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Introducing the STM32WBA MCU from STMicroelectronics featuring ultra-low power and integrated Bluetooth Low Energy technology, ideal for wireless IoT devices. Evaluation board and samples available from Anglia.
The STM32WBA wireless microcontroller Series from STMicroelectronics brings designers the performance, efficiency, and security required for Bluetooth Low Energy enabled applications.

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New high-current photorelay from Toshiba suited for testing, control applications enhances performance and reduces mounting area

Toshiba Electronics Europe has announced a new small package size, high-current (3.3A max.) photorelay - the TLP3107. Housed in a 6.3 x 7.0mm 2.54SOP6 package, the low on-state resistance and high permissible on-state current of the TLP3107 make it suited to testing applications, including power-line switching, feedback resistance switching and measuring-line switching. It is also expected to find applications in factory automation and security systems.

Photorelays provide design engineers with fast switching speed, high reliability, lower power consumption, and noise-free operation in a space-saving package, making them an alternative to mechanical relays. Consisting of a photo MOSFET optically coupled to an infrared light emitting diode, the new photorelay utilizes the latest generation trench MOSFET to realize an approximately 1.4 times higher on-state current than Toshiba's existing product, the TLP3103. This performance, combined with a 3.3A (max.) output, will accelerate the replacement of mechanical relays in applications that require high density assembly. Replacing a 3A-capable DIP package with the 2.54SOP6 package reduces the assembly area by 40 percent, and the overall product height by half.

Other features include trigger LED current 3mA (max); off-state output terminal voltage 60V (min); and isolation voltage 1500Vrms (min).

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For more information, or details on the full range of Toshiba products available from Anglia, please email info@anglia.com

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This news article was originally published in November 2014.

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19/10/17