SMPS STACKED CAPACITORS CATALOG 1001

Transcription

1 SMPS STCKED CPCITORS CTLOG 01

2 NOTE: DSCC DRWING 876 HS BEEN CNCELLED MilSpec/DsccDwg/876.pdf Mil-PRF-970 capacitors are preferred over DSCC-DWG-876 capacitors. The Mil-PRF- 970 specification was developed as part of a cooperative effort between the US Military, NS and the SMPS suppliers to produce a robust replacement for the DSCC drawing. The military specification product provides additional quality assurance provisions that are NOT required by the DSCC drawing. Two product levels are offered in Mil-PRF-970: the standard B level, suitable for standard Class H military applications, and the high reliability T level, suitable for Class K space level applications. Some of the benefits of the Mil-PRF-970 product over the 876 product include: Formal qualification process (QPL established); Mil- STD-790 compliance; DSCC audits; routine qualification maintenance testing (ie., life testing); Group percent defective allowed (PD) specified; prohibits mixing of chips from different production lots within a single SMPS stack lot. 970 Code C ±.05 in. (±.6 mm) (.) (9.5).800 (0.) 0 (6.8) (.).950 (.1).00 () (8.89) (6.5). (5.69) 0 (1.75) (9.5) D Min Max.075 (5.71) 5 (8.99) 75 (7.1).5 (.80).75 (6.99).075 (5.71) TBLE OF CONTENTS MIL-PRF-970 SPECIFICTION... DSCC DRWING 880 (NPO STCKED CPCITORS)... MIL-PRF-970 STNDRD PROFILE... MIL-PRF-970 LOW PROFILE...5 MIL-PRF-970 ELECTRICL ND PERFORMNCE CHRCTERISTICS...6 MIL-PRF-970 FREQUENCY RESPONSE CURVES... 6 VILBLE TEST ROUTINES...7 SOLDERING RECOMMENDTIONS...7 STCKED CPCITORS HIGH VOLTGE STCKED CPCITORS... POWER-STCK CPCITORS... LOW PROFILE S LED CPCITORS ND SPECIFICTIONS HIGH FREQUENCY HIGH POWER CPCITORS...1 INTERDIGITTED STCKED CPCITORS... CUSTOM PRODUCTS ND OTHER PRESIDIO CTLOGS... E (max) 0 (1.70).870 () 0 (1.70).0 (.).00 (7.6) 0 (.9) MIL-PRF-970 Mil-PRF-970 T Level product is recommended for all high reliability applications. Mil-PRF-970 T level product requires in-process inspections and additional Group and B screening inspections that are not part of the normal B level flow: In-process screening that includes non-destructive internal examination (chip level) and destructive physical analysis (chip level); Group destructive physical analysis (finished stack level); Group B lot specific humidity, steady-state, low voltage (lot sample test); and Group B lot specific thermal shock and life test (lot sample test). DSCC DRWING 880 (NPO STCKED CPCITORS) Popular selected values of this version of NPO are being qualified. For more information, contact Presidio Components at or visit our website at DIMENSIONS 970 STNDRD PROFILE Number of Leads Per Side Lead Symbol (Last Digit of P/N) N L M J K Lead Style N (straight) L (formed) L (formed) J (formed) J (formed) 970/876/880 LED STYLE ND DIMENSIONS Stack Height Profile (Dimension ) Standard Standard Standard Standard Standard Formed Lead Height N/.070 ±.0 (1.78 ± 0.5).05 ±.0 (1.1 ± 0.5).070 ±.0 (1.78 ± 0.5).05 ±.0 (1.1 ± 0.5) 79 Construction Court, San Diego, C 9 US Tel: Fax: or

