| Partno |
Mfg |
Dc |
Qty |
Available | Descript |
| LNK406EG |
POWER |
N/a |
10000 |
 |
LinkSwitch-PH LED Driver IC Family |
LNK407EG POWER, LinkSwitch-PH LED Driver IC Family
LNK408EG POWER, LinkSwitch-PH LED Driver IC Family
LNK409EG POWER, LinkSwitch-PH LED Driver IC Family
LNK414EG POWER, LinkSwitch-PH LED Driver IC Family
LNK415EG POWER, LinkSwitch-PH LED Driver IC Family
LNK416EG POWER, LinkSwitch-PH LED Driver IC Family
LNK417EG POWER, LinkSwitch-PH LED Driver IC Family
LNK418EG POWER, LinkSwitch-PH LED Driver IC Family
LNK419EG POWER, LinkSwitch-PH LED Driver IC Family
LNK456DG POWER
LNK456DN POWER
LNK457DG POWER
LNK457VG POWER
LNK458VG POWER
LNK460KG POWER
LNK500G POWER, Energy Efficient, CV or CV/CC Switcher for Very Low Cost Adapters and Chargers
LNK500GK PI
LNK406EG , LinkSwitch-PH LED Driver IC Family
LNK500GN , Energy Efficient, CV or CV/CC Switcher for Very Low Cost Adapters and Chargers
LNK501G , Energy Efficient, CV/CC Switcher for Very Low Cost Chargers and Adapters
LNK501P , LinkSwitch Family Energy Efficient, CV/CC Switcher for Very Low Cost Chargers and Adapters
LNK520GN , Energy Efficient, CV or CV/CC Switcher for Very Low Cost Adapters and Chargers
LS1240 ,Electronic tone ringer with built-in bridge rectifier. Supply voltage Vs=26V. Current consumption without load Ib=1.5A(typ). Activation voltage Von=12V(min),13.5V(max). Sustaining voltage Voff=8V(min),9V(max).LS1240A®ELECTRONIC TWO - TONE RINGER. LOW CURRENT CONSUMPTION, IN ORDERTO ALLOW THE PARALLEL OPERAT ..
LS1240A ,Electronic tone ringer with built-in bridge rectifier. Supply voltage Vs=26V. Current consumption without load Ib=1.5A(typ). Activation voltage Von=12V(min),13.5V(max). Sustaining voltage Voff=7.8V(min),9.3V(max).LS1240A®ELECTRONIC TWO - TONE RINGER. LOW CURRENT CONSUMPTION, IN ORDERTO ALLOW THE PARALLEL OPERAT ..
LS1240A ,Electronic tone ringer with built-in bridge rectifier. Supply voltage Vs=26V. Current consumption without load Ib=1.5A(typ). Activation voltage Von=12V(min),13.5V(max). Sustaining voltage Voff=7.8V(min),9.3V(max).BLOCK DIAGRAMFigure 1 : Test Circuit.42.72 ⋅ 10 f1 750R1 = ⋅ 1 - 0.04 ln f2 = 0.725 ..
