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In Thick Film Shunt Resistor Market, A specific paste is applied to the substrate by fire to create thick film resistors. Metal oxides and glass are combined to make the paste.
Thin film is more stable, more precise, and has a superior temperature coefficient. As a result, it competes with other high precision technologies like wire wound or bulk metal foil.
Thick film, on the other hand, is favored for applications where these stringent standards are not essential because the costs are significantly lower.
The global thick film shunt resistor market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
ROHM Semiconductor has released the LTR100L, a new line of thick-film shunt resistors designed for commercial and consumer use.
Shunt resistors, which are frequently employed to detect presence in battery safety and motor drive circuits, need more accuracy to improve dependability and ensure excessively effective performance.
In recent years, there has been a focus on energy savings in the commercial and consumer sectors. Motor inverters are being used to reduce energy consumption during drive operation.
The importance of safety circuits has increased in various domains as applications’ power has increased at the same time.
By modifying resistor supplies and utilizing terminal temperature, the LTR100L series obtains the industry’s maximum rated energy of 4W within the 3264 dimensions (3.2mm 6.4mm) / 1225 dimension (0.12inch 0.25inch).
They are therefore ideal for present detection in motor management and overcurrent safety circuits for commercial and industrial applications that are moving toward higher energy.
Additionally, among thick-film shunt resistors, ingredient construction optimization results in TCR (temperature coefficient of resistance) characteristics that are best in class.
As a result, they aren’t just impacted by temperature, allowing for extremely accurate and reliable presence detection. The LTR100L series uses a thick-film architecture that makes expanding the resistance value range relatively simple.
