3W rated 2817 size metal foil on ceramic chip resistors support 1A to 30A applications

Woking, UK, 21 August 2017 - TT Electronics today extended its MFC series of metal foil chip resistors with a new 2817 size that can dissipate up to 3W. Ideal for current sensing in the 1A to 30A range, the MFC2817 chip resistors enable designers to achieve highly compact power conversion circuits in demanding industrial and medical applications.

In addition to power supply and DC-DC converters, these metal foil on ceramic resistors, also meet the current measurement requirements of driver circuits for motors, actuators, lighting and HVAC systems. This growing market for distributed power management and motion control faces pressure to reduce power loss whilst maintaining accuracy, leading to a demand for lower ohmic values and reduced TCRs. The MFC2817 addresses this need with values from 3mW to 150mW and a low TCR of ±30ppm/°C compared to the 4mW minimum value and 50 - 100ppm TCR specification of the nearest competitive part.

Metal foil on ceramic technology provides superior reliability compared to other resistor technologies: its surge tolerance is better than thick-film resistors ensuring improved reliability in the presence of current surges; and its self-heating is lower than thick-film or metal-strip types, which avoids hot-spots and further improves product reliability.

For further information visit www.ttelectronics.com/sites/default/files/resistors-datasheets/MFC.pdf.

About TT Electronics plc

TT Electronics is a global provider of engineered electronics for performance critical applications. It works with market-leading customers in the transportation, industrial, medical, and aerospace and defence sectors.

With headquarters in Woking, UK, TT Electronics employs approximately 6000 staff and operates from 27 locations around the world. It has four divisions: Transportation Sensing and Control, Industrial Sensing and Control, Advanced Components, and Integrated Manufacturing Services.

TT Electronics plc published this content on 21 August 2017 and is solely responsible for the information contained herein.
Distributed by Public, unedited and unaltered, on 21 August 2017 13:47:01 UTC.

Original documenthttp://www.ttelectronics.com/en/news-and-media/press-releases/higher-power-chip-resistors-extend-current-sense-range

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