3 MIL-PRF-970 STNDRD PROFILE MIL-PRF-970 (change K to M for 0% tolerance) µf Height Tol. 50V M for 0% tol. Presidio Part Number (change K to M for 0% tolerance) Cross Reference from xxx N-Lead K Tol. M Tol. M970 X 01 5 K * 5 (.05) HR S 1 01 BX 5 K * M970 X 01 K * 1. 5 (.05) HR S 1 01 BX K * M970 X 01 5 K * 5.0 (6) HR S 01 BX 5 K * M970 X 01 5 K * (6) HR S 01 BX 5 K * M970 X 01 5 K *. 5.0 (6) HR S 01 BX 5 K * M970 X K *.7 5 (9.1) HR S 01 BX 75 K * M970 X 01 5 K *. 5 (9.1) HR S 01 BX 5 K * M970 X K * (1.19) HR S 01 BX 95 K * M970 X K * (1.19) HR S 01 BX 75 K * M970 X K * (.51) HR S 5 01 BX 565 K * M970 X K * 6.8 (9.1) HR S 05 BX 685 K * 61 6 M970 X K * 8. (9.1) HR S 05 BX 85 K * M970 X 01 6 K *.80 (1.19) HR S 05 BX 6 K * M970 X 01 K * 1.80 (1.19) HR S 05 BX K * M970 X 01 6 K *.650 (.51) HR S 5 05 BX 6 K * M970 X 01 6 K *.0 (6) HR S 1 BX 6 K * M970 X 01 6 K * (9.1) HR S 1 BX 6 K * M970 X K * 7 (9.1) HR S 1 BX 76 K * M970 X 01 6 K * (9.1) HR S 1 BX 6 K * M970 X K * 9.80 (1.19) HR S 1 BX 96 K * M970 X K * (.51) HR S 5 1 BX 76 K * M970 X K * 56 1 (9.1) HR S 19 BX 566 K * M970 X K * (1.19) HR S 19 BX 686 K * M970 X K * (1.19) HR S 19 BX 86 K * M970 X 01 7 K * (.51) HR S 5 19 BX 7 K * M970 X K *.80 (1.19) HR S BX 17 K * M970 X 01 7 K * (.51) HR S 5 BX 7 K * M970 X 01 7 K * (1.19) HR S BX 7 K * M970 X 01 7 K * (1.19) HR S BX 7 K * M970 X K * (.51) HR S 5 BX 77 K * Note 1: sterisk (*) refers to lead style N through K; consult factory or DSCC website for qualification status. Note : Parts can also be ordered with 0% cap tolerance; include M in the Presidio part number. Example: HR S 1 01 BX 5 M * Note : BP 5% tolerance available; consult factory MIL-PRF-970 P/N M970 X 01 5 K N 876-xxx J-Lead K Tol. M Tol. 0V K Tol. M. Tol. K Tol. M Tol. M970 X K B *.68 5 (.05) HR S 1 01 BX 68 K * M970 X 01 8 K B * (6) HR S 01 BX 8 K * M970 X 01 5 K B * 5.0 (6) HR S 01 BX 5 K * M970 X 01 K B * (6) HR S 01 BX K * M970 X 01 5 K B * 5 (9.1) HR S 01 BX 5 K * M970 X 01 5 K B * (9.1) HR S 01 BX 5 K * M970 X 01 5 K B * (1.19) HR S 01 BX 5 K * M970 X K B * (1.19) HR S 01 BX 75 K * M970 X 01 5 K B * (.51) HR S 5 01 BX 5 K * M970 X K B *.9 (9.1) HR S 05 BX 95 K * M970 X K B *.7 (9.1) HR S 05 BX 75 K * M970 X K B * (1.19) HR S 05 BX 565 K * M970 X K B * (1.19) HR S 05 BX 685 K * M970 X K B * (.51) HR S 5 05 BX 85 K * M970 X 01 6 K B *.0 (6) HR S 1 BX 6 K * M970 X 01 K B * 1.0 (6) HR S 1 BX K * M970 X 01 6 K B * (9.1) HR S 1 BX 6 K * M970 X 01 6 K B * (9.1) HR S 1 BX 6 K * M970 X 01 6 K B *.80 (1.19) HR S 1 BX 6 K * M970 X K B * (.51) HR S 5 1 BX 76 K * M970 X 01 6 K B * 1 (9.1) HR S 19 BX 6 K * M970 X K B * (1.19) HR S 19 BX 96 K * M970 X K B * (1.19) HR S 19 BX 76 K * M970 