GP100

DIOTEC ELECTRONICS CORP. 18020 Hobart Blvd., Unit B Gardena, CA 90248 U.S.A Tel.: (310) 767-1052 Fax: (310) 767-7958 Data Sheet No. GPDG-101-1B 1 AMP HIGH RELIABILITY SILICON DIODES FEATURES MECHANICAL SPECIFICATION R PROPRIETARY SOFT GLASS JUNCTION PASSIVATION FOR SUPERIOR RELIABILITY AND PERFORMANCE VOID FREE VACUUM DIE SOLDERING FOR MAXIMUM MECHANICAL STRENGTH AND HEAT DISSIPATION (Solder Voids: Typical < 2%, Max. < 10% of Die Area) ACTUAL SIZE OF DO-41 PACKAGE SERIES GP100 - GP110 DO - 41 LL BD (Dia) EXTREMELY LOW LEAKAGE AT HIGH TEMPERATURES LOW FORWARD VOLTAGE DROP 1A at TA = 75 C WITH NO THERMAL RUNAWAY MECHANICAL DATA LL Case: JEDEC DO-41, molded epoxy (U/L Flammability Rating 94V-0) Terminals: Plated axial leads Soldering: Per MIL-STD 202 Method 208 guaranteed Polarity: Color band denotes cathode Mounting Position: Any Weight: 0.012 Ounces (0.34 Grams) LD (Dia) Color Band Denotes Cathode ¤ BL S RoH PLI OM C ANT Sym BL BD LL LD Minimum In mm 0.160 0.103 1.00 0.028 4.1 2.6 25.4 0.71 Maximum In mm 5.2 0.205 0.107 0.034 2.7 0.86 MAXIMUM RATINGS & ELECTRICAL CHARACTERISTICS 2HG A 6F 3§©! # ©©! £ ¡ #§1 ©§©& 6! ¤9 £ ¤§§¡ ¡ 3©E  £¥ #$) ! 7¨1¡ % ) " )#& 2©§& 6! ¤9 £ ©©¥ ¤3#3§ ¤9 §¨ ¤¨ ! # 7 D©A @ ! 9 8©0 ©§' 7©§¨ §©"6! ©¥ 54 1¡ % )$1 &! £ CB 7 ¡ ( %¡ ! ¡' %¦ ¤ 21 ¤)!" 3§ ¤! 0 §§§©¨! ¨ ¤( ©§' §§¨ ! ©! #$ £ ¡ ©§" §! ©£ !  ©  £ ©§¥ ¤ £ ¢  #! £& ¨ %¥$ #!  £ ¥ ¤ ¡   ¡ ¨¦ ¡ PARAMETER (TEST CONDITIONS) Series Number SYMBOL X5H—à ÆÆÅ Ä RATINGS èçç æ ä ãâá à Þ ÝÜÛ Ú Ø × Õ Ô Ò ÑÐÏ Î ¢5—åX¢—ß8¢—ÙXÖ¢HÉÓ8¢HÉÌÍ6¢HÉÇ ÊËÊ È UNITS Œ  Œ ‰ ‹ Š ˆ‰ ‡ …† „ 8¢u ~X{ z |ƒ‚€ } | Operating and Storage Temperature Range © š –X¢­i¢´i™3” š i³¢­“D© ¢“D²3“ ’•D“ ¤ 5±i¢°¯H¬­D”’D“ iª¢3D¨’¢§ Ž ³² ¶µ³ “ – ² « « – ±” ® ¨š • « ©”“   ¦’Ÿ£  ¢¥ Ž35˜ ŸD3¡ ¢Ÿ› 5¢¢“ —3D¢‘’3 Ž 6iº8H· ¦   ¤ £¢  ž œ š™˜ – •”“  ¼ » ¹ ¸ TT hge d i8fDc … Typical Junction Capacitance (Note 2) C y ¢x ba 3` Typical Thermal Resistance, Junction to Ambient (Note 1) R Xv w 6Q R À ¿ Maximum Average DC Reverse Current At Rated DC Blocking Voltage @ T = 25 C @ T = 125 C I °C/W pF °C y t Xs ut r p q YW UT XV 6S Maximum Full Cycle Reverse Current @ T = 75 C (Note 1) ¾ ½ I o  5€ Maximum Forward Voltage at 1 Amp DC  Á V Xl m n „ƒ ¢‚ I p I k Average Forward Rectified Current @ T = 75 C, Lead length = 0.375 in. (9.5 mm) Peak Forward Surge Current ( 8.3 mSec single half sine wave superimposed on rated load) vt 6ut Maximum Peak Recurrent Reverse Voltage P I V ¡¡ ££¡¢  hh XXg ûû 8Xú X8i jj X8– —— ôô X¢ó Xí î sr 6q Maximum RMS Voltage V ÿÿ 8Xþ fe XXd ùø 88÷ XX“ •” 8¢ ’‘ ò Xñ Xë ì uw x Maximum DC Blocking Voltage V ýý XXý¢ü ™™ XX˜ öö 8Xõ X8ˆ ‰‰ X8† ‡‡ ðð X¢ï Xé ê VOLTS AMPS VOLTS A H5 DIOTEC ELECTRONICS CORP. 18020 Hobart Blvd., Unit B Gardena, CA 90248 U.S.A Tel.: (310) 767-1052 Fax: (310) 767-7958 Data Sheet No. GPDG-101-2B 1 AMP HIGH RELIABILITY SILICON DIODES RATING & CHARACTERISTIC CURVES FOR SERIES GP100 - GP110   1.2 Average Forward Current, Io (Amperes) Peak Forward Surge Current (Amperes) 1.0 0.8 0.6 0.2 0 0 50 100 150 180 FIGURE 1. FORWARD CURRENT DERATING CURVE Number of Cycles at 60 Hz FIGURE 2. MAXIMUM NON-REPETITIVE SURGE CURRENT 10 Instantaneous Reverse Current, I (Microamperes) Instantaneous Forward Current (Amperes) 1.0 1.0 .1 0.1 0.01 0.6 0.7 08 0.9 1.0 1.1 1.2 1.3 Percent of Rated Peak Reverse Voltage FIGURE 4. TYPICAL REVERSE CHARACTERISTICS Instantaneous Forward Voltage (Volts) FIGURE 3. TYPICAL FORWARD CHARACTERISTIC PER DIODE TJ = 25 oC Peak Forward Surge Current (Amperes) Capacitance, pF Reverse Voltage, (Volts) FIGURE 5. TYPICAL JUNCTION CAPACITANCE PER DIODE Pulse Duration (Milliseconds) FIGURE 6. PEAK FORWARD SURGE CURRENT 3 4 3 0 2 1 0 ) ( &' % H6 ­ ¢¬©« ` Y ª© ¨ §§ c¦ 0 40 d ca b ³ ² i eerp† ‡ ‰fc¢£™ d ™ „ —“• ƒ”“‘‰ „ ¢˜ £–„ ¢¢£’¢ˆ ‡ † ‡ c¢¢„ ƒ yw †„… ‚€x uh t r g vspqi ± c° T ¢R S ¯ ® WV XU ¢U hhh cg QQ P f e BB ©A ’ ¢s¡ — © ¢¡ Ÿ ž ›¥ š ™ œcšsŠ–˜ —– }”’¢‘ X£Ž •“  ¤ ‹ Š £ vŒsq‰ 0.1 .01   ¨ ©§ ¸º · ¶ ¹ vsµq´ Ä ÀÀ¾ à Á¿¼½» ¦ $ Ambient Temperature, C q†~ „ q ‚ { €~ | { z x ¢…rXƒ y£ }ssy ¢w vu sq XXt ropmyj nklk !  0.4  ¢   # " ¥ DC 7 @ ¢8 9 ˆ‡ G ¢E F IH I 6 5