715P10358LD3 Vishay Specialty Capacitors, 715P10358LD3 Datasheet
715P10358LD3
Specifications of 715P10358LD3
Related parts for 715P10358LD3
715P10358LD3 Summary of contents
Page 1
... Megohm-microfarads after test but need not exceed 100,000 Megohm. Not more than one failure in 12 units tested shall be permitted. DC Life Test: Capacitors are capable of withstanding a 500 hour life test at + 85°C at 150% of rated working voltage. After test, capacitance shall not have changed by ...
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Type 715P Vishay Sprague DIMENSIONS in inches [millimeters] L Max. 0.250 [6.350] Max. 1.250 [31.750] Min. S Terminal A CASE L CODE (Max.) J 0.75 [19.050] K 0.95 [24.130] L 1.30 [33.020] M 1.70 [43.180] PERFORMANCE CHARACTERISTICS + 2 + ...
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... Shaded items, when ordered as ± 5% tolerance with D3 leads, are standard capacitors in stock and available through the Sprague Network. To complete the Type 715P Part Number, add the "D3" suffix and change the capacitance tolerance code number from a "9" "5" to indicate ± 5% (i.e., 715P10456LD3). Any other Part Number, value or type may easily be ordered as a Special. ...
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... Shaded items, when ordered as ± 5% tolerance with D3 leads, are standard capacitors in stock and available through the Sprague Network. To complete the Type 715P Part Number, add the "D3" suffix and change the capacitance tolerance code number from a "9" "5" to indicate ± 5% (i.e., 715P10456LD3). Any other Part Number, value or type may easily be ordered as a Special. ...
Page 5
... Shaded items, when ordered as ± 5% tolerance with D3 leads, are standard capacitors in stock and available through the Sprague Network. To complete the Type 715P Part Number, add the "D3" suffix and change the capacitance tolerance code number from a "9" "5" to indicate ± 5% (i.e., 715P10456LD3). Any other Part Number, value or type may easily be ordered as a Special. ...
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Type 715P Vishay Sprague STANDARD MARKING FORMAT SAMPLE MARKING ➁715P200 V 1239 9340 ORDERING INFORMATION 715P 123 TYPE CAPACITANCE TOLERANCE This is expressed ± 10% picofarads. The first 5 = ± 5% two digits are 2 = ...