REF5030IDG4

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The REF5030IDG4 is a precision, low-power, low-dropout, monolithic voltage reference. It is specially designed for precision and low-power applications, and is ideally suited for any embedded and low-power applications. The REF5030IDG4 is designed as an adjustable reference that operates over a wide range of voltages, and it is capable of outputting a stable voltage reference over a broad input voltage range (3.3V to 26V). Given its wide input range, it is particularly suitable for power supply sequencing applications where multiple supplies may come up concurrently. Additionally, the REF5030IDG4 utilizes a low dropout voltage reference design which allows for greater current flow even at low supply voltages, and minimizes power loss over a wide temperature range.

The REF5030IDG4 has a wide range of application fields. It is especially suited for a variety of precision and low-power applications, such as battery-powered systems and very low power control and monitoring circuitry, medical devices, automotive, and other high-voltage and low-voltage applications. Additionally, its very low-power operation (down to 10µA) can be used to reduce overall power consumption in battery powered systems. Furthermore, its wide input range means it can be used for power sequencing applications where multiple supplies may be needed.

The REF5030IDG4’s working principle is based on the famous band-gap reference circuit. It utilizes a theoretical band-gap reference principle which forms the basis of all standard reference circuits, and produces a stable voltage reference with very good temperaturecoefficient over a wide input voltage range. The device is designed to accommodate a wide range of input voltages, and offers excellent line regulation over the entire input voltage range. It also maintains the same output voltage regardless of the load current, and has very low noise, making it suitable for precision analog applications.

The REF5030IDG4 also uses a low-power design to ensure low-power operation. It incorporates an internal current limit circuit and an external voltage clamp diode to limit the input peak current forcing, thus reducing power dissipation. The device also features an adjustable current-limit feature, which allows for the current limit to be adjusted based on the application’s requirements.

In conclusion, the REF5030IDG4 is an excellent choice for a wide range of precision and low-power application scenarios. It is highly suitable for any embedded and low-power applications, as well as battery-powered systems. Additionally, its low-dropout voltage reference design minimizes power loss over a wide temperature range and its low-power design ensures low-power operation. Furthermore, its adjustable current limit feature allows the current limit to be adjusted based on the specific application requirements. Overall, the REF5030IDG4 is an excellent choice for precision and low-power applications.

The specific data is subject to PDF, and the above content is for reference