ER2A THRU ER2J 2.0AMP. SUPER FAST SURFACE MOUNT RECTIFIER FEATURE SMB（DO-214AA） .High current capability, .Low forward voltage drop .Low power loss, high efficiency .High surge capability .High temperature soldering guaranteed 260°C /1 0sec/0.375" lead length at 5 lbs tension Superfast recovery time for high efficiency. .For surface mounted application. .Easy pick and place. .083(2.11) .075(1.91) .155(3.94) .130(3.30) .185(4.70) .160(4.06) .012(0.305) .006(0.152) .103(2.60) .078(1.98) MECHANICAL DATA .060((1.52) .032(0.80) .Case: Molded plastic .Epoxy: UL94V-0 rate flame retardant .Lead: MIL-STD- 202E, Method 208 guaranteed .Polarity:Color band denotes cathode end .Packaging:12mm tape per EIA STD RS-481 .Mounting position: Any .008(0.203) .002(0.051) .217(5.50) .193(4.9) Dimensions in inches and (millimeters) MAXIMUM RATINGS AND ELECTRICAL CHARACTERISTICS (single-phase, half-wave, 60HZ, resistive or inductive load rating at 25°C, unless otherwise stated) SYM BOL Type Number Maximum Recurrent Peak Reverse Voltage Maximum RMS Voltage Maximum DC blocking Voltage Maximum Average Forward Rectified Current at Ta =90°C VRRM VRMS VDC ER 2A 50 ER 2B 100 ER 2C 150 ER 2D 200 ER 2F 300 35 70 105 140 50 100 150 200 ER 2G ER 2J units 400 ER 2H 500 600 V 210 280 350 420 V 300 400 500 600 V IF(AV) 2.0 A IFSM 50.0 A Peak Forward Surge Current 8.3ms single half sine-wave superimposed on rated load (JEDEC method) Maximum Forward Voltage at 2.0A DC Maximum DC Reverse Current Ta =25°C at rated DC blocking voltage Ta =100°C Typical Junction Capacitance (Note 1) Maximum Reverse Recovery Time (Note 2) Typical Thermal Resistance (Note 3) Storage Temperature Operation Junction Temperature VF 0.95 1.7 10.0 IR CJ trr R(JA) TSTG TJ 1.3 µA 350.0 10 V 8 pF 35 ns 75 °C /W -55 to +150 °C -55 to +125 °C Note: 1. Measured at 1.0 MHz and applied reverse voltage of 4.0Vdc 2. Reverse Recovery test Condition: If=0.5A,IR=1.0A,IRR=0.25A; 3. P.C.B.Mounted on0.2×0.2”(5.0×5.0mm)[0.013mm thick]Copper Pad Area. RATING AND CHARACTERISTIC CURVES (ER2A THRU ER2J) - 379 - FIG .1-TY PIC A L FO R W A R D C U R REN T D ER A TIN G C U R V E FIG .2-TY PIC A L IN STA N TA N EO U S FO R W A RD C H A RA C TER ISTIC S 1.0 Single Phase H alf W ave 60H z Resistive or inductive Load 0 0 50 150 100 0V 20 V1.0 30 0 4 V- 00 V 50 0V 60 0V TJ=25 ℃ Pulse W idth=300 μ s 1% D uty Cycle .1 .01 200 50 INSTANEOUS FORWARD CURRENT,(A) AVERGE FORWARD RECTIFIED CURRENT,(A) 10 2.0 .6 1. 4 1.0 1.8 2.2 A M B IEN T TEM PERTU R E,( ℃ ) IN STA N EO U S FO RW A RD V O LTA G E,(V ) FIG .3-M A X IM U N N O N -R EPETITIV E FO R W A R D SU R G E C U R REN T FIG .4-TY PICA L R EV ERSE C H A R A C TER ISTICS 80 INSTANEOUS REVERSE CURRENT,(μA) PEAK FORWARD SURGE CURRENT,(A) 10 8.3m s Single H alf Sine-W ave (JED EC M ethod) 60 40 20 0 0 TJ=25 ℃ .1 .01 100 10 1.0 0 20 40 60 N U M BER O F C Y CLE S A T 60H z FIG .5-TEST CIRC U IT D IA G RA M A N D REV ERSE R EC O V ER Y TIM E C H A R A CTER SITIC 50 Ω N O N IN D U C TIV E (+) 25V dc (approx) (-) 80 100 120 PER CEN T O F RA TE D PEA K REV ERSE V O LTA G E,(% ) 10 Ω N O N IN D U C TIVE +0.5A (+) 0 PU L SE G EN ER A TOR -0.25A (N O TE 2) 1Ω (N O TE 1) N O N - O SC ILO SCO PE IN D U C TIV E (-) -1.0A N O T ES: 1. R ise Tim e=7ns m ax, Input Im pedance= 1 m egohm .22pF. 2. R ise T im e=10ns m ax, Souce Im pedance= 50 ohm s. - 380 - trr 140