MIC2505-2BM

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The MIC2505-2BM is a P-channel MOSFET that provides an efficient, cost-effective solution for managing power in a wide range of applications. It features a low on-resistance of 1.6 ohms and a low threshold voltage of -1.8 Volts. This makes it an ideal choice for power distribution, load driving, and other applications where minimal resistance and low voltage thresholds are desired.

The MIC2505-2BM is able to handle up to 2.5 Amps of continuous current and up to 10 Amps of peak current, making it suitable for applications where particularly high power is needed. It also features a typical leak rate of 0.004 Ohms, ensuring minimal power loss throughout the application. This makes it an ideal choice for power distribution and other power management purposes.

The MIC2505-2BM is designed to be used in a range of applications, including those in industrial automation, automotive and consumer electronics. Its low on-resistance of 1.6 ohms and low threshold voltage of -1.8 Volts make it an effective solution for a variety of projects where efficient power management is essential. Its efficient operations help keep costs low, which helps to make this device a cost-effective solution for power management.

The MIC2505-2BM offers a low on-state resistance and low threshold voltage for efficient power management. Its internal MOSFET architecture provides a wide operating range of up to 50 Volts, allowing for efficient and cost-effective power distribution between devices. The device is also able to handle up to 10 Amps of peak current, providing high power delivery capabilities that can be utilized in applications where high power is needed.

The MIC2505-2BM can provide an efficient and cost-effective power solution for a wide range of applications. Its low on-state resistance and low threshold voltage combined with its wide operating range make it a suitable and effective choice for power distribution, load driving, and various other power management purposes. Its efficient operations help keep costs low and maximize the device’s utility, making it an ideal choice for those looking for an effective and efficient power distribution solution.

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