Overview of TL431AQDBZR,215 by Nexperia
The TL431AQDBZR,215 by Nexperia is an adjustable precision shunt regulator from the TL431 family, designed specifically for highly stable and accurate performance across varying environmental conditions. Encased in a TO-236 3-pin (also known as SOT-23-3) package, this component offers a voltage range from 2.495V to 36V, catering to a broad spectrum of power management challenges. Thanks to its automotive-grade temperature resilience (operating between -40 °C and +125 °C) and robustness (compliance with AEC-Q100 standards), it ensures reliability in critical applications.
This small-outline device supports adjustable output voltages, enabling precise power supply control. Its low output voltage minimum of 2.47V and maximum of 2.55V, with a nominal voltage of 2.495V, allows for precise adjustments necessary in sophisticated electronic circuits. The use of a gull-wing terminal form makes it suitable for surface mounting, promoting easier assembly and integration into various electronic systems. Additionally, being RoHS and REACH compliant assures adherence to the latest environmental standards, essential for global commercial deployment.
Industry Applications for TL431AQDBZR,215
The versatile features of the TL431AQDBZR,215 make it potentially suitable for multiple industries. This section explores possible applications within selected sectors, emphasizing that these are hypothetical scenarios and actual usage should be validated by specialist engineering teams:
- Consumer Electronics: The robust temperature handling and precise voltage adjustment capabilities of TL431AQDBZR,215 might make it an effective component in consumer electronics such as home appliances and personal gadgets where stable voltage is crucial to functionality and safety.
- Automotive: Given its compliance with AEC-Q100 standards, TL431AQDBZR,215 could potentially be employed in automotive electronics such as engine control units (ECUs), power supply circuits, and onboard diagnostics systems, where stable and reliable operation are needed under varying environmental conditions.
- Energy and Power Systems: This component could also be utilized in more substantial power management systems such as voltage regulation modules in solar inverters or wind power systems, where precise control over output voltages is necessary to maximize efficiency and safety.
- Renewable Energy: In renewable energy applications, particularly in systems that require a stable operation over a range of input voltages, the TL431AQDBZR,215 might be instrumental. Its wide voltage range and precision could aid in managing the fluctuations commonly seen in renewable sources like solar panels.
Note: It’s essential to consider that the application ideas listed are conceptual and require thorough analysis by engineering and product design teams to ensure compliance with industry standards and specific requirements.
About Nexperia
Nexperia is a renowned leader in the domain of discrete, analog, and logic integrated circuits, focusing heavily on efficiency and miniaturization. The company specializes in producing components that cater to a wide range of power circuits needs, including Voltage References. The TL431AQDBZR,215 is a prime example of Nexperia’s commitment to high precision and reliability, characteristic of their broad portfolio of voltage regulators and references designed for demanding applications including automotive and industrial markets.
Where to Find TL431AQDBZR,215 by Nexperia
To purchase the TL431AQDBZR,215, visit findchips.com for comprehensive availability and pricing from various distributors. Historically, this part has been available at distributors such as New Advantage Corporation, EBV Elektronik, Chip1Stop, and Mouser Electronics, among others. However, inventory levels and pricing are subject to change, and it is recommended to check FindChips for the most current information. For alternative parts or similar components from Nexperia or other manufacturers, you can also explore the broader category of Voltage References on FindChips.