| No. |
Part Name |
Description |
Manufacturer |
| 2701 |
TC1142 |
The TC1142 generates a regulated negative voltage from –3V to –5V at 20 mA from an input of 2.5V to 5.5V, using only three external capacitors. Other boost/buck switching regulators must use an inductor, which is larger and rad |
Microchip |
| 2702 |
TC1225 |
TheTC1225/1226/1227 are CMOS dual inverting charge pump voltage converters in 8-Pin MSOP packages. An on-board oscillator provides the clock, and only four external capacitors are required for full circuit implementation. Switching frequen |
Microchip |
| 2703 |
TC1226 |
TheTC1225/1226/1227 are CMOS dual inverting charge pump voltage converters in 8-Pin MSOP packages. An on-board oscillator provides the clock, and only four external capacitors are required for full circuit implementation. Switching frequen |
Microchip |
| 2704 |
TC1227 |
TheTC1225/1226/1227 are CMOS dual inverting charge pump voltage converters in 8-Pin MSOP packages. An on-board oscillator provides the clock, and only four external capacitors are required for full circuit implementation. Switching frequen |
Microchip |
| 2705 |
TC1235 |
The TC1235/1236/1237 are CMOS dual inverting charge pump voltage converters with a low power shutdown mode in MSOP 10-Pin packages. Only four external capaci-tors are required for full circuit implementation. Switching frequencies are 12kH |
Microchip |
| 2706 |
TC1236 |
The TC1235/1236/1237 are CMOS dual inverting charge pump voltage converters with a low power shutdown mode in MSOP 10-Pin packages. Only four external capaci-tors are required for full circuit implementation. Switching frequencies are 12kH |
Microchip |
| 2707 |
TC1237 |
The TC1235/1236/1237 are CMOS dual inverting charge pump voltage converters with a low power shutdown mode in MSOP 10-Pin packages. Only four external capaci-tors are required for full circuit implementation. Switching frequencies are 12kH |
Microchip |
| 2708 |
TC1266 |
The TC1266 is an application-specific, low dropout regulator (LDO) specifically intended for use in PCI peripheral card applications complying with PCI Power Management (PCI 2.0). It provides an uninterrupted, 3.3V, 200mA (max) output volt |
Microchip |
| 2709 |
TC1266VOA |
The TC1266 is an application-specific, low dropout regulator (LDO) specifically intended for use in PCI peripheral card applications ... |
Microchip |
| 2710 |
TC1266VOATR |
The TC1266 is an application-specific, low dropout regulator (LDO) specifically intended for use in PCI peripheral card applications ... |
Microchip |
| 2711 |
TC1266VUA |
The TC1266 is an application-specific, low dropout regulator (LDO) specifically intended for use in PCI peripheral card applications ... |
Microchip |
| 2712 |
TC1266VUATR |
The TC1266 is an application-specific, low dropout regulator (LDO) specifically intended for use in PCI peripheral card applications ... |
Microchip |
| 2713 |
TC1267 |
The TC1267 is an application-specific, low dropout regulator (LDO) specifically intended for use in PCI peripheral card applications complying with PCI Power Management (PCI 2.0). It provides an uninterrupted, 3.3V output voltage when the |
Microchip |
| 2714 |
TC1267VETTR |
The TC1267 is an application-specific, low dropout regulator (LDO) specifically intended for use in PCI peripheral card applications ... |
Microchip |
| 2715 |
TC901 |
The TC901 is a monolithic, auto-zeroed operational amplifier. It is a second-generation design of the TC91X CMOS chopper-stabilized op-amps with on-chip capacitors. Eliminationof the external capacitors allows the designer to increase reli |
Microchip |
| 2716 |
TC913A |
The TC913 is a monolithic, auto-zeroed operational amplifier. Elimination of the external capacitors allows the designer to increase reliability, lower cost,and simplify design by lowering parts count. Since the TC913 is an auto-zeroing op |
Microchip |
| 2717 |
TC913B |
The TC913 is a monolithic, auto-zeroed operational amplifier. Elimination of the external capacitors allows the designer to increase reliability, lower cost,and simplify design by lowering parts count. Since the TC913 is an auto-zeroing op |
Microchip |
| 2718 |
TCN |
Coated SIP Capacitor Network, NPO or X7R Capacitors for Line Terminator, Special Capacitor Schematics Available |
Vishay |
| 2719 |
TD162 |
Silicon High Power general purpose epibase darlington PNP transistor - metal case |
IPRS Baneasa |
| 2720 |
TD162/1 |
Silicon High Power general purpose epibase darlington PNP transistor - metal case |
IPRS Baneasa |
| 2721 |
TD162A |
Silicon High Power general purpose epibase darlington PNP transistor - metal case |
IPRS Baneasa |
| 2722 |
TD162B |
Silicon High Power general purpose epibase darlington PNP transistor - metal case |
IPRS Baneasa |
| 2723 |
TD162C |
Silicon High Power general purpose epibase darlington PNP transistor - metal case |
IPRS Baneasa |
| 2724 |
TD163 |
Silicon High Power general purpose epibase darlington NPN transistor - metal case |
IPRS Baneasa |
| 2725 |
TD163/1 |
Silicon High Power general purpose epibase darlington NPN transistor - metal case |
IPRS Baneasa |
| 2726 |
TD163A |
Silicon High Power general purpose epibase darlington NPN transistor - metal case |
IPRS Baneasa |
| 2727 |
TD163B |
Silicon High Power general purpose epibase darlington NPN transistor - metal case |
IPRS Baneasa |
| 2728 |
TD163C |
Silicon High Power general purpose epibase darlington NPN transistor - metal case |
IPRS Baneasa |
| 2729 |
TD264 |
Silicon High Power general purpose epibase darlington PNP transistor - metal case |
IPRS Baneasa |
| 2730 |
TD264/1 |
Silicon High Power general purpose epibase darlington PNP transistor - metal case |
IPRS Baneasa |
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