ZXMP7A17KTC Discrete Semiconductor Products

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The ZXMP7A17KTC is a N-channel depletion-mode (normally ON) discrete field-effect power transistor designed for use in high-current, general-purpose switching applications. The ZXMP7A17KTC is compatible with various power packages including IPAK, DPAK, and TO-220F styles. Additionally, this transistor is resistant to destructive effects from even the most extreme environmental conditions, making it an ideal choice for use in a wide range of applications.

The depletion-mode characteristic of the ZXMP7A17KTC means that it is normally ON and high-current can be switched using a small gate voltage. The transistor has an extremely low RDS(ON) rating, which makes it ideal for use in switching applications where high-currents are necessary. The ZXMP7A17KTC also features an ESD protection of up to 8 kilovolts and has a maximum drain-source voltage rating of 40 volts.

The ZXMP7A17KTC’s applications range from low-voltage switch-mode power supplies and DC-DC converters to high-power automotive systems, as well as lighting control, industrial and SMPS control, and motor control applications. Due to its low RDS(ON) rating, the ZXMP7A17KTC is an ideal choice for applications where high efficiency is desired. In order to achieve the maximum efficiency and power, the ZXMP7A17KTC must be used in conjunction with a suitable gate-driver circuit.

The ZXMP7A17KTC is a N-channel depletion-mode MOSFET that operates in a “normally-on” configuration. This means that the drain-source channel is open when there is no gate voltage applied to the transistor, allowing current to flow between the drain and source. A gate voltage must be applied to switch the transistor “off” and stop current from flowing between the drain and source. This transistor has a very low RDS(ON), which means that it can handle high current without having to dissipate too much heat.

When using the ZXMP7A17KTC, a suitable gate-driver circuit is often used. This circuit acts as an electronic switch which controls the gate voltage applied to the transistor, thereby allowing the user to switch the transistor on and off. The gate-driver circuit must be able to supply the necessary gate voltage to the transistor, as well as provide protection against short circuits and voltage spikes.

The ZXMP7A17KTC offers numerous benefits to users across a vast range of applications. Its high-current capability makes it ideal for use in high-power systems, while its depletion-mode configuration makes it suitable for a wide range of switching applications. This transistor is also extremely robust, with its 8 kilovolt ESD rating, and is resistant to extreme environmental conditions. Additionally, the ZXMP7A17KTC’s low RDS(ON) rating ensures high efficiency and power when used in conjunction with a suitable gate-driver circuit.

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