LTC3422EDDTRPBF DFN10 is a Linear Technology power management device offered in a compact DFN10 package. This listing is for a single piece. The LTC3422 part is designed for DCDC conversion in space‑constrained designs and is packaged with an exposed pad option for improved thermal performance. Key benefits Compact DFN10 package supports small, lightweight board layouts, enabling power regulation in tight spaces. Provides efficient DCDC regulation, helping to reduce heat and improve battery life in portable applications. From the Linear Technology family, the LTC3422 is backed by a reliable heritage of power management solutions, contributing to robust and predictable performance in demanding designs. Pb, RoHScompliant packaging suitable for modern assembly processes. Key attributes Functionality: DCDC converter controller suitable for power management applications. Brand and model: Analog Devices/Linear Technology LTC3422, in DFN10 package (EDDTRPBF). Package: DFN10 with an exposed pad option for thermal dissipation, designed for a small footprint. Quantity: 1 piece per . Compliance: Pb and RoHScompliant packaging. Applications and use cases Portable electronics: ideal for handheld devices and wearables requiring efficient on‑board voltage regulation in a compact form factor. Embedded systems: suitable for microcontroller or processorbased boards that need stable supply rails with minimal board area. Sensor and IoT equipment: supports compact power management solutions for batterypowered sensors and edge devices. Notes on integration Intended for inclusion in LTCbased power management designs, typically in configurations that utilize external components to achieve the desired output voltage regulation. Suitable for designers seeking a compact, reliable regulator‑controller solution in a DFN10 footprint. Overall, LTC3422EDDTRPBF in DFN10 provides a compact, reliable option for achieving efficient DCDC regulation within tight PCB real estate, making it well suited for portable, embedded, and smallformfactor electronic applications.