Marketing Title: ADUM1201BRZ - High-Performance, Dual-Channel Digital Isolator
The ADUM1201BRZ is a dual-channel digital isolator that offers high-performance features for a variety of applications. With its magnetic coupling technology and 2500vrms voltage isolation, this isolator ensures reliable and efficient signal transmission between two circuits with different ground potentials.
This general-purpose isolator has a data rate of 10mbps and propagation delay of 50ns, making it suitable for applications that require fast and accurate data transmission. With a pulse width distortion of only 3ns, this isolator provides excellent signal integrity and ensures that your data remains intact throughout the transmission.
The ADUM1201BRZ features unidirectional channel type, meaning that the signal can only travel in one direction. This makes it ideal for applications that require isolation of a specific signal, such as in power supplies or motor control circuits. Additionally, its rise/fall time of 2.5ns ensures fast signal switching, further enhancing its performance.
The ADUM1201BRZ is a surface mount device with an 8-Soic (0.154"; 3.90mm Width) package/case, making it easy to incorporate into your circuit design. It operates on a voltage supply of 2.7v to 5.5v and can function in a wide temperature range of -40°C to 105°C, making it suitable for use in harsh environments.
Manufactured by Analog Devices Inc., the ADUM1201BRZ is part of the Icoupler® series, which is known for its excellent performance and reliability. It also features a common mode transient immunity of 25kv/μs, making it resistant to voltage spikes and transients.
In summary, the ADUM1201BRZ is a high-performance, dual-channel digital isolator that offers reliable and efficient signal transmission. Its magnetic coupling technology, voltage isolation, and fast data rate make it ideal for a variety of applications, while its unidirectional channel type and common mode transient immunity make it a reliable and efficient choice for your circuit designs.
