SEARCH
— IC芯片 | 连接器 | 传感器 | 被动器件 —
The PEMB9,315 is a discrete semiconductor component manufactured by NXP USA Inc., classified as a small signal transistor. It features an NPN silicon construction with dual-channel configuration housed in a TSSOP package. The device supports a maximum collector current of 100 mA and a collector-emitter voltage rating of 50 V. Designed for general-purpose switching and amplification applications, it operates within a standard temperature range suitable for commercial electronics. The component complies with RoHS standards and utilizes a plastic epoxy encapsulation material for reliable performance in various circuit designs.
Verify the specific ordering code PEMB9,315 against official NXP documentation to ensure correct package variant and tape/reel specifications. Confirm environmental compliance status such as RoHS and REACH before procurement. Check for any recent lifecycle notices or obsolescence warnings directly from the manufacturer to guarantee long-term supply availability for production runs.
Select this component when a dual NPN transistor with integrated biasing is required in a space-constrained surface-mount application. Ensure the operating voltage does not exceed 50 V and current limits remain within 100 mA. Consider thermal management requirements based on the TSSOP package's heat dissipation capabilities relative to the expected duty cycle and ambient temperature conditions.
This part belongs to NXP's portfolio of discrete semiconductors designed for cost-effective and efficient electronic solutions. It complements other small signal transistors and logic devices used in building automation and IoT nodes. The component supports scalable processing architectures by providing essential analog interface functions within broader system designs.
Consult NXP's official cross-reference guide for verified equivalent parts. Ensure substitute components match the NPN configuration, 100 mA current rating, and 50 V voltage tolerance. Verify pin compatibility and thermal performance characteristics to maintain circuit integrity without redesign.