MAXIM INTEGRATED / ANALOG DEVICES MAX15032ATAT High-Voltage Boost Converter

The MAX15032ATA+T is a 500 kHz, 36 V output, 600 mW PWM step-up DC-DC converter in an 8-pin TDFN package. It features a constant-frequency, low-noise boost converter designed for low-voltage systems requiring a locally generated high voltage. Capable of delivering up to 600 mW with an input voltage of 2.9 V, it is suitable for applications such as PIN or varactor diode biasing and LCD displays. Its current mode PWM architecture at 500 kHz ensures low noise output, which is easy to filter. The internal high-voltage lateral DMOS power switch allows boosting output voltages up to 36 V. The device includes a shutdown mode for power saving and has an internal soft-start. Key specifications include a supply voltage range from 2.7 V to 11 V, an operating temperature range from -40°C to 125°C, and an internal 0.5 Ω switch rated at 40 V. The adjustable output voltage ranges from just above the input voltage (VIN + 1 V) up to 36 V. Typical applications involve power management in portable devices, avalanche photodiode biasing, PIN diode bias supplies, low-noise varactor diode biasing, and LCD displays. Please note that demand for this product has extended lead times and delivery may be delayed. The product is not eligible for discounts.

View MAX15032ATATDatasheet [pdf]

Buy the Maxim Series MAX15032 DC-DC Converter: 36V, 600mW, 500kHz

Order the Maxim MAX15032ATA+T online today and take advantage of its efficient, low-noise PWM architecture. This versatile boost converter provides up to 36V output with 600mW power, ideal for low-voltage systems requiring high and stable voltages. Its compact 8-pin TDFN package ensures easy integration into portable devices such as LCD displays, diode biasing circuits, and LCD displays. Equipped with soft-start, shutdown feature, and operating up to 125°C, the MAX15032ATA+T guarantees reliable performance in demanding applications—order now for fast delivery and enhanced power solutions.

Buy Maxim MAX15032ATA+T now and experience unmatched reliability and performance in high-voltage boost conversions with low noise and efficient power management.