LTC3310SEV#TRPBF

LTC3310SEV#TRPBF is Linear Technology/Analog Devices’ evaluation module (EVB) for the LTC3310 buck-boost DC-DC converter. It lets designers test and characterize the LTC3310’s performance (efficiency, line/load regulation, transient response) in a typical battery-powered/broad VIN application.
What LTC3310 is (brief): a high-efficiency, wide-input-range, synchronous buck-boost regulator designed to maintain a regulated output under varying input conditions. It’s suitable for portable, automotive, and industrial apps; refer to the datasheet for exact specs and features.
What the #TRPBF suffix means: packaging/ordering designation. TRPBF = Tape-and-Reel Pb-free.
Board features (high level): input and output connectors, configurable feedback/network options, adjustable output, and test points to measure performance. The EVB documentation provides wiring, measurement guidance, and recommended test procedures.
How to use (summary): connect Vin and the load, set the desired Vout via the on-board network or pot, and observe performance using the supplied test points. For precise specs and instructions, consult the LTC3310 data sheet and the EVB user guide on Analog Devices’ website.

- Pin count: 8 pins.
- Function: High-voltage synchronous buck DC-DC converter regulator (60V input range) with integrated switches, used to step-down to a regulated output (with feedback, enable, and soft-start features).

- Manufacturer: Analog Devices, Inc. (ADI). The LTC prefix indicates Linear Technology parts, now part of ADI after their acquisition.
- Company type: A multinational American semiconductor company that designs, manufactures, and markets analog, mixed-signal, and digital signal processing integrated circuits and related products.

LTC3310SEV is an evaluation board for the LTC3310 buck regulator. Typical application areas include:
- Point-of-load/VRMs for CPUs, GPUs, FPGAs, and ASICs
- Telecom, data-center, and networking power rails
- Automotive power management (12V to lower rails) and battery-powered modules
- Industrial control and motor-drive power supplies
- Portable/battery-powered devices requiring high efficiency
- Distributed multi-rail power architectures
These boards are used to design, test, and validate high-efficiency DC-DC conversion in compact form factors.

Plastic QFN package, 28‑lead (about 5×6 mm), Pb‑free, Tape‑and‑Reel (TRPBF).