Protecting the multitude of low power networked devices from transient voltage spikes is essential to avoid damage in the industrial IoT, communications and wireless devices  

  Over-voltage protection has been added to the dual-channel SABMBOVP2XX family of supercapacitors from Advanced Linear Devices (ALD).

  Pioneering the management of leakage current to balance supercapacitors, rather than DC voltage balancing, Advanced Linear Devices announces the SABMB6, a six-channel supercapacitor automatic balancing (SAB) PCB. The board offers leakage current balancing for 12V systems used in automotive, gap power and remote monitoring applications.  

Advanced Linear Devices ALD Two-channel PCBs from Advanced Linear Devices (ALD) provide production-ready automatic balancing for two-cell supercapacitor low-voltage systems.  

  High-voltage, supercapacitor balancing PCBs have been designed by Advanced Linear Device automatically control leakage current and enhance reliability for increasing energy storage needs in data centres, industrial automation, public utilities and transportation systems.

Advanced Linear Devices announce an industry breakthrough in small signal, low power Dual MOSFET devices by expanding dynamic current range to over eight orders of magnitude. With the introduction of Dual High Drive EPAD Zero-Threshold Matched Pair, ALD provides circuit builders unprecedented flexibility to extend the operating range for sensor arrays, energy harvesting systems, low-power mobile devices and many other general purpose applications...

Advanced Linear Devices today announced an industry breakthrough in small signal, precision matched, low power MOSFETs by enabling independent control of each device within a quad package. This innovative capability will provide circuit designers with unprecedented flexibility in developing next-generation energy harvesting systems and low-power mobile devices.

Over the past few years, the technology of energy harvesting has emerged from the laboratory to the marketplace. In practice, however, it has been difficult to efficiently capture the ambient or waste energy generated by many practical devices suited for this purpose, due to their very low voltage and power outputs.

Advanced Linear Devices Inc., announces the release of a new family of MicroPower Step-up Low-Voltage Booster Modules. Designated the ALD EH4200 Series, these printed circuit board modules are designed to step-up or boost the output voltage of certain popular energy generators, which by themselves are unable to initiate the electronic capture process for efficiently harvesting ambient or waste energy.