X K B * (.51) HR S 5 19 BX 566 K * M970 X K B * (1.19) HR S BX 686 K * M970 X K B * (.51) HR S 5 BX 86 K * 51 5 M970 X 01 7 K B * 0 6 (9.1) HR S BX 7 K * M970 X K B * 6 (9.1) HR S BX 17 K * M970 X 01 7 K B * (1.19) HR S BX 7 K * M970 X 01 7 K B * (.51) HR S 5 BX 7 K * Performance Specification Indicating MIL-PRF-970 (for T Level parts substitute T for M in the above) Characteristic (1..1.1) Performance Specification Sheet Number Indicating MIL-PRF-970/1 Value (1..1.) J = 5% K = M = 0% Tolerance (1..1.) Rated Voltage (1..1.) Lead Configuration (1..) Call for 5% tol. (BP only) 79 Construction Court, San Diego, C 9 US Tel: Fax: or

4 MIL-PRF-970 STNDRD PROFILE MIL-PRF-970 (change K to M for 0% tolerance) µf Height Tol. 00V M for 0% tol. Presidio Part Number (change K to M for 0% tolerance) Cross Reference from xxx N-Lead K Tol. M Tol. 876-xxx J-Lead K Tol. M Tol. M970 R 01 7 K C * (6) HR S 01 BR 7 K * 61 6 M970 R K C * (6) HR S 01 BR 56 K * M970 R K C *.68 5 (9.1) HR S 01 BR 68 K * M970 R 01 8 K C *.8 5 (9.1) HR S 01 BR 8 K * M970 R 01 5 K C * 5.80 (1.19) HR S 01 BR 5 K * M970 R 01 K C * (1.19) HR S 01 BR K * M970 R 01 5 K C * (.51) HR S 5 01 BR 5 K * 7 7 M970 R 01 5 K C * 1.8 (9.1) HR S 05 BR 5 K * M970 R 01 5 K C *. (9.1) HR S 05 BR 5 K * M970 R K C *.7.80 (1.19) HR S 05 BR 75 K * M970 R 01 5 K C *..80 (1.19) HR S 05 BR 5 K * M970 R K C * (.51) HR S 5 05 BR 95 K * 8 8 M970 R K C *.7.0 (6) HR S 1 BR 75 K * M970 R K C * (6) HR S 1 BR 565 K * M970 R K C * 6.8 (9.1) HR S 1 BR 685 K * M970 R K C * 8. (9.1) HR S 1 BR 85 K * M970 R 01 6 K C *.80 (1.19) HR S 1 BR 6 K * 9 9 M970 R 01 K C * (.51) HR S 5 1 BR K * M970 R 01 6 K C * 1 (9.1) HR S 19 BR 6 K * M970 R 01 6 K C * 1.80 (1.19) HR S 19 BR 6 K * M970 R 01 6 K C * (.51) HR S 5 19 BR 6 K * M970 R K C * (.51) HR S 5 19 BR 76 K * M970 R 01 6 K C *.80 (1.19) HR S BR 6 K * M970 R K C * (.51) HR S BR 96 K * M970 R K C * (6) HR S BR 76 K * M970 R K C * 56 6 (9.1) HR S BR 566 K * 0 1 M970 R K C * 68 6 (9.1) HR S BR 686 K * M970 R K C * (1.19) HR S BR 86 K * M970 R 01 7 K C * (.51) HR S 5 BR 7 K * M970 R K C * (.51) HR S 5 BR 17 K * V K Tol. M. Tol. K Tol. M Tol. M970 Q 01 K E *. 5 (.05) HR S 1 01 BQ K 6 * M970 Q 01 K E *. 5.0 (6) HR S 01 BQ K 6 * M970 Q 01 K E *. 5.0 (6) HR S 01 BQ K 6 * M970 Q 01 7 K E * (6) HR S 01 BQ 7 K 6 * M970 Q 01 K E *. 5 (9.1) HR S 01 BQ K 6 * M970 Q 01 9 K E *.9 5 (9.1) HR S 01 BQ 9 K 6 * 1 M970 Q 01 7 K E *.7 5 (9.1) HR S 01 BQ 7 K 6 * 5 6 M970 Q K E * (1.19) HR S 01 BQ 56 K 6 * M970 Q K E * (.51) HR S 5 01 BQ 68 K 6 * M970 Q 01 8 K E *.8 (9.1) HR S 05 BQ 8 K 6 * M970 Q 01 5 K E * (9.1) HR S 05 BQ 5 K 6 * M970 Q 01 K E * 1. (9.1) HR S 05 BQ K 6 * M970 Q 01 5 K E *.80 (1.19) HR S 05 BQ 5 K 6 * M970 Q 01 5 K E * (.51) HR S 5 05 BQ 5 K 6 * M970 Q 01 5 K E *..0 (6) HR S 1 BQ 5 K 6 * 9 50 M970 Q K E *.7 (9.1) HR S 1 BQ 75 K 6 * M970 Q 01 5 K E *. (9.1) HR S 1 