IRL3714STRR

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The IRL3714STRR is a single very small (V-SMC) MOSFET device designed to create a simple and cost-effective alternative to standard power MOSFETs. The device is constructed out of a silicon substrate, which is a type of material used with FETs, and it works by application of specific voltages to the Gate, Drain and Source terminals. This type of MOSFET device makes use of a metal oxide semiconductor field effect structure, commonly referred to as MOSFET (metal-oxide-semiconductor field effect transistor). The device is constructed out of a dual gate construction, utilizing the benefits of both P- and N- channel types of MOSFETs. This helps to create devices that offer superior functional performance characteristics such as low gate-source voltage, low drain-source on-state resistance, and high switching speed. The IRL3714STRR is an ideal choice for a wide range of applications that require the special characteristics of a MOSFET, such as switching applications, motor control, and over-current protection.

The IRL3714STRR\'s advanced design allows for an optimal electrical performance in low voltage switch mode power supply applications. On the drain side, the device features an extra low on-resistance of typically 37mΩ, which aids in reducing power dissipation. On the gate side, the device features an ultra low gate-source voltage of 1.7V, which helps to reduce conduction losses in addition to improving switch time response time. The low gate-source voltage paired with a low input capacitance of 17nF makes the device well-suitable for high frequency switching applications, allowing for the higher switching frequency and greater efficiency to be achieved. Furthermore, the IRL3714STRR is equipped with protection against reverse voltage, ensuring additional safety and reliability, even under extreme conditions.

In terms of its physical characteristics, the IRL3714STRR is a very small device, measuring in at a mere 2.6mm×1.6mm and can fit on a board as small as 10x10mm. This small form factor is made possible due to the V-SMC (Vertical Small Molded Component) design of the device, which requires only a two-layer PCB. The compact size also helps in minimizing PCB costs, improving assembly of the device, and reducing product design times. Additionally, the IRL3714STRR is side-bondable. This allows for the use of a single unipolar gate driver in order to reduce costs and component count.

The IRL3714STRR is a device that offers efficient and reliable performance with its MOSFET structure, ideal for applications in low-voltage switch mode power supplies, motor control, and over-current protection. It features an ultra-low gate-source voltage, which helps reduce conduction losses and improves the switch time response time. Its small form factor makes it ideal for use in dense PCBs and requires only a two-layer PCB for assembly. Additionally, the device is protected against reverse voltage for enhanced reliability under extreme conditions and is side-bondable for further cost saving.

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