| No. |
Part Name |
Description |
Manufacturer |
| 91 |
JANTX1N6113US |
Transient Voltage Suppressor |
Microsemi |
| 92 |
JANTXV1N6113 |
Transient Voltage Suppressor |
Microsemi |
| 93 |
JANTXV1N6113A |
Transient Voltage Suppressor |
Microsemi |
| 94 |
JANTXV1N6113AUS |
Transient Voltage Suppressor |
Microsemi |
| 95 |
JANTXV1N6113US |
Transient Voltage Suppressor |
Microsemi |
| 96 |
M61130FP |
Tuner 1 chip with VIF/SIF/Mixer/oscillator/PLL |
Mitsubishi Electric Corporation |
| 97 |
NJU26113 |
NJU26100 Series Hardware Specification |
New Japan Radio |
| 98 |
NTE6113 |
Industrial Rectifier, 1200 Amp |
NTE Electronics |
| 99 |
SKY66113-11 |
2.4 GHz Bluetooth® Low Energy/802.15.4/Thread/ZigBee® Front-End Module |
Skyworks Solutions |
| 100 |
TPC6113 |
Power MOSFET (P-ch single) |
TOSHIBA |
| 101 |
TPS61130 |
Adjustable, 90% Efficient SEPIC Converter with 200-mA LDO for 1-Cell LiIon or Dual-Cell Applications |
Texas Instruments |
| 102 |
TPS61130PW |
Adjustable, 90% Efficient SEPIC Converter with 200-mA LDO for 1-Cell LiIon or Dual-Cell Applications |
Texas Instruments |
| 103 |
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 |
| 104 |
TPS61130PWR |
Adjustable, 90% Efficient SEPIC Converter with 200-mA LDO for 1-Cell LiIon or Dual-Cell Applications |
Texas Instruments |
| 105 |
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 |
| 106 |
TPS61130RSAR |
Adjustable, 90% Efficient SEPIC Converter with 200-mA LDO for 1-Cell LiIon or Dual-Cell Applications |
Texas Instruments |
| 107 |
TPS61131 |
3.3V, 90% Efficient SEPIC Converter with 3.3V, 200-mA LDO for 1-Cell LiIon or Dual-Cell Applications |
Texas Instruments |
| 108 |
TPS61131PW |
3.3V, 90% Efficient SEPIC Converter with 3.3V, 200-mA LDO for 1-Cell LiIon or Dual-Cell Applications |
Texas Instruments |
| 109 |
TPS61131PWR |
3.3V, 90% Efficient SEPIC Converter with 3.3V, 200-mA LDO for 1-Cell LiIon or Dual-Cell Applications |
Texas Instruments |
| 110 |
TPS61132 |
3.3V, 90% Efficient SEPIC Converter with 1.5V, 200-mA LDO for 1-Cell LiIon or Dual-Cell Applications |
Texas Instruments |
| 111 |
TPS61132PW |
3.3V, 90% Efficient SEPIC Converter with 1.5V, 200-mA LDO for 1-Cell LiIon or Dual-Cell Applications |
Texas Instruments |
| 112 |
TPS61132PWR |
3.3V, 90% Efficient SEPIC Converter with 1.5V, 200-mA LDO for 1-Cell LiIon or Dual-Cell Applications |
Texas Instruments |
| 113 |
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 |
| 114 |
TPS61132RSAR |
3.3V, 90% Efficient SEPIC Converter with 1.5V, 200-mA LDO for 1-Cell LiIon or Dual-Cell Applications |
Texas Instruments |
| 115 |
UN6113 |
Silicon PNP epitaxial planer transistor |
Panasonic |
| 116 |
UNR6113 |
Silicon PNP epitaxial planer transistor with biult-in resistor |
Panasonic |
| 117 |
XN06113 |
Composite Device - Composite Transistors |
Panasonic |
| 118 |
XN06113G |
Silicon PNP epitaxial planar type |
Panasonic |
| 119 |
XN6113 |
Composite Device - Composite Transistors |
Panasonic |
| 120 |
XP06113 |
Composite Device - Composite Transistors |
Panasonic |
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