| 型号 | 制造商 | 描述 | 价格 | 封装 | 批号 | 数量 |
|
ADP1714AUJZ-1.5-R7
|
Analog Devices | ange. Using a novel scaling architecture, ground current is a very low 75 μA when driving a 100 μA load, making the ADP1712/ ADP1713/ADP1714 ideal fo | 0.0000 | SOT23-5 | 1115+ | 3638 |
|
ADP1714AUJZ-1.05R7
|
Analog Devices | ange. Using a novel scaling architecture, ground current is a very low 75 μA when driving a 100 μA load, making the ADP1712/ ADP1713/ADP1714 ideal fo | 0.0000 | 5 SOT23 | 1115+ | 1627 |
|
ADP1714AUJZ-0.95R7
|
Analog Devices | ange. Using a novel scaling architecture, ground current is a very low 75 μA when driving a 100 μA load, making the ADP1712/ ADP1713/ADP1714 ideal fo | 0.0000 | 1115+ | 7693 | |
|
ADP1714AUJZ-0.8-R7
|
Analog Devices Inc. | Linear Voltage Regulators 300mA CMOS Low-Dropout Regula | 0.0000 | 1115+ | 1022 | |
|
ADP1714AUJZ-0.75R7
|
Analog Devices | ange. Using a novel scaling architecture, ground current is a very low 75 μA when driving a 100 μA load, making the ADP1712/ ADP1713/ADP1714 ideal fo | 0.0000 | 5 SOT23 | 1115+ | 5463 |
|
ADP1713AUJZ-2.5-R7
|
Analog Devices | ange. Using a novel scaling architecture, ground current is a very low 75 μA when driving a 100 μA load, making the ADP1712/ ADP1713/ADP1714 ideal fo | 0.0000 | SOT23-5 | 1115+ | 7440 |
|
ADP1713AUJZ-1.8-R7
|
Analog Devices | ange. Using a novel scaling architecture, ground current is a very low 75 μA when driving a 100 μA load, making the ADP1712/ ADP1713/ADP1714 ideal fo | 0.0000 | SOT23-5 | 1115+ | 1322 |
|
ADP1713AUJZ-1.5-R7
|
Analog Devices | ange. Using a novel scaling architecture, ground current is a very low 75 μA when driving a 100 μA load, making the ADP1712/ ADP1713/ADP1714 ideal fo | 0.0000 | SOT23-5 | 1115+ | 1749 |
|
ADP1713AUJZ-1.0-R7
|
Analog Devices | ange. Using a novel scaling architecture, ground current is a very low 75 μA when driving a 100 μA load, making the ADP1712/ ADP1713/ADP1714 ideal fo | 0.0000 | TSOT-5 | 1115+ | 4240 |
|
ADP1713AUJZ-0.9-R7
|
Analog Devices | ange. Using a novel scaling architecture, ground current is a very low 75 μA when driving a 100 μA load, making the ADP1712/ ADP1713/ADP1714 ideal fo | 0.0000 | TSOT5 | 1115+ | 4638 |
|
ADP1712AUJZ-1.5-R7
|
Analog Devices | ange. Using a novel scaling architecture, ground current is a very low 75 μA when driving a 100 μA load, making the ADP1712/ ADP1713/ADP1714 ideal fo | 0.0000 | SOT23-5 | 1115+ | 5601 |
|
ADP1712AUJZ-1.3-R7
|
Analog Devices | eference. The ADP1712/ADP1713/ADP1714 are optimized for stable operation with small 2.2 μF ceramic output capacitors, allowing good transient | 0.0000 | TSOP-5 | 1115+ | 1320 |
|
ADP1712AUJZ-1.1-R7
|
Analog Devices | ange. Using a novel scaling architecture, ground current is a very low 75 μA when driving a 100 μA load, making the ADP1712/ ADP1713/ADP1714 ideal fo | 0.0000 | TSOT5 | 1115+ | 1399 |
|
ADP1712AUJZ-1.05R7
|
Analog Devices | ange. Using a novel scaling architecture, ground current is a very low 75 μA when driving a 100 μA load, making the ADP1712/ ADP1713/ADP1714 ideal fo | 0.0000 | SOT23-5 | 1115+ | 7386 |
|
ADP1712AUJZ-0.9-R7
|
Analog Devices | ange. Using a novel scaling architecture, ground current is a very low 75 μA when driving a 100 μA load, making the ADP1712/ ADP1713/ADP1714 ideal fo | 0.0000 | TSOT5 | 1115+ | 6050 |
|
ADP1712AUJZ-0.8-R7
|
Analog Devices | ange. Using a novel scaling architecture, ground current is a very low 75 μA when driving a 100 μA load, making the ADP1712/ ADP1713/ADP1714 ideal fo | 0.0000 | TSOT5 | 1115+ | 7320 |
|
ADP1711AUJZ-1.5-R7
|
Analog Devices | scaling architecture, ground current drawn is a very low 40 μA, when driving a 100 μA load, making the ADP1710/ADP1711 ideal for battery-operated | 0.0000 | SOT23-5 | 1115+ | 9474 |
|
ADP1711AUJZ-1.15R7
|
Analog Devices | 1 μF ceramic output capacitors, allowing for good transient performance while occupying minimal board space. An enable pin controls the output voltage | 0.0000 | SOT23-5 | 1115+ | 7174 |
|
ADP1711AUJZ-1.10R7
|
Analog Devices | scaling architecture, ground current drawn is a very low 40 μA, when driving a 100 μA load, making the ADP1710/ADP1711 ideal for battery-operated | 0.0000 | SOT23-5 | 1115+ | 4248 |
|
ADP1711AUJZ-1.05R7
|
Analog Devices | 1 μF ceramic output capacitors, allowing for good transient performance while occupying minimal board space. An enable pin controls the output voltage | 0.0000 | SOT23-5 | 1115+ | 1866 |
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