Overview of PDZVTR2.7B by ROHM Semiconductor
The PDZVTR2.7B is a Zener Diode characterized by a nominal Zener voltage of 2.7V and a power dissipation of 1W. Housed in a compact SOD-128 package, this component is suitable for surface mounting. The component is composed of silicon, which is a common material for diodes due to its stable properties and efficiency. With a maximum operating temperature of 150 °C, the PDZVTR2.7B can handle moderately high thermal environments typical in electronic circuit operations.
This Zener diode’s packaging is designed to be small outline and rectangular, making it ideal for high-density mounting required in modern electronic applications. Being RoHS compliant and with an ECCN code of EAR99, it aligns with international regulatory standards for environmental safety and export compatibility. It delivers a precise voltage control with a tolerance of approximately 6.9%, ensuring reliability in voltage regulation applications.
Industry Applications for PDZVTR2.7B
The practical applications of the PDZVTR2.7B span several industries due to its regulatory compliance and technical specifications. Below are possible industry applications that could leverage this type of Zener diode. These illustrations are conditional and would require thorough analysis and verification by professional engineering teams.
- Consumer Electronics: The PDZVTR2.7B might be utilized in devices such as smartphones, personal computers, and tablets to provide voltage regulation, protecting sensitive components from voltage spikes. The small package size and power specification are suitable for these compact electronic devices.
- Energy and Power Systems: This diode could potentially be used in power supply systems where stable voltage is crucial. Its high reliability and ability to operate at higher temperatures make it a candidate for solar power inverters, where consistent performance under varying environmental conditions is required.
- Electronic Manufacturing: During the manufacturing of electronic circuit boards and systems, the PDZVTR2.7B might be used in test equipment to ensure circuit protection and regulation during the testing phase. Its small footprint and robustness add to its utility in manufacturing settings.
- Renewable Energy: In renewable energy applications, particularly those involving solar energy panels, the need for consistent voltage regulation is critical. The PDZVTR2.7B could be integrated into control circuits within renewable energy systems to enhance system reliability and longevity.
Note, these potential industry applications are purely illustrative and subject to validation against specific industry standards and design requirements.
About ROHM Semiconductor
ROHM Semiconductor is a major manufacturer in the electronic component industry, known for its wide range of diode technology including Zener Diodes. The PDZVTR2.7B reflects their commitment to producing high-quality semiconductors that meet diverse application needs. ROHM consistently ensures that their products deliver reliability and performance, with an emphasis on advanced packaging technologies and robust environmental compliance.
ROHM’s expertise in producing Zener Diodes is evidenced by the PDZVTR2.7B and similar parts, which are used across various applications, offering efficient voltage regulation and protection features. These diodes cater to a range of needs from basic voltage regulation to high-power demand scenarios across industrial and consumer electronics.
Where to Find PDZVTR2.7B by ROHM Semiconductor
To procure the PDZVTR2.7B, prospective buyers should consider performing a search on findchips.com, where you can easily compare pricing, availability, and specifications. By searching under Zener Diodes, one can also explore alternate parts offered by ROHM Semiconductor or other manufacturers. Historically, distributors such as Mouser Electronics, DigiKey, and Newark have stocked this part, but availability can change.
Therefore, to get the latest data on stock levels and competitive pricing, it is advisable to visit findchips.com.