Part Number Hot Search : 
TLYH16TP P4KE180 18N50 MB3790PF ISL6117 ZMT32TA TOP267VG KBPC1
Product Description
Full Text Search

SFB1610CT -    16.0A GLASS PASSIVATED SUPER FAST RECTIFIER

SFB1610CT_8848334.PDF Datasheet


 Full text search :    16.0A GLASS PASSIVATED SUPER FAST RECTIFIER


 Related Part Number
PART Description Maker
UF3A-UF3M HS3A-HS3M UF3A SURFACE MOUNT HIGH EFFICIENCY (ULTRA FAST) GLASS PASSIVATED RECTIFIERS
Glass High Efficiency Rectifiers
Glass Ultrafast Recovery Rectifiers
HY ELECTRONIC CORP.
UF2A-UF2M HS2A-HS2M HS2K UF2A UF2J Glass Ultrafast Recovery Rectifiers
Glass High Efficiency Rectifiers
SURFACE MOUNT HIGH EFFICIENCY (ULTRA FAST) GLASS PASSIVATED RECTIFIERS
HY ELECTRONIC CORP.
1N5222AUR-1 1N5222BUR-1 1N5253AUR-1 1N5267BUR-1 1N Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 2.5 V. Tolerance -10%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 2.5 V. Tolerance -5%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 25 V. Tolerance -10%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 75 V. Tolerance -5%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 47 V. Tolerance -10%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 180 V.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 180 V. Tolerance -5%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 110 V. Tolerance -10%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 110 V. Tolerance -5%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 3.9 V. Tolerance -10%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 150 V. Tolerance -10%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 150 V. Tolerance -5%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 82 V. Tolerance -10%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 12 V. Tolerance -10%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 12 V. Tolerance -5%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 56 V. Tolerance -5%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 68 V. Tolerance -5%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 5.6 V. Tolerance -10%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 24 V. Tolerance -10%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 51 V. Tolerance -10%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 2.4 V.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 2.4 V. Tolerance -10%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 2.8 V. Tolerance -10%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 3.0 V. Tolerance -5%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 3.3 V. Tolerance -10%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 4.3 V. Tolerance -5%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 2.4 V. Tolerance -5%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 2.7 V.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 2.8 V. Tolerance -5%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 3.0 V. Tolerance -10%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 3.3 V. Tolerance -5%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 3.6 V. Tolerance -10%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 3.6 V. Tolerance -5%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 3.9 V. Tolerance -5%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 4.3 V. Tolerance -10%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 4.7 V. Tolerance -10%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 4.7 V. Tolerance -5%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 39 V. Tolerance -10%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 140 V. Tolerance -5%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 56 V. Tolerance -10%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 24 V. Tolerance -5%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 43 V. Tolerance -10%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 43 V. Tolerance -5%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 8.7 V. Tolerance -10%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 18 V. Tolerance -10%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 36 V. Tolerance -10%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 170 V. Tolerance -10%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 60 V. Tolerance -5%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 11 V. Tolerance -10%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 11 V. Tolerance -5%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 130 V. Tolerance -5%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 33 V. Tolerance -10%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 33 V. Tolerance -5%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 14 V. Tolerance -10%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 39 V. Tolerance -5%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 14 V. Tolerance -5%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 62 V. Tolerance -10%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 17 V. Tolerance -10%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 200 V. Tolerance -10%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 87 V.