Overview of NCP302LSN30T1G by onsemi
The NCP302LSN30T1G by onsemi is a voltage detector designed for precise monitoring of power supplies. It operates with a threshold voltage of 3V, making it ideal for applications requiring accurate monitoring of 3V power rails. This device features a programmable delay that allows designers to set the reset time delay according to their system requirements, ensuring flexibility in various applications. The complementary output provides both active-high and active-low outputs, enhancing its utility for different design topologies. Housed in a small TSOP-5 package, the NCP302LSN30T1G is suited for space-constrained applications. Its supply voltage range from 800mV to 10V, combined with a very low supply current of just 0.0013 mA, ensures efficient operation in low-power environments. Additionally, the part is RoHS compliant, meets automotive temperature grade requirements, and offers moisture sensitivity level (MSL) 1, highlighting its reliability and durability for use in harsh conditions.
Industry Applications for NCP302LSN30T1G
The NCP302LSN30T1G potentially plays a crucial role in numerous industries thanks to its precise voltage detection capabilities and programmable delay features. Suitable applications leverage its efficient power monitoring, low-power consumption, and flexible supply voltage range. Here are several industries and applications where the NCP302LSN30T1G might prove particularly useful:
- Industrial Automation: In industrial settings, the NCP302LSN30T1G could potentially be used to monitor supply voltages in sensitive electronic control systems, ensuring machinery operates within safe voltage limits. Its complemented output and configurable delay might be advantageous for systems requiring precise timing and multi-level monitoring.
- Energy and Power Systems: For energy management systems, including power distribution units, the NCP302LSN30T1G might be instrumental in detecting undervoltage or overvoltage conditions, preventing equipment failure and ensuring the reliability of power supplies.
- Renewable Energy: In renewable energy installations, such as solar inverters or wind turbines, maintaining the correct voltage is crucial for efficient operation. The NCP302LSN30T1G might be utilized to monitor the voltage levels produced, protecting against fluctuations that could harm connected storage systems or grid infrastructure.
Note that these potential industry applications are only conceptual and illustrative. Engineering and design teams must conduct thorough analysis and verification to ensure the NCP302LSN30T1G adheres to industry standards and specific application requirements.
About onsemi
Onsemi is a leading supplier in the Power Management Circuits market, known for its extensive portfolio of energy-efficient power and signal management, logic, discrete, and custom solutions helping engineers solve their unique design challenges. Amongst a wide array of products, NCP302LSN30T1G and similar parts stand out for their reliability, efficiency, and precision making them well-suited for managing power in complex electronic systems. Onsemi’s commitment to innovation and quality makes its offerings highly sought after in the design and production of automotive, renewable energy, and industrial automation solutions, ensuring optimally performing end products in these and more sectors.
Where to Find NCP302LSN30T1G by onsemi
For those looking to procure the NCP302LSN30T1G, Findchips.com offers comprehensive listings including current stock levels and pricing from a wide range of distributors. It’s advisable to use Findchips.com to confirm availability and compare options. Historically, this part has been available from distributors such as Win Source Electronics, Chip 1 Exchange, Ameya Holding Limited, and RS. While Newark has also been a source, prospective buyers should visit Findchips to get the latest information on stock and distributors. For those considering alternative or similar Power Management Circuits by onsemi or other manufacturers, Findchips.com provides an exhaustive resource for researching and sourcing electronic components.