Analog Devices, Inc. today introduced a low-voltage differential signal (LVDS) digital isolator series designed to improve performance, reliability and power consumption in industrial instrumentation and programmable logic controller (PLC) applications that previously required redesign of the interface to support LVDS signal isolation. Incorporating ADI’s award-winning iCoupler® digital isolator technology, the ADN465x series ensures safety and reliability through proven galvanic isolation in a single package while delivering data throughput rates of 600 Mbps (up to four times faster than competing digital isolators), ultralow jitter at 70 ps, and 4.5-ns max propagation delay. With ADN465x devices, high-speed serial LVDS signals can now be directly isolated without needing to deserialize as compared to previous custom implementations. Design resources and time are saved by offering an off-the-shelf, high-performance, LVDS-compatible solution.
LVDS Digital Isolators Key Features
Pricing and Availability
| Product | Availability | Fail Safe Receiver Inputs | Total Channels | Price Each per 1,000 | Packaging |
| ADN4650 | Now | No | Dual-Channel (same direction) | $5.50 | 20-lead SOIC-W |
| ADN4651 | Now | Yes | Dual-Channel (one each direction) | $5.50 | 20-lead SOIC-W |
| ADN4652 | April 2016 | Yes | Dual-Channel (one each direction opposite pin-out) | $5.50 | 20-lead SOIC-W |
This acquisition further establishes Quantum Machines as the quantum company with the broadest global footprint,…
Supporting planned growth in InP silicon photonics technology Resolving all prior IP disputes between the…
Norwest leads the round with strategic participation from Snowflake Ventures, as Jedify addresses the AI…
Round brings total funding to $15 million from U.S., European and Israeli investors to support…
Quantum Machines achieves 99.5% median two-qubit gate fidelity when operating Rigetti Computing’s Novera™ superconducting QPU…
Unframe, the managed AI delivery platform for global enterprises, today announced it has crossed $100…