract: 2N6180 2N6292 2N6181 2N5298 2N6107 2N6177 2N6178 2N6478 2N6488
Contextual Info: PLASTIC-PACKAGED POWER TYPES le > 2 A max. P y * 25 W max. P lv tic T0-5 42x42* IC * 4 A max. P j - 25 W max. (Plastic TO-5) 42x42 le > 1 A max. Pt • 20 w max. (Plastic TO-5) 3 2 x3 2 lc - 7 A max. P y - 4 0 W max. V ERSA W A TT (TO-220) l c • - 7 A max.

RCA 40313

Abstract: 2n1482 RCA 40250 2N3054 2N344 2N5298 2N5786 2N6478 ITO-220
Contextual Info: Ic to 80 A . Pt to 300 W . V c E to 170 V H O M E T A X IA L -B A S E N-P-N POW ER T Y P E S le - 16 A max. •260 W max. <e “ 1.6 A max. le a 1 . S A max. lc » 3 .S A max. lc * 4 A m ax. lc a 4 A max. le • 3 A max. le “ 3 A max. le - 7 A max. lc a 1 S A max.

Contextual Info: MS-228-6 Pb Mains switching Reed Sensor • M8 thread Lead free Electrical Characteristics Contact form Contact rating max. Switching current max. Carry current max. W / VA A A VDC VAC VDC mΩ Ω pF Switching voltage max. Breakdown voltage min. Contact resistance initial max.

40349

Abstract: rca8203a 2N6534 rca 610 RCA8203B RCA8350 2N6055 2N6056 2N6337 2N6383
Contextual Info: MONOLITHIC DARLINGTON TYPES HERM ETIC lc • 8 A max. P j - 3 6 W max. T O -66 138 x 136 lc > 8 A max. P f “ 90 W max. (TO-31 136 x 136 PLASTIC l t z 8 A max. Py 100 W max. (TO-3) lc * 10 A max. Py ■ 100 W max. (TO-3) lc •= - 1 0 A max. PT - 100 W max.

TPI2220ML390C

Abstract: TPI2220 27 21 121 8000 tpi22 TPI2220ML220C
Contextual Info: Multilayer Ceramic SMD Varistor TPI 2220 Surface Mount ML-C Series Working Voltage MAX Breakdown Voltage Peak Clamping Energy Typical Current Voltage Absorption Capacitance ※ (MAX) (MAX) (MAX) AC (VRMS) DC (V) 1mA (V) 8/20µ s (A) (A) (V) 10/1000µ s (J)

2n3773 power Amplifier

Abstract: 2N1482 2N3054 2N344 2N5298 2N5786 2N6478 ITO-220
Contextual Info: Ic to 80 A . . . Pt to 300 W . . . V cE to 170 V HOMETAXIAL-BASE N-P-N POWER TYPES le a 1 .S A max. <e “ 1.6 A max. P T " 8.76 W max. ITO-39J* PT - 8.7S W m u . TO-391* lc » 3.S A max. P y « 10 W max. (TO-391* lc * 4 A max. Pt - GO W max. < T 0 6 6 *

STTH5L06D

Abstract: STTH5L06FP STTH5L06B STTH5L06B-TR
Contextual Info: STTH5L06D/B/FP TURBO 2 ULTRAFAST HIGH VOLTAGE RECTIFIER MAIN PRODUCT CHARACTERISTICS IF AV 5A VRRM 600 V IR (max) 125 µA Tj (max) 175 °C VF (max) 1.05 V trr (max) 95 ns A A K K TO-220AC STTH5L06D TO-220FPAC STTH5L06FP FEATURES AND BENEFITS • ■ ■

TA8662

Abstract: 2N5781 2N5954 2N6107 2N6248 2N6292 2N6372 2N6472 2N6488 2N6491
Contextual Info: E P IT A X IA L-B A S E N-P-N & P-N-P POWER TYPES 1C to 15 A . . . P f to 200 W . . . VCE to 125 V 1« “ - 3 .5 max. Py«10W m ax. ITO-3SI I{ > 8 A max. Py * 40 W max. T O -6 6 * lc * - 6 A max. Py - 40 W max. 1TO -66)* le « 7 A max. Py - 40 W max.

