No. |
Part Name |
Description |
Manufacturer |
31 |
TPS61120RSARG4 |
Adjustable, 95% Efficient Boost Converter with 200-mA LDO for 1-Cell LiIon or Dual-Cell Applications 16-QFN -40 to 85 |
Texas Instruments |
32 |
TPS61121 |
3.3-V 95% Efficient Boost Converter with 1.5-V 200-mA LDO for 1-Cell LiIon or Dual-Cell Applications |
Texas Instruments |
33 |
TPS61121PW |
3.3-V 95% Efficient Boost Converter with 1.5-V 200-mA LDO for 1-Cell LiIon or Dual-Cell Applications |
Texas Instruments |
34 |
TPS61121PWG4 |
3.3-V 95% Efficient Boost Converter with 1.5-V 200-mA LDO for 1-Cell LiIon or Dual-Cell Applications 16-TSSOP -40 to 85 |
Texas Instruments |
35 |
TPS61121PWR |
3.3-V 95% Efficient Boost Converter with 1.5-V 200-mA LDO for 1-Cell LiIon or Dual-Cell Applications |
Texas Instruments |
36 |
TPS61121RSAR |
3.3-V 95% Efficient Boost Converter with 1.5-V 200-mA LDO for 1-Cell LiIon or Dual-Cell Applications |
Texas Instruments |
37 |
TPS61121RSARG4 |
3.3-V 95% Efficient Boost Converter with 1.5-V 200-mA LDO for 1-Cell LiIon or Dual-Cell Applications 16-QFN -40 to 85 |
Texas Instruments |
38 |
TPS61122 |
3.6-V 95% Efficient Boost Converter with 3.3-V 200-mA LDO for 1-Cell LiIon or Dual-Cell Applications |
Texas Instruments |
39 |
TPS61122PW |
3.6-V 95% Efficient Boost Converter with 3.3-V 200-mA LDO for 1-Cell LiIon or Dual-Cell Applications |
Texas Instruments |
40 |
TPS61122PWG4 |
3.6-V 95% Efficient Boost Converter with 3.3-V 200-mA LDO for 1-Cell LiIon or Dual-Cell Applications 16-TSSOP -40 to 85 |
Texas Instruments |
41 |
TPS61122PWR |
3.6-V 95% Efficient Boost Converter with 3.3-V 200-mA LDO for 1-Cell LiIon or Dual-Cell Applications |
Texas Instruments |
42 |
TPS61130 |
Adjustable, 90% Efficient SEPIC Converter with 200-mA LDO for 1-Cell LiIon or Dual-Cell Applications |
Texas Instruments |
43 |
TPS61130PW |
Adjustable, 90% Efficient SEPIC Converter with 200-mA LDO for 1-Cell LiIon or Dual-Cell Applications |
Texas Instruments |
44 |
TPS61130PWG4 |
Adjustable, 90% Efficient SEPIC Converter with 200-mA LDO for 1-Cell LiIon or Dual-Cell Applications 16-TSSOP -40 to 85 |
Texas Instruments |
45 |
TPS61130PWR |
Adjustable, 90% Efficient SEPIC Converter with 200-mA LDO for 1-Cell LiIon or Dual-Cell Applications |
Texas Instruments |
46 |
TPS61130PWRG4 |
Adjustable, 90% Efficient SEPIC Converter with 200-mA LDO for 1-Cell LiIon or Dual-Cell Applications 16-TSSOP -40 to 85 |
Texas Instruments |
47 |
TPS61130RSAR |
Adjustable, 90% Efficient SEPIC Converter with 200-mA LDO for 1-Cell LiIon or Dual-Cell Applications |
Texas Instruments |
48 |
TPS61131 |
3.3V, 90% Efficient SEPIC Converter with 3.3V, 200-mA LDO for 1-Cell LiIon or Dual-Cell Applications |
Texas Instruments |
49 |
TPS61131PW |
3.3V, 90% Efficient SEPIC Converter with 3.3V, 200-mA LDO for 1-Cell LiIon or Dual-Cell Applications |
Texas Instruments |
50 |
TPS61131PWR |
3.3V, 90% Efficient SEPIC Converter with 3.3V, 200-mA LDO for 1-Cell LiIon or Dual-Cell Applications |
Texas Instruments |
51 |
TPS61132 |
3.3V, 90% Efficient SEPIC Converter with 1.5V, 200-mA LDO for 1-Cell LiIon or Dual-Cell Applications |
Texas Instruments |
52 |
TPS61132PW |
3.3V, 90% Efficient SEPIC Converter with 1.5V, 200-mA LDO for 1-Cell LiIon or Dual-Cell Applications |
Texas Instruments |
53 |
TPS61132PWR |
3.3V, 90% Efficient SEPIC Converter with 1.5V, 200-mA LDO for 1-Cell LiIon or Dual-Cell Applications |
Texas Instruments |
54 |
TPS61132PWRG4 |
3.3V, 90% Efficient SEPIC Converter with 1.5V, 200-mA LDO for 1-Cell LiIon or Dual-Cell Applications 16-TSSOP -40 to 85 |
Texas Instruments |
55 |
TPS61132RSAR |
3.3V, 90% Efficient SEPIC Converter with 1.5V, 200-mA LDO for 1-Cell LiIon or Dual-Cell Applications |
Texas Instruments |
56 |
UC1840 |
PROGRAMMABLE, OFF-LIINE, PWM CONTROLLER |
ST Microelectronics |
57 |
UC1840J |
PROGRAMMABLE, OFF-LIINE, PWM CONTROLLER |
ST Microelectronics |
58 |
UC2840J |
PROGRAMMABLE, OFF-LIINE, PWM CONTROLLER |
ST Microelectronics |
59 |
UC2840J |
PROGRAMMABLE, OFF-LIINE, PWM CONTROLLER |
ST Microelectronics |
60 |
UC2840N |
PROGRAMMABLE, OFF-LIINE, PWM CONTROLLER |
ST Microelectronics |
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