April/May, 2024


MIKROE Adds Click Shields to


Engineering Platform


BELGRADE, SERBIA — Mikro - Elektronika (MIKROE) has intro- duced a click shield for the Red Pitaya engineering platform. Red


Featuring two mikroBUS™ Red Pitaya with click shield.


Pitaya is an open-source software- defined instrument and an FPGA development tool. The size of a credit card, Red Pitaya combines the functionalities of multiple lab instruments — oscilloscope, signal generator, and spectrum analyzer — with ample programming capa- bilities and open-source software to jumpstart any project. Click shields are adapters that bring Click board™ connectivity to pop- ular development platforms such as Arduino, Raspberry Pi, STM32 Nucleo, and now, Red Pitaya.


sockets, the Red Pitaya click shield can be powered through an external power supply, supporting a wide voltage range from 12V to 24V, or via a USB Type C connector, ensuring set-up flexibili- ty. Also, the user is offered the possibility of using any Click board with the help of existing bi-directional level-shift- ing voltage translators, regardless of whether the Click board operates at a selected 3.3V or 5V logic voltage level. One distinctive fea-


ture of the click shield is


its shuttle-like connector, pur- pose-built for Logic Analyzer con- nection. This connector is the gateway to easily monitoring and analyzing SPI, UART, or I2C sig- nals, providing valuable insights. Another remarkable feature is the integration of the ZL40213, an LVDS clock fan-out buffer with


two identical output clock drivers. Contact: MikroE, Batajnicki


drum 23, Belgrade, Serbia % 011-785-7600


E-mail: matic@mikroe.com Web: www.mikroe.com


www.us - tech.com


Page 105


ROHM Launches New Schottky Barrier Diodes


SANTA CLARA, CA — ROHM Semiconductor has introduced 100V breakdown Schottky barri- er diodes (SBDs) that deliver excellent reverse recovery time (trr) for power supply and protec- tion circuits in auto- motive, industrial, and consumer appli- cations.


Although numer-


ous types of diodes exist, highly efficient SBDs are increasing- ly being used in a variety of applica- tions. SBDs with a trench MOS struc-


ture provide lower VF than planar types and enable higher efficiency in rectifica- tion applications. One drawback of trench


MOS structures, however, is that they typically feature worse trr than planar topologies, resulting in higher power loss when used for switching. In response, ROHM developed a new series of SBDs utilizing a proprietary trench MOS structure that


simultaneously reduces both VF and IR (which are in a trade-off relationship) while also achiev-


ing class-leading trr. Expanding on the four exist-


100V breakdown SBDs.


of 15 ns that reduces trr loss by approximately 37% and overall switching loss by approximately 26% over general trench-type MOS products, contributing to lower application power con- sumption.


Contact: ROHM Semicon - ductor USA, 2323 Owen Street,


Santa Clara, CA 95054 % 408-720-1900 E-mail: jpontious@rohm- semiconductor.com Web:


www.rohmsemiconductor.com Messe Frankfurt Group


ing conventional SBD lineups optimized for a variety of requirements, the YQ series is ROHM’s first to adopt a trench MOS structure. The proprietary design achieves class-leading trr


11 – 13.6.2024 NUREMBERG, GERMANY


DRIVING MANUFACTURING FORWARD


Discover the world of electronics production.


Would you like to experience the latest trends in electronics manufacturing up close, expand your specialist knowledge and exchange ideas with industry experts?


Then immerse yourself in the world of electronics manufacturing and be there when the SMTconnect 2024 opens its doors again in Nuremberg, Germany. With a focus on Surface Mount & Microelectronics Manufacturing Technologies, the SMTconnect is the only trade fair in Europe that covers the entire pro duction process for microelectronic assemblies and systems. Use this opportunity to expand your partner network in Europe and gain a quick overview of the market.


Find out more and secure your ticket now:


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