BA60

Abstract: rectifier s1wb Bridge diodes
Contextual Info: Rectifier Diodes Low Noise Bridge Diodes Electrical Characteristics Absolute Maximum Ratings rm lo Conditions [V] [A] [°C] V Part No. If s m Tstg Tj [A] [°C] [°C] Ir tre eil eja ejc Conditions max (max) (max) (max) (max) If V r=Vrm [A] [mA] Vf (max) To

S493-0005-06

Abstract: A493-0005-06 S493-0007-06 S493-0010-06 S493-0020-06 S493-0025-06 S493-0030-06 S493-0035-06 smd fuse m
Contextual Info: defining a degree of excellence 1 TAP LEADING EDGE CONTROL PRECISE DELAY MODULES Cat 29-R1 .300 5 Out Vcc 8 bel DC (P/N) .375 .350 .285 Max .300 * .325 In 1 bel (DC) (P/N) .285 Max Gnd 4 .50 Max .50 Max .015 .004 .22 Max 4o .23 Max .012 .008 .018 Coplanarity + .002

A463-0005-06

Abstract: A463-0007-06 A463-0010-06 S423-0005-06 S423-0007-06 S423-0010-06 S423-0015-06
Contextual Info: defining a degree of excellence 1 TAP LEADING EDGE CONTROL STANDARD DELAY MODULES Cat 18-R2 .300 5 Out Vcc 8 bel DC (P/N) .375 .350 .285 Max .300 * .325 In 1 bel (DC) (P/N) .285 Max Gnd 4 .50 Max .50 Max .015 .004 .22 Max 4o .23 Max .012 .008 .018 Coplanarity + .002

Contextual Info: 8D - D38999 Aluminium Series Receptacle with straight spill contacts Shell size A Min. Max. Min. Max. Min. Max. Min. Max. Min. Max. Min. Max. Min. Max. Min. Max. L2 L3 L4 Min. Max. Min. Max. Min. Max. Min. Max. Min. Max. Min. Max. Min. Max. Min. Max. M : Male contact

2N4401 EBC

Abstract: TP2222A
Contextual Info: TO -92/TO -226A A ‘2N’ and ‘TP’ DEVICE TYPES ELECTRICAL CHARACTERISTICS at T = 25°C A V CE sat DC Current Gain ^cso 'c Device Type Max. V (BRJCBO V(BR)CEO V <BR)EBO Max. @ v CB (mA) (V) (V) (V) (HA) h FE h FE @ 'c (V) Min. Max. (mA) v CE Max.

9920-501

Abstract: SCI-9920-501 erie feedthru
Contextual Info: LE A D FINISH! CASING FINISH: 0.159 MAX. .060 MAX. EPOXY MENISCUS C A P A C IT A N C E -55*C TD 125*C CURRENT BROWN COLOR DOT. HERMETICALLY GLASS SEALED END 1 GUILD 50 0p F GMV TEMP, RANGE .025 MAX. MENISCUS 0.030 GUILD 5 AMP MAX, 125'C 115 V A C MAX, 125'C 200 V D C MAX,

FT3055

Abstract: 2N3055 TO220 SE9302 mj2955 TO-220 2N3440 2N5683 2N5684 2N5685 FT431 2NS840
Contextual Info: FAIRCHILD TRANSISTORS POWER POWER TRANSISTORS BY lC max, POLARITY AND ASCENDING VCEO Item DEVICE NO. Polarity NPN PNP ic = 50.0 A Max v CEO V Max VCE(sat) @ ic V A Max hpE @ 'C A Min/Max (Cont d) it PD(Max) MHz Min(Typ) Tc= 25°C Package No. Continuous (Cont'd)

triac applications circuit diagram

Abstract: triac control 8-pin zero crossing circuit S202S02F S216S02F s201s05f PR3BMF21NSZF triac snubber triac 60950 s202t01f
Contextual Info: PI/SSR/1108 Selection criteria DIP 6 pin IT rms : 0.15 A IFT: max. 10mA PR32MA11NTZF DIP 8 pin IT (rms): 0.3 A IFT: max. 10mA PPR33MF51NSZF IT (rms): 0.6 A IFT: max. 10mA PPR36MF51NSZF Built-in zero cross IFT: max. 5mA Built-in zero cross IFT: max. 8mA IFT: max. 15mA

