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61540d5ef00476ce4a7600ac Tantalum Capacitors - Polymer 6.3V 150uF 1380 20% ESR=45mOhms AEC-Q200 https://cdn1.storehippo.com/s/59c9e4669bd3e7c70c5f5e6c/61540d5ef00476ce4a7600ae/webp/series_t598_spl.png

MLCC Replacement Solutions

Recent market news suggests a prolonged shortage of MLCC components. This shortage continues to create challenges in all electronics market segments. Hardware teams are actively pursuing alternative solutions to minimize the impact of this shortage. In specific applications, they have found KEMET’s KOCAP tantalum polymer capacitors as suitable alternatives. And even, in some cases, KOCAP tantalum polymer capacitors have resulted in an overall cost savings solution. KOCAP tantalum polymer capacitors are ideal solutions when seeking board space savings, a piezo noise-free environment, high capacitance, long stable life performance, and/or lower profile requirements. Tantalum polymer capacitors are selected over other capacitor technologies when application voltages are less than 50V, capacitance needs are between 1µF to 1mF, and application frequencies are below 1MHz. Since replacing ceramic capacitors with tantalum polymer capacitors is not typically one-for-one, designers need to consider several design requirements as outlined in the schematic below.

TT-MU-80-T598B157M006ATE45
in stock INR 169
KEMET
1 1

Tantalum Capacitors - Polymer 6.3V 150uF 1380 20% ESR=45mOhms AEC-Q200

Sku: TT-MU-80-T598B157M006ATE45
₹169


Sold By: tenettech
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Description of product

MLCC Replacement Solutions

Recent market news suggests a prolonged shortage of MLCC components. This shortage continues to create challenges in all electronics market segments. Hardware teams are actively pursuing alternative solutions to minimize the impact of this shortage. In specific applications, they have found KEMET’s KOCAP tantalum polymer capacitors as suitable alternatives. And even, in some cases, KOCAP tantalum polymer capacitors have resulted in an overall cost savings solution. KOCAP tantalum polymer capacitors are ideal solutions when seeking board space savings, a piezo noise-free environment, high capacitance, long stable life performance, and/or lower profile requirements. Tantalum polymer capacitors are selected over other capacitor technologies when application voltages are less than 50V, capacitance needs are between 1µF to 1mF, and application frequencies are below 1MHz. Since replacing ceramic capacitors with tantalum polymer capacitors is not typically one-for-one, designers need to consider several design requirements as outlined in the schematic below.