BQ 5 K 6 * M970 Q K E *.9 (9.1) HR S 1 BQ 95 K 6 * M970 Q K E *.7.80 (1.19) HR S 1 BQ 75 K 6 * M970 Q K E * (.51) HR S 5 1 BQ 565 K 6 * M970 Q K E * (1.19) HR S 19 BQ 685 K 6 * M970 Q K E * (1.19) HR S 19 BQ 85 K 6 * M970 Q 01 6 K E * 1.80 (1.19) HR S 19 BQ 6 K 6 * M970 Q 01 K E * (.51) HR S 5 19 BQ K 6 * M970 Q 01 6 K E *.650 (.51) HR S 5 BQ 6 K 6 * M970 Q 01 6 K E *.650 (.51) HR S BQ 6 K 6 * 71 7 M970 Q 01 6 K E * 6 (9.1) HR S BQ 6 K 6 * M970 Q K E * 7 6 (9.1) HR S BQ 76 K 6 * M970 Q 01 6 K E * 6.80 (1.19) HR S BQ 6 K 6 * M970 Q K E * (.51) HR S BQ 96 K 6 * Note 1: sterisk (*) refers to lead style N through K; consult factory or DSCC website for qualification status. Note : Parts can also be ordered with 0% cap tolerance; include M in the Presidio part number. Example: HR S 01 BX 5 M * Note : BP available; consult factory MIL-PRF-970 P/N M970 X K B N Performance Specification Indicating MIL-PRF-970 (for T Level parts substitute T for M in the above) Characteristic (1..1.1) Performance Specification Sheet Number Indicating MIL-PRF-970/1 Value (1..1.) J = 5% K = M = 0% Tolerance (1..1.) Rated Voltage (1..1.) Lead Configuration (1..) Call for 5% tol. (BP only) 79 Construction Court, San Diego, C 9 US Tel: Fax: or

5 MIL-PRF-970 LOW PROFILE REDUCED HEIGHT-LRGER CSE SIZE M for 0% tol. MIL-PRF-970 (change K to M for 0% tol.) µf Height Tol. Presidio Part No. (change K to M for 0% tol.) MIL-PRF-970 (change K to M for 0% tol.) µf Height Tol. Presidio Part No. (change K to M for 0% tol.) 50V 0V M970 X K * M970 X K * M970 X 01 6 K * M970 X K * M970 X K * M970 X K * M970 X K * M970 X 01 7 K * (6).0 (6).0 (6).0 (6).0 (6) (9.1) (9.1).80 (1.19) HR S 05 BX 75 K * HR S 05 BX 565 K * HR S 1 BX 6 K * HR S BX 76 K * HR S BX 566 K * HR S BX 686 K * HR S BX 86 K * HR S BX 7 K * M970 X 01 5 K B * M970 X 01 5 K B * M970 X K B * M970 X K B * M970 X 01 6 K B * M970 X K B * M970 X K B * (6).0 (6).0 (6).0 (6).0 (6) (9.1) (9.1) HR S 05 BX 5 K * HR S 05 BX 5 K * HR S 1 BX 85 K * HR S BX 76 K * HR S BX 6 K * HR S BX 96 K * HR S BX 76 K * MIL-PRF-970 (change K to M for 0% tol.) µf Height Tol. Presidio Part No. (change K to M for 0% tol.) MIL-PRF-970 (change K to M for 0% tol.) µf Height Tol. Presidio Part No. (change K to M for 0% tol.) 00V 500V M970 R 01 5 K C * M970 R 01 K C * M970 R 01 5 K C * M970 R K C * M970 R 01 K C * M970 R 01 6 K C * M970 R 01 6 K C * M970 R 01 6 K C * M970 R K C * (.05).0 (6).0 (6).0 (6).0 (6).0 (6) (9.1) (9.1).80 (1.19) HR S 1 05 BR5 K * HR S 05 BR K * HR S 05 BR5 K * HR S 1 BR95 K * HR S BR K * HR S BR6 K * HR S BR6 K * HR S BR6 K * HR S BR76 K * M970 Q K E * M970 Q K E * M970 Q 01 5 K E * M970 Q K E * M970 Q K E * M970 Q K E * M970 Q 01 6 K E * M970 Q 01 K E * (6).0 (6).0 (6).0 (6).0 (6) (9.1) (9.1).80 (1.19) HR S 05 BQ56 K 6 * HR S 05 BQ68 K 6 * HR S 1 BQ5 K 6 * HR S BQ565 K 6 * HR S BQ685 K 6 * HR S BQ85 K 6 * HR S BQ6 K 6 * HR S BQ K 6 * For these parts low profile indicates the height has been reduced by using a larger case code and reducing the number of chips per stack. sterisk (*) refers to lead style F; consult factory or DSCC website for qualification status. 