Analog Devices Inc./Maxim Integrated MAX16710EVKIT#

Overview

MAX16710EVKIT# from Analog Devices is a fully assembled and tested evaluation kit designed to validate the MAX16710 10A step-down DC-DC switching regulator IC in real-world power delivery applications. It supports 2.7V–16V input, delivers 0.5V–5.8V output, features peak current mode control, integrated internal LDO bias supply, and configurable switching frequency (default 500kHz), enabling rapid prototyping for communications and data-center power rails.

For engineers reviewing the MAX16710EVKIT# datasheet, MAX16710EVKIT# pinout, MAX16710EVKIT# application, or MAX16710EVKIT# equivalent, this kit provides immediate access to validated hardware-including banana-input connectors, screw-terminal outputs, full test points (TP1–TP30), Bode-plot injection capability (TP13/TP14), PGOOD LED indicator, and jumper-selectable OCP/DCM modes-streamlining performance validation and loop stability analysis.

Technical Context

The MAX16710EVKIT# implements the MAX16710 IC in a 6-layer PCB layout optimized for thermal management and EMI suppression. It uses a compact WLP package (U1: MAX16710AWA+, Package Code W252W2Z+1) and integrates critical passive components including a 330nH shielded inductor (L1), 100µF ceramic output capacitors (C3/C13/C16/C33), and dual 22µF input capacitors (C2/C21).

Hardware configuration is controlled via on-board jumpers (J1–J19) and toggle switch SW1: J6 enables the IC by default; J1/J4 select OCP threshold and DCM operation; R2 (95.3Ω) sets the default 500kHz switching frequency and Scenario A; TP1/TP13/TP14 support small-signal injection for Bode-plot acquisition using a 10Ω series resistor in the feedback path.

Key Specifications

Availability

MAX16710EVKIT# is available at Aetrix Electronics and suitable for communications infrastructure, data-center server power rails, and high-density embedded power system development requiring stable component supply, fast design iteration, and production-ready reference validation.

Supply support for MAX16710EVKIT# includes scheduled delivery planning, volume procurement assistance, BOM continuity management, traceable sourcing, and lifecycle availability coordination for OEM customers, industrial embedded developers, connected-device designers, and electronics production programs.

Manufacturer

Analog Devices is a global leader in high-performance analog, mixed-signal, and digital signal processing technologies, serving precision instrumentation, industrial automation, communications, and automotive markets.

The MAX16710EVKIT# belongs to Analog Devices' high-current DC-DC evaluation platform family, engineered specifically to accelerate qualification of compact, high-efficiency buck regulators for demanding power-constrained environments like AI accelerators and 5G baseband units.

FAQ

What is the primary function of the MAX16710EVKIT#?

The MAX16710EVKIT# is a fully assembled evaluation platform for the MAX16710 10A step-down DC-DC regulator IC. It enables engineers to verify electrical performance-including efficiency, transient response, loop stability, and PGOOD behavior-under real operating conditions. The MAX16710EVKIT# includes all necessary passives, test points, and configuration jumpers to evaluate the MAX16710 without custom PCB design.

Does the MAX16710EVKIT# support Bode-plot measurement?

Yes, the MAX16710EVKIT# supports Bode-plot acquisition via dedicated test points TP13 and TP14, which flank a 10Ω resistor inserted in the feedback path between VOUT sense and the SNSP pin. This allows direct small-signal injection for measuring open-loop gain and phase margin-critical for validating compensation network design in the MAX16710 application.

How is output voltage configured on the MAX16710EVKIT#?

The MAX16710EVKIT# ships with R9 and R13 (both 3kΩ) configured to deliver 1V output using the MAX16710's internal 0.5V reference (VOUT = 0.5V × (1 + R13/R9)). Output voltage can be adjusted by replacing R9/R13 with values satisfying VOUT = 0.5V × (1 + R13/R9), with R9 ≤ 5kΩ recommended per the MAX16710 datasheet. The MAX16710EVKIT# does not require external bias supply.

What are the key configuration jumpers on the MAX16710EVKIT#?

J6 is closed by default to enable the MAX16710; J1 and J4 set OCP threshold and DCM mode; SW1 toggles EN to enable/disable regulation; J2/J3 provide access to VCC and AVDD bias voltages. All other jumpers (J1–J4, J7, J9, J10, J13, J19) are open by default. Configuration changes must be made before power-up, as PGM settings are latched only at power-on reset.

Can the MAX16710EVKIT# be used for high-current load testing?

Yes-the MAX16710EVKIT# is rated for full 10A continuous output using its pre-installed 330nH inductor (L1), multiple 100µF ceramic output capacitors (C3/C13/C16/C33), and 100µF tantalum bulk capacitors (C32/C36/C37/C39). Output connections use a robust 8-pin dual-leaf power header (J11), and input uses heavy-duty banana jacks (J5/J8) to support high-current bench testing without thermal derating.