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 27 V. Tolerance -10%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 130 V. Tolerance -10%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 6.2 V. Tolerance -10%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 60 V. Tolerance -10%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 18 V. Tolerance -5%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 27 V. Tolerance -5%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 30 V.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 30 V. Tolerance -5%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 62 V. Tolerance -5%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 120 V. Tolerance -10%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 160 V.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 160 V. Tolerance -10%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 75 V. Tolerance -10%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 87 V. Tolerance -10%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 6.8 V.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 190 V. Tolerance -5%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 6.8 V. Tolerance -10%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 28 V. Tolerance -10%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 19 V. Tolerance -5%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 17 V. Tolerance -5%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 47 V. Tolerance -5%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 5.1 V. Tolerance -5%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 25 V. Tolerance -5%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 36 V. Tolerance -5%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 20 V.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 6.8 V. Tolerance -5%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 15 V. Tolerance -5%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 22 V. Tolerance -10%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 100 V. Tolerance -10%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 5.1 V. Tolerance -10%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 10 V. Tolerance -5%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 20 V. Tolerance -5%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 8.7 V. Tolerance -5%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 13 V. Tolerance -5%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 6.0 V. Tolerance -5%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 120 V. Tolerance -5%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 10 V. Tolerance -10%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 20 V. Tolerance -10%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 91 V. Tolerance -10%.
Metallurgically bonded glass surface mount 500 mW zener. Nominal zener voltage 6.2 V. Tolerance -5%.
Microsemi
MSB20A GLASS PASSIVATED SURFACE MOUNT GLASS PASSIVATED BRIDGE RECTIFIERS
HY ELECTRONIC CORP.
RU2AG RU2BG RU2DG RU2GG RU2JG RU2KG RU2MG Ultra Fast Recovery Pack: DO-15
FULTRAFAST EFFICIENT GLASS PASSIVATED JUNCTION RECTIFIER VOLTAGE:50 TO 1000V CURRENT: 1.5A
(RU2AG - RU2MG) FULTRAFAST EFFICIENT GLASS
Gulf Semiconductor
20KW256A 20KW160 20KW160A 20KW216 20KW216A 20KW240 256.00V; 5mA ;15000W peak pulse power; glass passivated junction transient voltage suppressor
160.00V; 5mA ;15000W peak pulse power; glass passivated junction transient voltage suppressor
216.00V; 5mA ;15000W peak pulse power; glass passivated junction transient voltage suppressor
240.00V; 5mA ;15000W peak pulse power; glass passivated junction transient voltage suppressor
120.00V; 5mA ;15000W peak pulse power; glass passivated junction transient voltage suppressor
192.00V; 5mA ;15000W peak pulse power; glass passivated junction transient voltage suppressor
112.00V; 5mA ;15000W peak pulse power; glass passivated junction transient voltage suppressor
300.00V; 5mA ;15000W peak pulse power; glass passivated junction transient voltage suppressor