970 LOW PROFILE 970 DIMENSIONS 970 Lead Symbol (Last Digit of P/N) B D C F Lead Style N (straight) L (formed) L (formed) J (formed) J (formed) Stack Height Profile (Dimension ) Low Low Low Low Low Formed Lead Height N/.070 ±.0 (1.78 ± 0.5).05 ±.0 (1.1 ± 0.5).070 ±.0 (1.78 ± 0.5).05 ±.0 (1.1 ± 0.5) 970 C ±.05 in. (±.6 mm) Code 1 (.).800 (0.) (.).00 () 5 (6.5) 6 0 (1.75) D Min Max (9.5) 0 (6.8).950 (.1) (8.89). (5.69) (9.5).075 (5.71) 5 (8.99) 75 (7.1).5 (.80).75 (6.99).075 (5.71) E (max) 0 (1.70).870 () 0 (1.70).0 (.).00 (7.6) 0 (.9) Number of Leads Per Side /876/880 LED STYLE ND DIMENSIONS M970 X MIL-PRF-970 P/N K Performance Specification Indicating MIL-PRF-970 (for T Level parts substitute T for M in the above) Characteristic (1..1.1) Performance Specification Sheet Number Indicating MIL-PRF-970/1 Value (1..1.) J = 5% K = M = 0% Tolerance (1..1.) Rated Voltage (1..1.) Lead Configuration (1..) Call for 5% tol. (BP only) 79 Construction Court, San Diego, C 9 US Tel: Fax: or

6 MIL-PRF-970 ELECTRICL ND PERFORMNCE CHRCTERISTICS (LL CHRCTERISTICS ND TEST METHODS IW MIL-PRF-970) ELECTRICL CHRCTERISTICS Rated Voltage: 50/0/00/500 volts. Temperature Coefficient: Dielectric Type Bias = 0 Volt Bias = Rated Voltage BP ll Voltages ±0PPM ±0PPM BX 50/0V ±% +, -5% BR 00V ±% +, -0% BQ 500V ±% +, -50% : Measured at volt (open circuit) and 1KHz. See tables on pages through 5. Tolerance: J = ±5%, K = ±, M = ±0%. Dissipation Factor: When tested at volt (open circuit) and 1KHz, BP characteristic shall be.% maximum and BX/BR/BQ characteristic shall be.5% maximum. Dielectric Withstanding Voltage: Dielectric withstanding voltage will be tested at 50% of rated voltage except for 500V rated parts which will be tested at 0% of rated voltage. Insulation Resistance: t +5 C, rated voltage: Ω or 00 MΩ µf, whichever is less. t + C, rated voltage: Ω or 0 MΩ µf, whichever is less. PERFORMNCE CHRCTERISTICS ND TEST METHODS (M970 PRT NUMBERS) Operating Temperature Range: The operating temperature range is -55 C to + C. Thermal Shock: ll parts are cycled between -55 C and + C, 5 times. Voltage Conditioning: ll parts are tested for 96 hours at C and 00% of rated voltage except 500V rated parts are tested at % of rated voltage. The overall percent defective allowed (PD) is. Solderability: Meets Mil-STD-0 and J-STD-001 requirements. Resistance to Soldering Heat: Parts withstand 60 C for seconds with no degradation in electrical performance or lead attachment. Terminal Strength: Leads will withstand 5 pounds ( pounds for case code 5) of applied force without rupturing. Moisture Resistance: Every months, parts