MBR040 MOTOROLA | Alldatasheet
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= SEMICONDUCTOR ES MBRO4O L TECHNICAL DATA Advance Information SCHOTTKY RECTIFIERS ‘SWITCHMODE RECTIFIERS pene
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. «designed for use in switching power supplies, inverters, and a free wheeling diodes, these devices have the following features: © Low Forward Voltage © Low Leakage Current Cage 2os.c2 © DO-204AH (0-35) Glass Package - GLASS |-o Pl 6 F L4 el ia MAXIMUM RATINGS : i [Rating T Symbot_[ manoao | mano4o | Unit | res _ Peak Repetitive Reverse Voltage VRRM i te Working Pesk Reverse Voltage VRwM K (ow eS DC Blocking Voltage Va | ee ae tee | ‘Average Rectified Forward Current FAV) Heist is bene Doe] (Rated Va) [oy ees | ose [anit fone | TL = 90°C, L = %" 0.6. et = {i | — TF oo | TA = 60°C, L = 36%, (Mt. Method #1) 08. Cx Tae [oa | tooo Ts | Nonrepetitive Peak Surge Current ae end eae sep. (Surge applied at rated load conditions| ores: halfwave, single phase, 60 Hz) 1, PACKAGE CONTOUR OPTIONAL WITHIN A ANO 8, ‘Operating Junction and Storage Ty. Tatg [ eer | | TE a ED Tempereture He ACMMLIM OF 2. LEAD OAMETER NOT CONTROLLED ZONE FTO ALLOW FO FLASH, LEAD ANISH AULOUP AND ‘THERMAL CHARACTERISTICS ‘MINOR AREGULAATES OTHER THAN HEAT sues [— characterise Symbot_[ Tye [Max | unit | 4, FOLARTY DENOTED ay caTHO0e BAND Thermal Resistance, Junction to Lead = %" | Ray, | 180 | 190 | -cw | {DMENSIONNS AND TOLRANGNG FER ELECTRICAL CHARACTERISTICS MECHANICAL CHARACTERISTICS Instantaneous Foward Voltage (1) ve CASE: Glass (ip = 0.1 A, Ty = 26°C) 0,460 | 0.500 FINISH: External leads are plated and are lig = 0.5 A, Ty = 25°C) 0.610 | 0.750 readily solderable Reverse Current mA POLARITY: Cathod indicated by polarity band. (Rated de Voltage, Ty = 150°C) 0.6 1.0 WEIGHT: 0.2 Gram (approximately). {(Roted de Voltage, Ty = 25°C) 0.003 | 0.001 MAXIMUM LEAD TEMPERATURE FOR SOLD: (1) Pulse Test: Pulse Width = 300 ys, Duty Cycle < 2.0%, ERING PURPOSES: 230°C, ¥%4" from case for 10 This document contains information on a new product. Specifications and information herein are seconds. ‘subject to change without notice.
MBRO030, MBRO40 - 7 FIGURE 2 — CURRENT DERATING, PRINTED FIGURE 1 — TYPICAL FORWARD VOLTAGE CIRCUIT BOARD MOUNTING SS SS “ Pesceges soa tintnnnr test VES eSzeeeS Esco SS ast} Ft a ae ao7—t—F + — | aL A = 2 (Resistive Loa. Se eee ee ag ASSSSS= Laat SS Bbc SNS a a a re ee vg, INSTANTANEOUS FORWARD VOLTAGE (VOLTS) " ‘Ta, AMBIENT TEMPERATURE (°C) : FIGURE 3 — TYPICAL CAPACITANCE FIGURE 4 — CURRENT DERATING, LEAD TEMPERATURE 8 0 fee SOO So CEE a Cioteteb | a tee PTET TY eT Perr eerery i FCCC SSN 5 ig a A [ [ones | | | NSA TTT a iN EEE EEE batterie TEAS ECEECECC ee) eeCRERRCEHASA Va FEVERSE VOLTAGE (ours) : Ty LEAD TEMPERATURE (°C) FIGURE 5 — FORWARD POWER DISSIPATION ate shown for thermal resistance junction to-ambient (9a) for the erreyeeee | Sele
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‘Oe ime 2 [BAe MOUNTING METHOD 2 i Irv AVERAGE FORWARD CURRENT vest ° ‘Vector pin mouetrg ous Groot