ZVN4306AVSTOB

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The ZVN4306AVSTOB is a component typically used in the electronics industry. It is an n-channel enhancement mode field effect transistor (FET). FETs are three-terminal devices consisting of a gate, a source, and a drain which is used to control current flow through a channel. Transistors are a switch or amplifier. The ZVN4306AVSTOB device uses a pair of metal-oxide-semiconductor (MOS) capacitors and is thus classified as a MOSFET. This component is designed for low-power applications and is a common component in switching circuits, often employed in consumer and automotive electronics.When the gate on a MOSFET is at zero volts, the current flow between source and drain is extremely low. However, as the voltage at the gate is increased, more current flows. The ZVN4306AVSTOB works in this manner and is designed to operate within a certain voltage range.The electrical characteristics of the ZVN4306AVSTOB are important to understand in order to properly use it in a circuit. These characteristics are described in the component’s data sheet. The ZVN4306AVSTOB has an on-resistance (R_{DS (ON)} ) of 2.6 Ω and an on current (I_D ) of 3 A which means it can handle approximately 7.8 W of power. At 0.5V, the off-state leakage current (I_DS ) is only 10 nA. This low leakage makes the component suitable for low-power applications where power saving is important. It is also worth noting that the component can handle a maximum voltage of 80V.The ZVN4306AVSTOB is available in a variety of packages, such as SOT-23, SC-70, and SO-8. This makes it suitable for a wide range of applications, such as automotive, industrial, and consumer electronics. The component has an Enable/Disable (EN/D) pin which allows it to be turned on and off. When the EN/D pin is set to low, the MOSFET is off and there is no conduction between the drain and source.The ZVN4306AVSTOB is an n-channel enhancement mode field effect transistor that is specifically designed for low-power applications. Its electrical characteristics make it suitable for applications, such as automotive, industrial and consumer electronics. It has an Enable/Disable pin which makes it easy to control the current flow and its low on-resistance and on-current allow it to handle a maximum voltage of 80V. The component is available in a variety of packages and is typically used in switching circuits.

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