Rad-hard precision current sources to feed satellites' resistive sensors

The ISL70591SEH and ISL70592SEH come in 4-lead ceramic flatpack packages and provide 100µA and 1mA of output current, respectively. They offer a smaller footprint than competitive devices, and replace the discrete solutions that typically require three to five components. The smaller package size boosts reliability by placing the excitation source closer to the sensor. The Renesas current source ICs also reduce system errors by delivering ultra-low noise for higher accuracy (±0.34% for the ISL70591SEH, ±0.30% for the ISL70592SEH) over temperature and radiation.






Medical Devices - Maxim Integrated

Maxim’s MAX17262/63 deliver lowest operating current to maximize run-time for mobile and portable devices

Designers of Li-ion battery-powered mobile devices can improve the end-user experience by extending run-time and delivering accurate battery state-of-charge data with Maxim’s latest fuel-gauge ICs.

M2M Communication - Digi International

Digi XBee3® Cellular LTE Cat 1, LTE-M/NB-IoT cellular modules

Digi International has updated the XBee product line with cellular smart modems/modules built specifically to accelerate time to market for OEMs or solution providers adding cellular technology to their products. These modems are pin-compatible and end-device certified.

Industrial machine controls - AVX

AVX's 9286 series wire-to-wire connectors best known for simplicity and reliability

9286 series of through-wire connectors provide a high-spring-force beryllium copper contact system that uses a simple push-button activation to insert and remove individual stripped wires in the connection process.

Isolated Sensor Interfaces - Analog Devices

ADuM5020/ADuM5028 Isolated DC-DC Converters

Analog Devices’ isoPower® power converters for CAN transceivers, PLCs, and power supply applications these converters are based on iCoupler® technology. The dc-to-dc converter provides regulated, isolated power that is below CISPR22 Class B limits at full load on a 2-layer printed circuit board (PCB) with ferrites.

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