are tested for 0 cycles at 90% RH and between - C to +65 C. Bias is applied during the first cycles. Life: Parts are tested for 00 hours at + C and 00% of rated voltage except 500V rated parts shall be tested at % of rated voltage. Barometric Pressure: Parts will operate at rated voltage (80% of rated voltage for 500 volt parts) at reduced pressure up to 0,000 feet. Shock, Specified Pulse: Parts remain operational during and after impacts of 0 G s. Vibration: Parts remain operational during and after operating in high vibration environments of up to 0 G s. Marking: Marking shall be in accordance with Mil-STD-5 and Mil-PRF-970. Minimum marking will be JB, manufacturer s code (PCI), capacitance and tolerance, and date code. Full marking will be included on the package. Cage Code 601: Presidio Components, Inc. DDITIONL REQUIREMENTS (T970 PRT NUMBERS) Ultrasonic Imaging: ll parts are imaged during in-process testing to remove voids and delaminations IW EI 69. Destructive Physical nalysis: sample of chips is examined prior to assembly for defects in the microstructure. s part of Group, an additional sample is examined for cracks or assembly defects. Thermal Shock: Prior to voltage conditioning, all parts are cycled between -55 C and + C, 0 times. Prior to life test sample pieces receive 0 cycles under conditions outlined above. Voltage Conditioning: ll parts are tested for 8-6 hours at C and 00% of rated voltage except 500V rated parts are tested at % of rated voltage. The overall percent defective allowed (PD) is 5% for case codes and 5 and 8% for all other case codes. The PD in the last 8 hours of voltage conditioning is.5% for case codes and 5, and 1% for all other case codes, or 1 piece whichever is greater. Life: For qualification, parts are tested for 000 hours at + C and 00% of rated voltage except 500V rated parts shall be tested at % of rated voltage. For each lot, 1 pieces are tested for a 00 hours under conditions outlined above. Humidity, Steady State, Low Voltage: Six pieces are tested from each lot at 1. volts, 85% RH and 85 C, to ensure the absence of low voltage failure mechanisms. These mechanisms include microcracking. Marking: Parts will be marked as M970 parts except JB is replaced with JT. MIL-PRF-970 FREQUENCY RESPONSE CURVES µf, 50 VOLT M970X0 DOWNLODBLE GRPHS PRESIDIO PN S05BX6 IN PDF FORMT VISIT our library of Power Supply acitors Frequency Response Curves LOG ON TO PRESIDIO S WEBSITE T: ll graphs in PDF format for easy viewing Construction Court, San Diego, C 9 US Tel: Fax: or

