Diodes Incorporated AZ431BN-ATRE1

- The Diodes Incorporated AZ431BN-ATRE1 is a programmable precision shunt regulator IC. - It is housed in the SOT-23-3 package and operates over a voltage range of 2.5V to 36V. - The IC offers high precision with a reference voltage accuracy of ±0.5% at 25°C. - It provides excellent temperature stability and low dynamic impedance. Functions: - The AZ431BN-ATRE1 acts as a voltage reference and regulator in various electronic circuits. - It offers the ability to establish a precise voltage level by adjusting the feedback resistors. - The IC monitors the voltage across a resistor and adjusts its internal resistance to maintain a constant voltage. Applications: - Voltage references and regulators in precision analog circuits. - Overvoltage protection by clamping voltage to a safe level. - Switch-mode power supplies, battery chargers, and DC/DC converters. - Portable devices, automotive electronics, and industrial control systems. Alternative Parts: - TL431, LM431, LM336, TLVH431, LP431, AS431, and MAX431 are popular alternatives to the AZ431BN-ATRE1. - These alternatives have similar functions and package options but might vary in performance and specific features. Embedded Modules: - Some embedded modules supporting the AZ431BN-ATRE1 include evaluation boards, development kits, and reference designs. - These modules provide an easy way to integrate the IC into a design and test its functionality. Q&A: 1. Can the AZ431BN-ATRE1 be used for precise voltage regulation in battery charging circuits? 2. What is the maximum current that the AZ431BN-ATRE1 can handle? 3. Can the AZ431BN-ATRE1 operate under high-temperature conditions? 4. Is the AZ431BN-ATRE1 suitable for precision measurement applications? 5. What are the typical voltage reference accuracy and temperature coefficient values of the AZ431BN-ATRE1? Please note that the specific values and features mentioned in the answers to the Q&A might require further research and verification from the manufacturer's datasheet or technical documentation.