Uploaded September 2026 | Updated September 2026, 2 weeks ago
By integrating capacitors into switching regulators, "hot loops" can be reduced around the input and output of the device, causing significantly less radiated EMI. TI's innovative on-die capacitors and routable leadframe technologies, allow for closer placement of capacitors inside of our switching regulator packages which results in improved EMI performance. Integrating capacitors is a feature of our portfolio of switching regulators with mitigated interference and noise technology (MINT).
Learn more about EMI
ti.com/product-category/power-management/low-emi.html
View all buck converters with MINT features
ti.com/product-category/power-management/dc-dc-switching-regulators/dc-dc-converters/products.html#3323=Mitigated%20interference%20%26%20noise%20technology%20%E2%80%93%20architecture%201%20%28MINT%201%29%3BMitigated%20interference%20%26%20noise%20technology%20%E2%80%93%20architecture%202%20%28MINT%202%29&
View all power modules with MINT features
ti.com/product-category/power-management/dcdc-modules/integrated-inductor/products.html#3323=Mitigated%20interference%20%26%20noise%20technology%20%E2%80%93%20architecture%201%20%28MINT%201%29%3BMitigated%20interference%20%26%20noise%20technology%20%E2%80%93%20architecture%202%20%28MINT%202%29&
By integrating capacitors into switching regulators, "hot loops" can be reduced around the input and output of the device, causing significantly less radiated EMI. TI's innovative on-die capacitors and routable leadframe technologies, allow for closer placement of capacitors inside of our switching regulator packages which results in improved EMI performance. Integrating capacitors is a feature of our portfolio of switching regulators with mitigated interference and noise technology (MINT).
Learn more about EMI
ti.com/product-category/power-management/low-emi.html
View all buck converters with MINT features
ti.com/product-category/power-management/dc-dc-switching-regulators/dc-dc-converters/products.html#3323=Mitigated%20interference%20%26%20noise%20technology%20%E2%80%93%20architecture%201%20%28MINT%201%29%3BMitigated%20interference%20%26%20noise%20technology%20%E2%80%93%20architecture%202%20%28MINT%202%29&
View all power modules with MINT features
ti.com/product-category/power-management/dcdc-modules/integrated-inductor/products.html#3323=Mitigated%20interference%20%26%20noise%20technology%20%E2%80%93%20architecture%201%20%28MINT%201%29%3BMitigated%20interference%20%26%20noise%20technology%20%E2%80%93%20architecture%202%20%28MINT%202%29&










