Fabricant | No de pièce | Fiches technique | Description |
Monolithic Power System...
|
EV5416-R-00B |
511Kb/7P |
5V Power Management IC Evaluation Board |
MP2607 |
337Kb/15P |
Li, LINEAR Charger WithSystem Power Path Management |
MP5505A |
1Mb/17P |
7V, 4A, High-Efficiency Energy Storage and Management Unit |
MP5505 |
805Kb/15P |
7V, 4A, High-Efficiency Energy Storage and Management Unit |
MP5507E |
1Mb/18P |
7V, 3A, High-Efficiency, Energy Management IC for Power Backup |
EV5505E-L-00A |
199Kb/7P |
7V, 4A Energy Storage and Management Unit Application Evaluation Board |
EV5507E-RG-00A |
391Kb/6P |
7V Energy Storage and Management Unit for SSD Application Evaluation Board |
EV5512-V-00A |
262Kb/6P |
18V Enery Storage and Management Unit for SSD Application Evaluation Board |
MP5512 |
685Kb/22P |
18V, 4.5A, High-Efficiency Energy Storage and Management Unit for SSD Applications |
MP2625B |
1Mb/31P |
2A Switching Charger with NVDC Power Path Management For Single Cell Li+ Battery |
MP2617 |
1Mb/29P |
3A Switching Charger with NVDC Power Path Management For Single Cell Li+ Battery |
MP2625 |
1Mb/28P |
2A Switching Charger with NVDC Power Path Management For Single Cell Li+ Battery |
MP2617A |
1Mb/32P |
3A Switching Charger with NVDC Power Path Management For Single Cell Li+ Battery |
EV5403-QB-02A |
469Kb/7P |
High Efficiency Dual Buck and One Load Switch Power Management Unit EV Board |
MP2635 |
1Mb/33P |
2A Single Cell Switch Mode Battery Charger with Power Path Management and Boost OTG |
MP2633 |
928Kb/33P |
1.5A Single Cell Switch Mode Battery Charger with Power Path Management and Boost OTG |
MP2633A |
1Mb/33P |
1.5A Single Cell Switch Mode Battery Charger with Power Path Management and Boost OTG |
MP2635A |
1Mb/33P |
2A Single Cell Switch Mode Battery Charger with Power Path Management and Boost OTG |
MP2617H |
1Mb/31P |
Wide input Voltage, 3A, Switching Charger With NVDC Power Path Management For Single Cell Li+ Battery |
MP2618 |
616Kb/19P |
2A, 24V Input, 600kHz 2-3 Cell Switching Li-Ion Battery Charger With System Power Path Management |