| No. |
Part Name |
Description |
Manufacturer |
| 721 |
MM1385JN |
Microminiature low-power consumption low-saturation regulator |
Mitsumi Electric |
| 722 |
MM1385KN |
Microminiature low-power consumption low-saturation regulator |
Mitsumi Electric |
| 723 |
MM1385LN |
Microminiature low-power consumption low-saturation regulator |
Mitsumi Electric |
| 724 |
MM1385MN |
Microminiature low-power consumption low-saturation regulator |
Mitsumi Electric |
| 725 |
MM1385NN |
Microminiature low-power consumption low-saturation regulator |
Mitsumi Electric |
| 726 |
MM1385PN |
Microminiature low-power consumption low-saturation regulator |
Mitsumi Electric |
| 727 |
MM1385RN |
Microminiature low-power consumption low-saturation regulator |
Mitsumi Electric |
| 728 |
MM1385SN |
Microminiature low-power consumption low-saturation regulator |
Mitsumi Electric |
| 729 |
MM1385TN |
Microminiature low-power consumption low-saturation regulator |
Mitsumi Electric |
| 730 |
MM1385UN |
Microminiature low-power consumption low-saturation regulator |
Mitsumi Electric |
| 731 |
MM1385VN |
Microminiature low-power consumption low-saturation regulator |
Mitsumi Electric |
| 732 |
MM1385WN |
Microminiature low-power consumption low-saturation regulator |
Mitsumi Electric |
| 733 |
MM1385XN |
Microminiature low-power consumption low-saturation regulator |
Mitsumi Electric |
| 734 |
MM1385YN |
Microminiature low-power consumption low-saturation regulator |
Mitsumi Electric |
| 735 |
MM1385ZN |
Microminiature low-power consumption low-saturation regulator |
Mitsumi Electric |
| 736 |
MPC821PWR |
MPC821 Power Consumption |
Motorola |
| 737 |
MPC823PWR |
MPC823 Power Consumption |
Motorola |
| 738 |
MSD6150 |
Silicon epitaxial dual diode designed for consumer applications |
Motorola |
| 739 |
PCA8885TS |
Capacitive 8-channel touch and proximity sensor with auto-calibration and very low power consumption |
NXP Semiconductors |
| 740 |
PD-16A040 |
16 Character, 16 Segment Alphanumeric Display with .400"" [10.16mm] High Characters, 50 Foot Lamberts Brightness, Designed for Multiplexed Operation, Edgeboard Connection, Low Power Consumption |
Vishay |
| 741 |
PIC18F1220 |
This microcontroller has nanoWatt Technology, which features six enhanced power-managed "software controlled" modes, power consumption as low as 0.1 microamps in standby mode and a wide operating voltage range from 2- to 5.5-volts which ma |
Microchip |
| 742 |
PIC18F1220-E/ML |
This microcontroller has nanoWatt Technology, which features six enhanced power-managed "software controlled" modes, power consumption ... |
Microchip |
| 743 |
PIC18F1220-E/P |
This microcontroller has nanoWatt Technology, which features six enhanced power-managed "software controlled" modes, power consumption ... |
Microchip |
| 744 |
PIC18F1220-E/SO |
This microcontroller has nanoWatt Technology, which features six enhanced power-managed "software controlled" modes, power consumption ... |
Microchip |
| 745 |
PIC18F1220-E/SS |
This microcontroller has nanoWatt Technology, which features six enhanced power-managed "software controlled" modes, power consumption ... |
Microchip |
| 746 |
PIC18F1220-I/ML |
This microcontroller has nanoWatt Technology, which features six enhanced power-managed "software controlled" modes, power consumption ... |
Microchip |
| 747 |
PIC18F1220-I/P |
This microcontroller has nanoWatt Technology, which features six enhanced power-managed "software controlled" modes, power consumption ... |
Microchip |
| 748 |
PIC18F1220-I/SO |
This microcontroller has nanoWatt Technology, which features six enhanced power-managed "software controlled" modes, power consumption ... |
Microchip |
| 749 |
PIC18F1220-I/SS |
This microcontroller has nanoWatt Technology, which features six enhanced power-managed "software controlled" modes, power consumption ... |
Microchip |
| 750 |
PIC18F1220T-I/ML |
This microcontroller has nanoWatt Technology, which features six enhanced power-managed "software controlled" modes, power consumption ... |
Microchip |
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