SamHop SMD Hoja de datos

No.	parte #	Fabricante	Descripción
1	SMD10U45SP	SamHop	MOS Controlled Diode Low Profile Design for Smart Phone Charger Ideal for SMT Mounting Low forward voltage drop High forward surge capability Excellent High Temperature Stability TO-277 Top View Bottom View ANODE PINS BOTTOMSIDE HEAT SINK ABSOLUTE MAXIMUM RATINGS (T
2	SMD15L50SP	SamHop	MOS Controlled Diode Low Profile Design for Smart Phone Charger Ideal for SMT Mounting Low forward voltage drop High forward surge capability Excellent High Temperature Stability TO-277 Top View Bottom View ANODE PINS BOTTOMSIDE HEAT SINK ABSOLUTE MAXIMUM RATINGS (T
3	SMD10L50SP	SamHop	MOS Controlled Diode Low Profile Design for Smart Phone Charger Ideal for SMT Mounting Low forward voltage drop High forward surge capability Excellent High Temperature Stability TO-277 Top View Bottom View ANODE PINS BOTTOMSIDE HEAT SINK ABSOLUTE MAXIMUM RATINGS (T
4	SMD10U50SP	SamHop	MOS Controlled Diode Low Profile Design for Smart Phone Charger Ideal for SMT Mounting Low forward voltage drop High forward surge capability Excellent High Temperature Stability TO-277 Top View Bottom View ANODE PINS BOTTOMSIDE HEAT SINK ABSOLUTE MAXIMUM RATINGS (T
5	SMD8V50SP	SamHop	MOS Controlled Diode Low Profile Design for Smart Phone Charger Ideal for SMT Mounting Low forward voltage drop High forward surge capability Excellent High Temperature Stability TO-277 Top View Bottom View ANODE PINS BOTTOMSIDE HEAT SINK ABSOLUTE MAXIMUM RATINGS (T
6	SMD15V45SP	SamHop	MOS Controlled Diode Low Profile Design for Smart Phone Charger Ideal for SMT Mounting Low forward voltage drop High forward surge capability Excellent High Temperature Stability TO-277 Top View Bottom View ANODE PINS BOTTOMSIDE HEAT SINK ABSOLUTE MAXIMUM RATINGS (T
7	SMD15V50SP	SamHop	MOS Controlled Diode Low Profile Design for Smart Phone Charger Ideal for SMT Mounting Low forward voltage drop High forward surge capability Excellent High Temperature Stability TO-277 Top View Bottom View ANODE PINS BOTTOMSIDE HEAT SINK ABSOLUTE MAXIMUM RATINGS (T
8	SMD20L60SP	SamHop	MOS Controlled Diode Low Profile Design for Smart Phone Charger Ideal for SMT Mounting Low forward voltage drop High forward surge capability Excellent High Temperature Stability TO-277 Top View Bottom View ANODE PINS BOTTOMSIDE HEAT SINK ABSOLUTE MAXIMUM RATINGS (T
9	SMD20V50SP	SamHop	MOS Controlled Diode Low Profile Design for Smart Phone Charger Ideal for SMT Mounting Low forward voltage drop High forward surge capability Excellent High Temperature Stability TO-277 Top View Bottom View ANODE PINS BOTTOMSIDE HEAT SINK ABSOLUTE MAXIMUM RATINGS (T
10	SMD20U50P	SamHop	MOS Controlled Diode Low Profile Design for Smart Phone Charger Ideal for SMT Mounting Low forward voltage drop High forward surge capability Excellent High Temperature Stability A A A A K K DFN 5x6 K K ANODE PINS BOTTOMSIDE HEAT SINK ABSOLUTE MAXIMUM RATINGS (TA
11	SMD25U50P	SamHop	MOS Controlled Diode Low Profile Design for Smart Phone Charger Ideal for SMT Mounting Low forward voltage drop High forward surge capability Excellent High Temperature Stability A A A A K K DFN 5x6 K K ANODE PINS BOTTOMSIDE HEAT SINK ABSOLUTE MAXIMUM RATINGS (TA
12	SMD20U60P	SamHop	MOS Controlled Diode Low Profile Design for Smart Phone Charger Ideal for SMT Mounting Low forward voltage drop High forward surge capability Excellent High Temperature Stability A A A A K K DFN 5x6 K K ANODE PINS BOTTOMSIDE HEAT SINK ABSOLUTE MAXIMUM RATINGS (TA
13	SMD30U50P	SamHop	MOS Controlled Diode Low Profile Design for Smart Phone Charger Ideal for SMT Mounting Low forward voltage drop High forward surge capability Excellent High Temperature Stability A A A A K K DFN 5x6 K K ANODE PINS BOTTOMSIDE HEAT SINK ABSOLUTE MAXIMUM RATINGS (TA
14	SMD3L45F	SamHop	MOS Controlled Diode Low Profile Design for Smart Phone Charger Ideal for SMT Mounting Low forward voltage drop High forward surge capability Excellent High Temperature Stability DO-221 ANODE PINS BOTTOMSIDE HEAT SINK Top View Bottom View ABSOLUTE MAXIMUM RATINGS (
15	SMD5V45F	SamHop	MOS Controlled Diode Low Profile Design for Smart Phone Charger Ideal for SMT Mounting Low forward voltage drop High forward surge capability Excellent High Temperature Stability DO-221 ANODE PINS BOTTOMSIDE HEAT SINK Top View Bottom View ABSOLUTE MAXIMUM RATINGS (
16	SMD5L45F	SamHop	MOS Controlled Diode Low Profile Design for Smart Phone Charger Ideal for SMT Mounting Low forward voltage drop High forward surge capability Excellent High Temperature Stability DO-221 ANODE PINS BOTTOMSIDE HEAT SINK Top View Bottom View ABSOLUTE MAXIMUM RATINGS (
17	SMD3L50F	SamHop	MOS Controlled Diode Low Profile Design for Smart Phone Charger Ideal for SMT Mounting Low forward voltage drop High forward surge capability Excellent High Temperature Stability DO-221 ANODE PINS BOTTOMSIDE HEAT SINK Top View Bottom View ABSOLUTE MAXIMUM RATINGS (
18	SMD8L45SP	SamHop	MOS Controlled Diode Low Profile Design for Smart Phone Charger Ideal for SMT Mounting Low forward voltage drop High forward surge capability Excellent High Temperature Stability TO-277 Top View Bottom View ANODE PINS BOTTOMSIDE HEAT SINK ABSOLUTE MAXIMUM RATINGS (T
19	SMD5L45SP	SamHop	MOS Controlled Diode Low Profile Design for Smart Phone Charger Ideal for SMT Mounting Low forward voltage drop High forward surge capability Excellent High Temperature Stability TO-277 Top View Bottom View ANODE PINS BOTTOMSIDE HEAT SINK ABSOLUTE MAXIMUM RATINGS (T