Maxim Integrated MAX6160ESA+ Voltage Reference

The MAX6160ESA+ is a high-quality, precision voltage reference from Maxim Integrated, known for its stability and low noise performance. This component is an essential building block in many electronic systems where accurate voltage reference is crucial, such as analog-to-digital converters (ADCs), digital-to-analog converters (DACs), and various measurement and control systems.

Encased in an 8-pin NSOIC package, the MAX6160ESA+ offers a series-mode voltage reference with a fixed output voltage of 5V. What sets this device apart is its impressive temperature coefficient, typically just 50ppm/°C, which ensures reliable and consistent performance over a wide temperature range from -40°C to +85°C. This feature is particularly important in applications that are exposed to varying environmental conditions, as it guarantees that the output voltage remains stable and precise.

The device boasts a low dropout voltage, making it suitable for systems with a tight power supply headroom. With a minimum operating current of 120µA and a maximum of 12mA, the MAX6160ESA+ is versatile and can be used in both low-power and standard applications. Additionally, the low output noise of 15µV RMS (10Hz to 100kHz) contributes to its suitability for precision applications where noise can be a critical factor.

Another notable feature of the MAX6160ESA+ is its excellent load regulation of 12µV/mA, which ensures that the output voltage remains unaffected by changes in the load current. This characteristic is vital for maintaining accuracy in systems where the load may vary during operation.

The MAX6160ESA+ also offers short-circuit protection, adding an extra layer of security to the design. Engineers can rely on this device for a stable voltage reference source that combines high precision with robust protection features.

In summary, the Maxim Integrated MAX6160ESA+ is a premium choice for designers looking for a stable, low-noise, and precise voltage reference for their electronic applications. Its performance and reliability make it an indispensable component in ensuring the accuracy and consistency of many electronic systems.