2N6476 JAN

Abstract: 2N6180 40817 TA8662 2N5781 2N5954 2N6107 2N6248 TO220I 2N6372
Contextual Info: EPITAXIAL-BASE N-P-N & P-N-P POWER TYPES 1C to 15 A . . . P f to 2 00 W . . . VCE to 125 V 1« “ - 3 .5 max. Py«10W m ax. ITO-3SI I{ > 8 A max. Py * 40 W max. T O -6 6 * lc * - 6 A max. Py - 40 W max. 1TO -66)* le « 7 A max. Py - 40 W max. VERSA W ATT

audio ampli 3w

Abstract: 2N3440 2N5416 REPLACEMENT 2N3055 2N3772 APPLICATIONS 40852 2N5781 2N5954 2N6107 2N6248 2N6372
Contextual Info: EPITAXIAL-BASE N-P-N & P-N-P POWER TYPES 1C to 15 A . . . P f to 2 00 W . . . VCE to 125 V 1« “ - 3 .5 max. Py«10W m ax. ITO-3SI I{ > 8 A max. Py * 40 W max. T O -6 6 * lc * - 6 A max. Py - 40 W max. 1TO -66)* le « 7 A max. Py - 40 W max. VERSA W ATT

M324

Contextual Info: H I Micro Networks PACKAGING Package A Package A A Package A J PackageB fm - I .980 [24.89] - H MAX .510 [12.95] MAX ♦ 1.010 25.65 MAX T SQ. ID CORNER * £ ^ 1.520 f— - (38.61) — —H I MAX I_| .23 ±.01 {5.84 ± 3) 8X .010 — (.25) MAX GLASS OR

Contextual Info: 311-01 3 S HELL SIZE E F G H Í .010 MAX MAX MAX MAX a □ A S H ND T A B L E II DASH J K ENTRY NO MAX MAX MAX SYM . DATE A P P ROVED A RELEASED 03/10/89 T.L. 118 B R E V I S E D PER DCN 07956 03 / 2 4 / 8 9 H .T . 450 150 C RE V I S E D PER DCN 07972

Contextual Info: o Power Transistors TO-220 Case Continued TYPE NO. •c PD (A) (W) MAX @ lc hFE BVCBO BVCEO (V) (V) MIN MIN MIN MAX (A) VCE(SAT) @ 1C (V) (A) MAX fT (MHz) MIN NPN PNP SE9300 SE9400 10 70 60 60 1,000 . 4.0 2.0 4.0 1.0 SE9301 SE9401 10 70 80 80 1,000 .

Contextual Info: Normal mode SN Coils Terminal Base Type – P Type [RoHS [RoHS Compliant] Compliant] Rated current A 2 2 Model SN5-300P SN5-400P DC resistance (⏲) max. 0.050 0.066 Inductance ( H) min. 25 48 Temperature rise(K) max. 18 22 Finished dimensions (mm) A(max.)

2SJ18

Abstract: 2SJ174 HA 1350S 2S1189 2S119 2sj196 mos-mcs 2SJ170 2SJ171 2SJ172
Contextual Info: - 22 - m % ft € m & m ss f t t % * K V ± * ft Ê (V) ft * tt ft (A) P d /P c h (W) Ig s s (max) (A) Vg s (V) % M (min) (max) Vd s (A) (V) (A) ft t*È (Ta=25‘ C) (min) (max) V d s (V) (V) (V) Id (A) (min) (S) Vds (V) Id (A) 2SJ170 0 * SW-Reg, DDC MOS

elektronenrohren

Abstract: "WF Berlin" WF Berlin V/der ddr
Contextual Info: ELEKTRO NENRÖ HREN Aa TRIODE S o c k e lsc h a ltsc h e m a TECHNISCHE DATEN Heizung: Heizspannung Heizstrom Uf lf 3,8 0,5 V A Ua Ug la S D R| 220 —2 3 1 3,3 30 V V mA mA/V % kQ U a[_max U a max N a max R g max 400 250 1,5 700 V V W kQ Statische Werte: