MMBT4403-7-F by Diodes Incorporated

Overview of MMBT4403-7-F by Diodes Incorporated

The MMBT4403-7-F is a small signal bipolar transistor designed by Diodes Incorporated. This particular model is characterized as a PNP (Positive-Negative-Positive) transistor that operates with a collector current of up to 0.6 A and a collector-emitter voltage maxing at 40 V. The component is distinguished by its single element configuration housed in a green, plastic SO-3 package. Notably, the unit is compliant with RoHS standards, signifying it does not contain hazardous substances typically found in electronics components.

Featuring a power dissipation of up to 0.3 W, the MMBT4403-7-F integrates well into a variety of switching applications. It offers a transition frequency of 200 MHz and includes characteristics like a turnover time maximum of 255 ns and a turn-on time maximum of 35 ns, pointing to its efficiency in rapid switching tasks. With performance parameters affirmed under conditions up to a maximum operating temperature of 150 °C, the MMBT4403-7-F ensures reliability even under strenuous conditions. Moreover, its moisture sensitivity is rated at level 1, indicating high robustness towards environmental moisture challenges.

Industry Applications for MMBT4403-7-F

  • Consumer Electronics: Devices such as smartphones, tablets, and laptops could potentially utilize the MMBT4403-7-F due to its ability to manage rapid switching requirements within compact spaces like those found in these devices. The robust moisture sensitivity and heat tolerance might support extended device life and reliability.
  • Industrial Automation: In automated manufacturing or process control systems, this transistor might be used to control sensors, actuators, or small motors due to its reliable high-switching capabilities and operational stability under varying temperatures.
  • Telecommunications: In telecommunications infrastructure, components such as the MMBT4403-7-F can be integral in signal amplification and switching. Its high transition frequency and power efficiency could potentially enhance signal integrity across devices and communication networks.
  • Computing and Data Storage: With its fast switching times and compact packaging, the MMBT4403-7-F can potentially be employed in power regulation or management circuits within servers, data centers, and personal computers, helping to maintain operational efficiencies and system stability.

It is important to note that these potential industry applications are conceptual and illustrative. They require thorough analysis and verification by engineering and design teams to comply with industry standards and specific application requirements.

About Diodes Incorporated

Diodes Incorporated is a leading manufacturer in the electronics industry, providing a wide array of components including Small Signal Bipolar Transistors and other semiconductor products. Known for their innovation and reliability, Diodes Incorporated offers components like the MMBT4403-7-F which play crucial roles in various electronic applications. The company adheres to stringent quality standards and environmental guidelines, ensuring that their products like the MMBT4403-7-F not only meet functional expectations but also contribute to making electronic solutions safer and more eco-friendly.

Where to Find MMBT4403-7-F by Diodes Incorporated

To procure the MMBT4403-7-F, potential buyers are advised to visit findchips.com. Here, you can explore availability from distributors historically known to carry this part, such as Avnet Asia, TME, and DigiKey, among others. However, for up-to-date stock levels and competitive pricing comparisons, it’s ideal to rely on live data feeds as provided directly through the FindChips platform.

If alternatives to the MMBT4403-7-F are needed, findchips.com also offers a broad selection through its Small Signal Bipolar Transistors listing, where other products from Diodes Incorporated or different manufacturers can be evaluated side by side.

Compare pricing for MMBT4403-7-F and other Small Signal Bipolar Transistors / Transistors at findchips.com