MMBT5089LT1G by onsemi

Overview of MMBT5089LT1G by onsemi

The MMBT5089LT1G is an NPN bipolar transistor designed in a SOT-23 (TO-236) package, which features three leads. It is categorized under the subcategory of Small Signal Bipolar Transistors, making it suitable for various low-signal applications. This device is halogen-free and compliant with RoHS regulations, ensuring its compatibility with modern environmental standards. The MMBT5089LT1G is characterized by its low noise performance, a maximum collector current of 0.05 A, and a collector-emitter voltage rating of up to 25 V. Additionally, it boasts a minimal DC current gain of 400 and a transition frequency of approximately 50 MHz, indicating its speed and efficiency in signal amplification.

This part is currently active in its life cycle and features a moisture sensitivity level of 1, which implies a standard level of sensitivity to moisture. The maximum operating temperature for the MMBT5089LT1G is 150 °C, and it offers a power dissipation limit of 0.225 W. Overall, this transistor delivers reliable performance across a range of applications, making it a fundamental component in electronic design.

Industry Applications for MMBT5089LT1G

The versatility of the MMBT5089LT1G positions it as a potential candidate for various industry applications. Below are some illustrative use cases where this transistor might be incorporated:

  • Consumer Electronics: In consumer electronics, the MMBT5089LT1G could be used in amplifiers or audio processing circuits. Its low noise characteristics might enhance audio quality in devices like portable speakers or headphones.
  • Audio and Video Systems: This transistor might find use in video processing equipment or audio mixing consoles. Its ability to operate efficiently at higher frequencies could support signal amplification without degrading performance quality.
  • Communication Equipment: In the telecommunications sector, the MMBT5089LT1G could potentially be utilized in signal conditioning applications due to its significant DC current gain and transition frequency, which may improve signal clarity in voice and data communications.
  • Power Management: The transistor might also be involved in power management applications where it can function as a switch or an amplifier to control power delivery in electronic devices.
  • Sensor Technologies: In sensor applications, the low noise and high gain specifications could make the MMBT5089LT1G suitable for amplifying weak signals from various sensors used in environmental monitoring systems.

These potential industry applications are conceptual and should require thorough analysis and verification by engineering and design teams for adherence to industry standards and specific application needs.

About onsemi

onsemi is a semiconductor manufacturer known for producing a broad range of electronic components, including transistors, diodes, and integrated circuits. Their commitment to innovation in the semiconductor space includes a focus on developing energy-efficient solutions and robust components for various applications, particularly in the area of Small Signal Bipolar Transistors. The MMBT5089LT1G is one of their offerings in this category, alongside similar parts that cater to specific performance needs in electronic design. onsemi emphasizes high-quality manufacturing practices, ensuring that their transistors meet industry requirements and support the growing demand for advanced electronic systems.

Where to Find MMBT5089LT1G by onsemi

For those looking to procure the MMBT5089LT1G, researching distributor availability on findchips.com is recommended. You may find that vendors like Win Source Electronics, New Advantage Corporation, and DigiKey have historically offered this part, but do verify current stock levels and pricing on the platform. Additionally, you can explore alternate options in the Small Signal Bipolar Transistors category, where similar parts may be provided by onsemi or other manufacturers.

Compare pricing for MMBT5089LT1G and other Small Signal Bipolar Transistors / Transistors at findchips.com