Model |
Manufacturers |
lot number |
encapsulation |
illustrate |
REG710-33 |
TI |
10+ |
6SOT-23 |
30mA switched capacitor DC-DC converter with fixed 3.3V output |
REG710-3 |
TI |
10+ |
6SOT-23 |
30mA switched capacitor DC-DC converter with fixed 3V output |
REG710-25 |
TI |
10+ |
6SOT-23 |
30mA switched capacitor DC-DC converter with fixed 2.5V output |
LT1054 |
TI |
09+ |
SOP16 |
Voltage converter with switched capacitor with voltage regulator |
TPS63020 |
TI |
10+ |
VSON-14 |
High current buck-boost converter |
TPS63012 |
TI |
10+ |
20DSBGA |
High efficiency, single inductor, buck-boost converter with 2A switch |
TPS63011 |
TI |
0910+ |
20-DSBGA |
High efficiency, single inductor, buck-boost converter with 2A switch |
TPS63010 |
TI |
10+ |
DSBGA-20 |
High efficiency, single inductor, buck-boost converter with 2A switch |
TPS63002 |
TI |
10+ |
SON-10 |
A 96% step-up buck converter with 1.7A current switch and a fixed 5V output voltage in a 3x3 QFN package |
TPS63001 |
TI |
0736+ |
QFN10 |
Housed in a 3x3 QFN package, 96% step-up buck converter with 1.7A current switch and 3.3V fixed output voltage |
TPS63000-Q1 |
TI |
2010+ |
QFN-10 |
Automotive 96% boost buck converter with 1.8A current switch in a 3x3 QFN package |
TPS61132 |
TI |
08+ |
QFN-16 |
3.3V 90% efficiency SEPIC converter with 1.5V 200mA LDO for single/dual-cell Li-Ion applications |
TPS61131 |
TI |
10+ |
TSSOP16 |
3.3V 90% efficiency SEPIC converter with 3.3V 200mA LDO for single/dual-cell Li-Ion battery applications |
TPS55065-Q1 |
TI |
10+ |
20HTSSOP |
Automotive step-up/step-down switch-mode regulators |
TPIC74100-Q1 |
TI |
10+ |
20HTSSOP |
Automotive step-up/step-down switch-mode regulators |
UC3886 |
TI |
0752+ |
SOP-16 |
Average current mode PWM controller IC |
UC2874-2 |
TI |
10+ |
18PDIP |
High-efficiency synchronous step-down (buck) controller |
UC2573 |
TI |
08+ |
SOP-8 |
Buck pulse width modulator step down regulator |
UC2572 |
TI |
09+ |
SOIC-8 |
Inverting output reverse pulse width modulator |
TPS75003 |
TI |
10+ |
QFN-20 |
Three-way power management integrated circuit |