LM2611EVAL

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The LM2611EVAL is an evaluation board designed to serve as a development platform for Linear Technology’s highly efficient CMOS step-down switching regulators. This versatile evaluation board can be used to evaluate the performance of Linear Technology’s LM2611, 2A, 30V, high efficiency synchronous buck regulator and its derivatives. The evaluation board makes it easy to evaluate the performance and features of the LM2611 by providing connections for input voltage from 4.5V to% 30V, output voltage adjustable from 0V% to 31V, peak current up to 2A, PWM/PFM selectable mode, and internal power dissipation up to 8W.

The LM2611EVAL board supports the following features:

• Input Voltage Range: 4.5V to 30V
• Output Voltage Range: 0V to 31V
• Adjustable Current Limit
• Peak Current Limit up to 2A
• Programmable Soft-Start
• Programmable Frequency
• PWM/PFM Mode Selectable
• Under-Voltage Lockout (UVLO)
• Internal Power Dissipation up to 8W
• Thermal Shutdown Protection

The LM2611EVAL is designed to be used with a wide variety of input voltages and output currents. The input voltage is adjustable from 4.5V to 30V, and the output voltage can be adjusted from 0V to 31V. The maximum output current is 2A. The board supports adjustable current and peak current limiting, programmable soft-start, and programmable frequency. The LM2611EVAL also supports multiple operating modes including PWM/PFM mode selection.

The LM2611EVAL also includes several protection features to ensure safe operation. These include under voltage lockout (UVLO), thermal shutoff protection, and over current protection. The LM2611EVAL also includes exposed copper heatsink pads that can be used to attach a heatsink for greater power dissipation if needed.

The LM2611EVAL can be used to evaluate the performance and features of the LM2611 synchronous buck regulator. The board supports a wide range of input voltages and output currents, supports adjustable current and peak current limiting, programmable soft-start, and supports multiple operating modes. The board also includes several protection features to ensure safe operation and is designed to support up to 8 watts of internal power dissipation.

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