DMTH3002LPS-13

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Modern transistors are classified under two broad categories, namely FETs and MOSFETs. Within FETs, there are two main types: single-gate FETs and multi-gate FETs. The DMTH3002LPS-13 from Diodes Incorporated falls into the single-gate FETs category. It is a low-power enhancement-mode N-Channel Transistor, described as a «very low-cost FET based device». Today, we will look at the applications and principles of operation for the DMTH3002LPS-13.

Applications of DMTH3002LPS-13

Unlike some transistors, the DMTH3002LPS-13 can be used in many different areas depending on the design and functioning requirements of the system. It most commonly finds application in power management solutions in a variety of configurations.

• Portable devices such as cell phones, tablets and other handheld gadgets.
• Servers and other computer systems, which require uninterrupted power flow.
• Automotive systems that need efficient, reliable, and cost effective power usage.
• Systems that require high power dealing capabilities with lesser space and cost.

The DMTH3002LPS-13 has a variety of features that make it attractive such as a wide operating range of −55 °C to +150 °C. This range allows it to be applicable in different temperature environments. Other features such as a low profile type and a low threshold voltage make it a likely choice for several applications.

Working Principle of DMTH3002LPS-13

This transistor works on the same principle as any single-gate FET, namely the movement of electrons through achannel between the source and drain in order to create a current. The DMTH3002LPS-13 has been designed to be highly efficient with its low threshold voltage and smooth operation.

The most impressive aspects of this transistor are its power handling capabilities. It can handle a maximum of 200mA at a maximum voltage of 20V. Additionally, there is no need for additional gates since it is a single-gate device, reducing complexity and cost.

The DMTH3002LPS-13 also has very low power dissipation capabilities. This is especially useful in portable or battery operated devices, where the power consumption needs to be minimized to maximize the available battery life. All of these factors combined make the DMTH3002LPS-13 a perfect choice for many applications, ranging from automotive and consumer electronics to medical and industrial.

Conclusion

The DMTH3002LPS-13 is a single-gate FET transistor from Diodes Incorporated. It has a wide operating range of −55 °C to +150 °C, making it suitable for use even in extreme temperatures. Apart from this, it has low threshold voltages, high current handling capabilities, low power dissipation, and no need for additional gates. All of these features make this device the ideal choice for a variety of applications in electronics and computer systems.

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