Kemet T54 Hoja de datos

No.	parte #	Fabricante	Descripción
1	T541	Kemet	COTS Polymer Electrolytic rom 2.5 to 63 VDC. These are the first polymer electrolytic capacitors available with failure rate options as defined by KEMET's KO-CAP Reliability Assessment method. This method utilizes accelerated conditions (voltage and temperature) applied to bo
2	T545W477M006ATE055	Kemet	High Energy Polymer Tantalum of multilayer ceramic capacitors (low ESR and high frequency capacitance retention), aluminum electrolytics (higher capacitance and benign failure mode) and proven solid tantalum technology (volumetric efficiency, surface mount capability and extreme
3	T545X477M006ATE006	Kemet	High Energy Polymer Tantalum of multilayer ceramic capacitors (low ESR and high frequency capacitance retention), aluminum electrolytics (higher capacitance and benign failure mode) and proven solid tantalum technology (volumetric efficiency, surface mount capability and extreme
4	T545W107M010ATE040	Kemet	High Energy Polymer Tantalum of multilayer ceramic capacitors (low ESR and high frequency capacitance retention), aluminum electrolytics (higher capacitance and benign failure mode) and proven solid tantalum technology (volumetric efficiency, surface mount capability and extreme
5	T545W476M016ATE045	Kemet	High Energy Polymer Tantalum of multilayer ceramic capacitors (low ESR and high frequency capacitance retention), aluminum electrolytics (higher capacitance and benign failure mode) and proven solid tantalum technology (volumetric efficiency, surface mount capability and extreme
6	T545D107M016ATE055	Kemet	High Energy Polymer Tantalum of multilayer ceramic capacitors (low ESR and high frequency capacitance retention), aluminum electrolytics (higher capacitance and benign failure mode) and proven solid tantalum technology (volumetric efficiency, surface mount capability and extreme
7	T545	Kemet	High Energy Polymer Tantalum of multilayer ceramic capacitors (low ESR and high frequency capacitance retention), aluminum electrolytics (higher capacitance and benign failure mode) and proven solid tantalum technology (volumetric efficiency, surface mount capability and extreme
8	T545H108M006ATE055	Kemet	High Energy Polymer Tantalum of multilayer ceramic capacitors (low ESR and high frequency capacitance retention), aluminum electrolytics (higher capacitance and benign failure mode) and proven solid tantalum technology (volumetric efficiency, surface mount capability and extreme
9	T545H158M006ATE055	Kemet	High Energy Polymer Tantalum of multilayer ceramic capacitors (low ESR and high frequency capacitance retention), aluminum electrolytics (higher capacitance and benign failure mode) and proven solid tantalum technology (volumetric efficiency, surface mount capability and extreme
10	T541X337M010AHE010	Kemet	COTS Polymer Electrolytic rom 2.5 to 63 VDC. These are the first polymer electrolytic capacitors available with failure rate options as defined by KEMET's KO-CAP Reliability Assessment method. This method utilizes accelerated conditions (voltage and temperature) applied to bo
11	T545Y477M006ATE025	Kemet	High Energy Polymer Tantalum of multilayer ceramic capacitors (low ESR and high frequency capacitance retention), aluminum electrolytics (higher capacitance and benign failure mode) and proven solid tantalum technology (volumetric efficiency, surface mount capability and extreme
12	T545Y337M010ATE035	Kemet	High Energy Polymer Tantalum of multilayer ceramic capacitors (low ESR and high frequency capacitance retention), aluminum electrolytics (higher capacitance and benign failure mode) and proven solid tantalum technology (volumetric efficiency, surface mount capability and extreme
13	T545X337M010ATE006	Kemet	High Energy Polymer Tantalum of multilayer ceramic capacitors (low ESR and high frequency capacitance retention), aluminum electrolytics (higher capacitance and benign failure mode) and proven solid tantalum technology (volumetric efficiency, surface mount capability and extreme
14	T545X227M016ATE035	Kemet	High Energy Polymer Tantalum of multilayer ceramic capacitors (low ESR and high frequency capacitance retention), aluminum electrolytics (higher capacitance and benign failure mode) and proven solid tantalum technology (volumetric efficiency, surface mount capability and extreme
15	T545X337M016ATE025	Kemet	High Energy Polymer Tantalum of multilayer ceramic capacitors (low ESR and high frequency capacitance retention), aluminum electrolytics (higher capacitance and benign failure mode) and proven solid tantalum technology (volumetric efficiency, surface mount capability and extreme
16	T545V107M016ATE055	Kemet	High Energy Polymer Tantalum of multilayer ceramic capacitors (low ESR and high frequency capacitance retention), aluminum electrolytics (higher capacitance and benign failure mode) and proven solid tantalum technology (volumetric efficiency, surface mount capability and extreme
17	T545H158M006ATE035	Kemet	High Energy Polymer Tantalum of multilayer ceramic capacitors (low ESR and high frequency capacitance retention), aluminum electrolytics (higher capacitance and benign failure mode) and proven solid tantalum technology (volumetric efficiency, surface mount capability and extreme
18	T545W477M006ATE035	Kemet	High Energy Polymer Tantalum of multilayer ceramic capacitors (low ESR and high frequency capacitance retention), aluminum electrolytics (higher capacitance and benign failure mode) and proven solid tantalum technology (volumetric efficiency, surface mount capability and extreme
19	T543	Kemet	Polymer Tantalum COTS of multilayer ceramic capacitors (low ESR, high frequency capacitance retention), aluminum electrolytic capacitors (higher capacitance, benign failure mode), and proven solid tantalum technology (volumetric efficiency, surface mount capability, extre
20	T541D227M010AHE010	Kemet	COTS Polymer Electrolytic rom 2.5 to 63 VDC. These are the first polymer electrolytic capacitors available with failure rate options as defined by KEMET's KO-CAP Reliability Assessment method. This method utilizes accelerated conditions (voltage and temperature) applied to bo