UFT7005 Search Results

Contextual Info: MCC 7 0 AMPERE SUPER FAST I M IN IM O D -SM I SURFACE M O U N T UFT7005SM UFT7010SM UFT7020SM UFT7040SM UFT7060SM SO 100 200 400 600 70 70 70 70 70 125 125 125 125 125 700 700 700 600 500 25 25 25 25 25 Package Outline Pg. A 11 35 35 35 35 35 90 100 200 400

Contextual Info: MCC UFT7005SM THRU UFT7060SM
  omponents 21201 Itasca Street Chatsworth    !"# $ %    !"# Features • • • • • 70 Amp Supre Fast Recovery Rectifier 50 to 600 Volts Supre Fast switching for high efficiency

7060

Contextual Info: MCC UFT7005 THRU UFT7060
  omponents 21201 Itasca Street Chatsworth    !"# $ %    !"# Features • • • • • 70 Amp Supre Fast Recovery Rectifier 50 to 600 Volts Supre Fast switching for high efficiency

UFT-5300-20JP

Abstract: UFT4800-10HP 16JL UFT-2900-40JS UFT380-150JS UFT3005
Contextual Info: CDE CORNELL DUBILIER Axial. 105 C, 4 Term inal. U ltra-L ow Im p ed an ce, Type U F T One Nanohenry Series Inductance For applications requiring ultra-low im pedance above 10kHz and extrem e tem peratures. Type U FT is made with a solid feed-through core and unique

UFT1300-75

Contextual Info: ODE CO R N E L L DU BI L I E R Axial, 105°C, 4 Terminal, Ultra-Low Impedance, Type UFT One Nanohenry Series Inductance For applications requiring ultra-low impedance above 10kHz and extreme temperatures, Type UFT is made with a solid feed-through core and unique

Contextual Info: MCC MCC Part Number Working Peak Reverse Voltage . Vsrai V Average Forward Current @ HalfWave Resistive Load 60Hz A W v ,@ T l T °C Forward Peak Surge Current @ 8.3mS Superimposed Maximum Reverse Current @ V rwm @ 25°C T l* Maximum Forward Voltage @ 25°C

ta 150 800

Contextual Info: Ultra Fast Rectifiers UFT7010 UFT7010SM 1N6306 1N6306R JAN1N6306 JAN1N6306R JANTX1N6306 JANTX1N6306R JANTXV1N6306 JANTXV1N6306R UFR7015 UFR7015R 1N6306 1N6306R JAN1N6306 JAN1NE306R JANTX1N6306 JANTX1N6306R : Watertown Watertown Watertown Watertown <Watertown

72SM

Abstract: UFT7005SM UFT7010SM UFT7015SM UFT7020SM UFT70SM UFT7120SM UFT7130SM UFT7140SM UFT7150SM
Contextual Info: U ltra fa s t Recovery Modules UFT70SM, 71 SM & 72SM Dim. Inches N 2 PLCS. - Minimum m m 1 i m i 9 PMS «| * ot .200 - I I- SM3 & SM4 (— *3— | T T T H SM1 •M & SM2 1 4 m m m -tH i > SM5 & SM6 TYP. PIN CONFIGURATION PlP. PIN CONFIGURATIOH FOR SMI. SM3. k SMS

72sm

Abstract: UFT7005SM UFT7010SM UFT7015SM UFT7020SM UFT70SM UFT7120SM UFT7130SM UFT7140SM UFT7250SM
Contextual Info: biisasE oaaoHsa t u «moo _ T ^ - 3 - ^ - 0 ^ SIE D NICROSFMI CORP-COLO U ltra fa s t Recovery Modules UFT70SM, 71SM & 72SM Dim. Inches N 2 PICS. - m i i Irmi w MT jLG A1 1.490 A2 1.020 A3 .6 9 5 B .110 .027 C D .100 E .3 5 0 F .015 G .6 9 5

UFT70

Abstract: UFT7005 UFT7010 UFT7015 UFT7020 UFT7120 UFT7130 UFT7140 UFT7150 UFT7250
Contextual Info: U lt r a f a s t Recovery Modules UFT70, 71 & 72 Dim. Inches Millimeter Minimum Maximum Minimum Maximum Notes A C E F G H J K L M N P 1.180 .027 .350 1.490 .695 .088 .240 .115 .460 .065 .151 .015 Microsemi R epetitive Peak Working Peak Reverse Voltage Catalog Number

Contextual Info: Ultrafast Recovery Modules UFT70, 71 & 72 Millimeter Dim. Inches Minimum Maximum Minimum Maximum Notes A C E F G H J K I M N P 1.180 .027 .350 1.490 .695 .088 .240 .115 .460 .065 .151 .015 1.195 .037 .370 1.510 .715 .098 .260 .135 .480 .085 .161 .025 Repetitive Peak

B2X84C12

Abstract: MBR30100 MBR400100CT RS1005M UF5407G mur640 fst83100 MBR1535 MUR140G BC548
Contextual Info: MCC P A R T IN D E X PART NUMBER 1-5KE10 C {A) 1.5KE100(C)(A) 1-5KE11(C)(A) 1.5KE110fC)(A) 1.5KE12(C)(A) 1.5KE120(C)(A) 1-5KE13(C)(A) 1.5KE130(C)(A) 1.5KE15(C)(A) 1.5KE150(C){A) 1.5KE16(C)(A) 1.5KE160(C)(A) 1-5KE17(C)(A) 1.5KE170(C)(A) 1.5KE18(C)(A) 1.5KE180(C)(A)

72SM

Abstract: UFT7005SM UFT7010SM UFT7015SM UFT7020SM UFT70SM UFT7120SM UFT7130SM UFT7140SM UFT7150SM
Contextual Info: U lt r a f a s t Recovery Modules UFT70SM, 71 SM & 72SM -A I— -K - N 2 PLCS. • m M jH 3 pws n «p ot ,200 I Dim. in c h e s am W » L K A1 1.490 A2 1.020 A 3 .6 9 5 B .110 .0 2 7 C D .100 E .3 5 0 F .015 G .6 9 5 H .0 8 8 J .2 4 0 K 1.180 L .2 3 0 M