Microchip Technology Introduces 16V, 250 mA LDO In 3-pin SOT-223 Package
With a low quiescent current of 2 microamperes (µA), the MCP1703 requires only a small amount of current to maintain regulation, thereby significantly decreasing wasted energy. It supports input voltages of up to 16V, meaning it can be used in a variety of high-voltage DC and multi-cell alkaline or Li-Ion battery applications. The LDO also features device- and circuit-protection capabilities, such as overcurrent protection and thermal shutdown, enabling users to more effectively avoid system failures. Additionally, with highly accurate output-voltage regulation, including +/- 2 percent over-temperature accuracy, the MCP1703 helps to ensure smooth, reliable system operation.
"With the ever-increasing use of multi-cell batteries and higher DC voltages in electronic devices, our customers need LDOs that work at higher voltages, with low quiescent current and high tolerance for input-voltage variations," said Bryan Liddiard, vice president of marketing with Microchip's Analog and Interface Products Division.
Mikhail Voroniouk, product marketing engineer with Microchip's Analog and Interface Products Division, continued, "The MCP1703 LDO was designed to meet these needs, and provide additional benefits, such as ceramic output-capacitor stability and availability in the thermally-capable, SOT-223 power package. All of these features enable smaller, more cost-effective designs."
Applications that can benefit from the MCP1703 LDO include those requiring long battery run-times (smoke detectors, life-support devices); those with high input-voltage variations (fire alarms, commercial and residential thermostats); and battery-powered portable devices (digital cameras and camcorders, notebook computers).
SOURCE: Microchip Technology