| No. |
Part Name |
Description |
Manufacturer |
| 1711 |
MAX9933EUA+T |
2MHz to 1.6GHz 45dB RF-Detecting Controllers and RF Detector |
MAXIM - Dallas Semiconductor |
| 1712 |
MAX9933EUA+TG071 |
2MHz to 1.6GHz 45dB RF-Detecting Controllers and RF Detector |
MAXIM - Dallas Semiconductor |
| 1713 |
MCP1501-33E/SN |
Power Management- Voltage References |
Microchip |
| 1714 |
MCP1501T-33E/CHY |
Power Management- Voltage References |
Microchip |
| 1715 |
MCP1501T-33E/RW |
Power Management- Voltage References |
Microchip |
| 1716 |
MCP1501T-33E/SN |
Power Management- Voltage References |
Microchip |
| 1717 |
MM3033E |
CMOS Regulator Monolithic IC MM303X Series |
Mitsumi Electric |
| 1718 |
MMSZ33ET1 |
Zener Regulator |
ON Semiconductor |
| 1719 |
MN103HF33E |
32-bit Fast High Performance Microcomputers MN103H Series |
Panasonic |
| 1720 |
MSP1N6133E3 |
Standard Unidirectional and Bidirectional TVS |
Microsemi |
| 1721 |
MUPT33E3 |
Standard Unidirectional and Bidirectional TVS |
Microsemi |
| 1722 |
MUPTB33E3 |
Standard Unidirectional and Bidirectional TVS |
Microsemi |
| 1723 |
MXLUPT33E3 |
Standard Unidirectional and Bidirectional TVS |
Microsemi |
| 1724 |
MXLUPTB33E3 |
Standard Unidirectional and Bidirectional TVS |
Microsemi |
| 1725 |
MXUPT33e3 |
Standard Unidirectional and Bidirectional TVS |
Microsemi |
| 1726 |
MXUPTB33e3 |
Standard Unidirectional and Bidirectional TVS |
Microsemi |
| 1727 |
PI6C2510-133E |
Low-noise phase-locked loop clock driver with 10 clock outputs |
Pericom Technology |
| 1728 |
PIC17C42A-33E/L |
A newer device is available. Please consider PIC18F4220. This powerful 8.25 MIPS (121 nanosecond instruction execution) ... |
Microchip |
| 1729 |
PIC17C42A-33E/P |
A newer device is available. Please consider PIC18F4220. This powerful 8.25 MIPS (121 nanosecond instruction execution) ... |
Microchip |
| 1730 |
PIC17C42A-33E/PQ |
A newer device is available. Please consider PIC18F4220. This powerful 8.25 MIPS (121 nanosecond instruction execution) ... |
Microchip |
| 1731 |
PIC17C42A-33E/PT |
A newer device is available. Please consider PIC18F4220. This powerful 8.25 MIPS (121 nanosecond instruction execution) ... |
Microchip |
| 1732 |
PIC17C42AT-33E/L |
A newer device is available. Please consider PIC18F4220. This powerful 8.25 MIPS (121 nanosecond instruction execution) ... |
Microchip |
| 1733 |
PIC17C42AT-33E/PQ |
A newer device is available. Please consider PIC18F4220. This powerful 8.25 MIPS (121 nanosecond instruction execution) ... |
Microchip |
| 1734 |
PIC17C42AT-33E/PT |
A newer device is available. Please consider PIC18F4220. This powerful 8.25 MIPS (121 nanosecond instruction execution) ... |
Microchip |
| 1735 |
PIC17C43-33E/L |
A newer device is available. Please consider PIC18F4220. This powerful 8.25 MIPS (121 nanosecond instruction execution) yet ... |
Microchip |
| 1736 |
PIC17C43-33E/P |
A newer device is available. Please consider PIC18F4220. This powerful 8.25 MIPS (121 nanosecond instruction execution) yet ... |
Microchip |
| 1737 |
PIC17C43-33E/PQ |
A newer device is available. Please consider PIC18F4220. This powerful 8.25 MIPS (121 nanosecond instruction execution) yet ... |
Microchip |
| 1738 |
PIC17C43-33E/PT |
A newer device is available. Please consider PIC18F4220. This powerful 8.25 MIPS (121 nanosecond instruction execution) yet ... |
Microchip |
| 1739 |
PIC17C43T-33E/PQ |
A newer device is available. Please consider PIC18F4220. This powerful 8.25 MIPS (121 nanosecond instruction execution) yet ... |
Microchip |
| 1740 |
PIC17C43T-33E/PT |
A newer device is available. Please consider PIC18F4220. This powerful 8.25 MIPS (121 nanosecond instruction execution) yet ... |
Microchip |
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