204.00V; 5mA ;15000W peak pulse power; glass passivated junction transient voltage suppressor
232.00V; 5mA ;15000W peak pulse power; glass passivated junction transient voltage suppressor
280.00V; 5mA ;15000W peak pulse power; glass passivated junction transient voltage suppressor
172.00V; 5mA ;15000W peak pulse power; glass passivated junction transient voltage suppressor
180.00V; 5mA ;15000W peak pulse power; glass passivated junction transient voltage suppressor
144.00V; 5mA ;15000W peak pulse power; glass passivated junction transient voltage suppressor
MDE Semiconductor
1N957B ON0020 1N958B 1N968B 1N965B 1N963B 1N961B 500 mW DO-35 Glass Zener Voltage Regulator Diode(500 mW DO-35灏??,10V榻?撼?靛?锛?????绾崇ǔ??????)
500 mW DO-35 Glass Zener Voltage Regulator Diode(500 mW DO-35封装,12V齐纳电压,玻璃齐纳稳压二极管) 12 V, 0.5 W, SILICON, UNIDIRECTIONAL VOLTAGE REGULATOR DIODE, DO-204AH
500 mW DO-35 Glass Zener Voltage Regulator Diode(500 mW DO-35封装,15]V齐纳电压,玻璃齐纳稳压二极管)
500 mW DO-35 Glass Zener Voltage Regulator Diode(500 mW DO-35封装,20V齐纳电压,玻璃齐纳稳压二极管)
500 mW DO-35 Glass Zener Voltage Regulator Diode(500 mW DO-35封装,7.5V齐纳电压,玻璃齐纳稳压二极管)
From old datasheet system
ON Semiconductor
EGP30A- EGP30J EGP30A Fast Rectifiers (Glass Passivated)
3.0 Ampere Glass Passivated High Efficiency Rectifiers(平均整流电流3.0安培高效率玻璃钝化整流器)
FAIRCHILD[Fairchild Semiconductor]
Fairchild Semiconductor Corporation
1N4007G 1N4004G 1N4001G 1N4002G 1N4002 1N4006 1N40 Rectifiers(整流 1 A, 1000 V, SILICON, SIGNAL DIODE
(1N4001G - 1N4007G) Rectifiers(Rugged glass package / using a high temperature alloyed construction)
IC REG VOLT 4.8V 240MA SOT-23
Rectifiers(Rugged glass package/ using a high temperature alloyed construction)
Rectifiers(Rugged glass package, using a high temperature alloyed construction) 1 A, 50 V, SILICON, SIGNAL DIODE
Rectifiers(Rugged glass package, using a high temperature alloyed construction) 整流器(坚固的玻璃封装,采用高温合金建设
Rectifiers(Rugged glass package, using a high temperature alloyed construction) 1 A, 400 V, SILICON, SIGNAL DIODE
PHILIPS[Philips Semiconductors]
http://
NXP Semiconductors N.V.
LA120X1-1 LA120X1_2-1 LA120X10-1 LA120X15-1 LA120X Fuses, 5A 250V F IEC GLASS LEAD LA120X半导体保险丝
Fuses, 3.15A 250V F IEC GLASS 5X20
LA120X Semiconductor Fuses
Littelfuse, Inc.
LITTELFUSE[Littelfuse]
30KW258A 30KW168 30KW168A 30KW216 30KW240 30KW240A 258.00V; 5mA ;15000W peak pulse power; glass passivated junction transient voltage suppressor. For bipolar applications
168.00V; 5mA ;15000W peak pulse power; glass passivated junction transient voltage suppressor. For bipolar applications
216.00V; 5mA ;15000W peak pulse power; glass passivated junction transient voltage suppressor. For bipolar applications
240.00V; 5mA ;15000W peak pulse power; glass passivated junction transient voltage suppressor. For bipolar applications
120.00V; 5mA ;15000W peak pulse power; glass passivated junction transient voltage suppressor. For bipolar applications
198.00V; 5mA ;15000W peak pulse power; glass passivated junction transient voltage suppressor. For bipolar applications
270.00V; 5mA ;15000W peak pulse power; glass passivated junction transient voltage suppressor. For bipolar applications
156.00V; 5mA ;15000W peak pulse power; glass passivated junction transient voltage suppressor. For bipolar applications
132.00V; 5mA ;15000W peak pulse power; glass passivated junction transient voltage suppressor. For bipolar applications
144.00V; 5mA ;15000W peak pulse power; glass passivated junction transient voltage suppressor. For bipolar applications
288.00V; 5mA ;15000W peak pulse power; glass passivated junction transient voltage suppressor. For bipolar applications
102.00V; 5mA ;15000W peak pulse power; glass passivated junction transient voltage suppressor. For bipolar applications
MDE Semiconductor
 
 Related keyword From Full Text Search System
SFB1610CT Test SFB1610CT processor SFB1610CT integrated gigabit SFB1610CT Frequenc SFB1610CT Controller
SFB1610CT Integrate SFB1610CT Capacitor SFB1610CT hitachi SFB1610CT 什么封装 SFB1610CT 资料
 

 

Price & Availability of SFB1610CT

All Rights Reserved © IC-ON-LINE 2003 - 2022  

[Add Bookmark] [Contact Us] [Link exchange] [Privacy policy]
Mirror Sites :  [www.datasheet.hk]   [www.maxim4u.com]  [www.ic-on-line.cn] [www.ic-on-line.com] [www.ic-on-line.net] [www.alldatasheet.com.cn] [www.gdcy.com]  [www.gdcy.net]


 . . . . .
  We use cookies to deliver the best possible web experience and assist with our advertising efforts. By continuing to use this site, you consent to the use of cookies. For more information on cookies, please take a look at our Privacy Policy. X
0.25845909118652