Overview of BAV199,215 by Nexperia
The BAV199,215 by Nexperia is a small signal diode designed for precise, high-efficiency applications where leakage and fast response are critical. This dual diode is packaged in a TO-236AB form, typically denoted as SOT23, featuring a three-pin layout. Notably configured in a dual series arrangement, it supports a repetitive peak reverse voltage of 85V and manages an average forward current of 160mA. Its maximum forward voltage is rated at 1.25V, while it delivers a swift reverse recovery time of 3µs and can handle a forward surge current of up to 4A. The component is also RoHS compliant, underlining its adherence to environmental regulations regarding hazardous substances.
Encompassed within the subcategory of Rectifier Diodes, it bears essential traits suited for various high-performance filtering and rectification systems. Its surface mount package and small size facilitates dense circuit board designs. The silicone diode element material ensures reliable performance under a broad spectrum of conditions, with an operating temperature tolerance up to 150 °C and moisture sensitivity level rated at 1, indicating robustness for various operating environments.
Industry Applications for BAV199,215
- In the realm of Consumer Electronics, the BAV199,215 might be used in devices such as smartphones and tablets, particularly in power management modules where efficient voltage regulation and quick recovery times are essential to maintain battery integrity and device safety.
- Within Computing and Data Storage, servers and storage systems could potentially utilize this diode in their power supply units. Its efficiency and quick response time aid in managing transient voltage surges, thus protecting sensitive microelectronic components from potential damage.
- In Telecommunications equipment, the diode could be employed in signal conditioning components. Its low leakage characteristic and swift recovery time are necessary for maintaining signal integrity in communication infrastructure.
- The Electronic Manufacturing sector might incorporate this diode in various assembly lines and testing equipment to enhance circuit protection and signal rectification, improving manufacturing reliability and efficiency.
- Similarly, in Robotics and Drones, the BAV199,215 could feasibly be used in power regulation modules, ensuring seamless operation of motors and sensors by managing electrical currents and preventing electrical interference.
Note: The following potential industry applications are illustrative and require verification by engineering and design teams for specific application requirements and adherence to industry standards.
About Nexperia
Nexperia is a prominent provider in the semiconductor industry, specializing in a wide range of diode technologies, including Rectifier Diodes. Their product line, which includes the BAV199,215, is characterized by components designed for high efficiency, reliability, and performance under demanding conditions. Founded as a spin-off from Philips, Nexperia has carved out a significant presence in the market by focusing on consistency in manufacturing high-volume products such as discretes, logic devices, and MOSFETs. Their diodes are utilized in a plethora of applications across various industries, underscored by strict adherence to quality and environmental standards such as the RoHS and REACH compliance, as well as automotive qualifications like AEC-Q101 in certain products.
Where to Find BAV199,215 by Nexperia
To obtain the BAV199,215 by Nexperia, prospective buyers should consider exploring options through reliable distributors. Historically, this diode has been available through several distributors, including New Advantage Corporation, EBV Elektronik, Mouser Electronics, and DigiKey. However, to get the most current stock levels and pricing, it’s recommended to check on findchips.com. On this platform, you can also explore other Rectifier Diodes that might be offered by Nexperia or different manufacturers, ensuring that you select the most suitable component for your specific application needs.