7 PRESIDIO COMPONENTS, INC. VILBLE TEST ROUTINES Presidio Standard (ll Test Methods IW Mil-PRF-970) DSCC Standard Commercial HR Stack SR Stack Mil-PRF-970 B Level Mil-PRF-970 T Level Description Chip DP For Commercial pplications Yes Presidio Internal Requirement Similar to Mil-PRF-970 B Level or Per SCD Yes Presidio Internal Requirement Similar to Mil-PRF-970 T Level or Per SCD Yes Presidio Internal Requirement High Reliability Military Yes Presidio Internal Requirement High Reliability Space Yes Specification Requirement Ultrasonic Imaging C-Scan Not Required Not Required or per SCD Optional Not Required Required Thermal Shock s Part Of Group Not Required 5 Cycles or per SCD 0 Cycles or per SCD 5 Cycles 0 Cycles Voltage Conditioning (Duration) Not Required 8 Hours Min. or per SCD 8-6 Hours 96 Hours 8-6 Hours Visual/0% Electrical (/DF/IR/DWV) Yes Yes Yes Yes Yes IR C Not Required Optional Optional Required Required Stack DP Not Required Not Required or per SCD Optional Not Required Required Life Test Not Required Optional Optional Not Required on Lot Basis Yes - Includes 0 Thermal Shock Cycles Humidity, Steady State, Low Voltage Not Required Not Required or per SCD Optional Not Required Yes Mil-STD-790 pproved Facility Yes Yes Yes Yes Yes SOLDERING RECOMMENDTIONS FOR CERMIC STCKED CPCITORS The following are general recommendations for soldering of ceramic stacked capacitors. In general, Presidio Components recommends against hand soldering for this type of large ceramic device. However, if hand soldering cannot be avoided, it should be done with care to avoid thermally cracking the parts. Soldering of these parts to the circuit board, if done in a careless manner, is the most likely source of reliability problems. PREHETING ND MOUNTING. For reflow soldering, the parts should be preheated to within 50 C - 60 C of the reflow temperature, or as close as is practical. convection-style reflow oven with nitrogen is ideal, but other types of reflow will also work. The heat-up and cool-down rates (dt/dt) should be kept well under C/sec. and preferably under C/sec. fter soldering, allow the parts to air cool to room temperature before cleaning. Note: Presidio Components parts are designed to reliably withstand reflow temperatures of 65 C maximum. If higher temperature reflow is required, consult factory. HND SOLDERING. If hand soldering must be used, preheat the parts as recommended above. hot-air gun is an ideal tool for preheating. When hand soldering, avoid excessive heat, and keep the tip of the soldering iron as far away from the ceramic as possible. s an example, for through-hole leaded parts, solder from the backside of the board. This will minimize the risk of thermally cracking the ceramic. fter soldering, allow the parts to air cool to room temperature before cleaning. PRE-TINNING LEDS. The leads do not need to be pre-tinned as they have already been tinned with Sn6 as part of our process. In addition to the above, the following rules apply: 1. Do not dip stacked capacitors into a solder pot (to pre-tin, for example).. Do not touch-up a solder joint with a soldering iron. If touch up is necessary follow preheating and hand soldering recommendations above.. Do not deform leads or use excessive force to install parts. Further, in accordance with Mil-PRF-970, the following precaution should be followed: Precautionary Note: acitors covered by this specification sheet are very susceptible to thermal shock damage due to their large ceramic mass. Temperature profiles used should provide adequate temperature rise and cool-down time to prevent damage from thermal shock. 79 Construction Court, San Diego, C 9 US Tel: Fax: or

8 Ex: S08X7R5KJ (.μf, 50V,.0 total height) Code Most popular sizes shown in yellow Dielectric X7R NPO X7R NPO X7R NPO V code=1) V code=) 0V code=) V code=) V 0..0 code=6) (5.6).5 (.70).00 (7.6) DIMENSIONS. (5.6).75 (6.99).0 (.57).0 (6) (5.).5 (8.6) Leads per Side Chip Size V See Note STCKED CPCITORS X7R ND NPO MXIMUM CPCITNCE (µf) PRESIDIO CSE SIZE X7R NPO X7R NPO X7R NPO X7R NPO X7R NPO X7R NPO X7R NPO (9.0).5 (5.97).75 (6.99). (7.87).00 ().0 (.81).75 (6.99).75 (6.99).70 (6.86).0 (5.59).80 (9.65) (6).00 (7.6).5 (8.51).5 (.80) Ex: S01NPO1J1N (.1μF, 5V,.00 total height).00 (7.6).0 (8.8).5 (8.6) 8.75 (9.5).75 (9.5).00 () 76 B Ht. Max. inch (mm) No. of s per stack.0 (.81) 1.00 (5.08).75 (6.99) (8.89).5 (.80) 5 0 (1.70) 6.0 (.81) 1.0 (5.59). (7.87).00 ().90 () (1.7) 6 0 (.06) 1.80 (7.).00 () (1.1) (.6) (19.0) 6 0 (.06) 1.80 (7.).00 () (1.1) (.6) (19.0) 6 0 (.06) 1.80 (7.).00 () (1.1) (.6) (19.0) 6 C ±.05 (0.6) D (Max) Width E (Max) Length Presidio s most popular sizes are highlighted. Choose these for best price, delivery and availability. Notes: 1. B height dimensions are based on commonly ordered parts. Custom heights are available.. 75V parts are also available. values of 75V parts are half-way between 50V and 0V parts.. Vertical stacks are sometimes useful for reducing the footprint; for availability, consult factory. HOW TO ORDER S 5 01 X7R 6 K J Optional Screening Code HR or SR (See pg. 7) Configuration Stacked acitor ssembly No. of s Number of acitors per Stack Code See bove Dielectric X7R NPO (in picofarads): Two significant figures followed by the number of zeros. Example: =,000 pf=.01µf Tolerance F = ± 1% (NPO only) G = ± % (NPO only) J = ± 5% (NPO only) K = ± M = ± 0% Z = -0%/+80% Voltage 1 = 5V = 50V = 0V = 00V 6 = 500V Lead Style J = Leads formed under G = Leads formed out N = Through-hole S = See pages 1 & 1 No. of Leads Number of Leads per Side (See bove) 8 79 Construction Court, San Diego, C 9 US Tel: Fax: or

9 STCKED CPCITORS X7R ND NPO MXIMUM CPCITNCE (µf) Ex: S05NPOK1J (.μf, 5V,.00 total height) Code 0 0 Dielectric X7R NPO X7R NPO X7R NPO X7R NPO 5V code=1) V code=) V code=) V code=) V code=6) (8.89). (.5).550 (1.97) DIMENSIONS.00 ().85 (9.78). (7.87).75 (9.5).0 (.).575 (1.61) Leads per Side Chip Size V See Note (9.5).5 (.80).00 () PRESIDIO CSE SIZE X7R NPO X7R NPO ().75 (7).5 (.80).0 (.67).0 (.) 0 (1.70) X7R NPO () 0 (1.70).5 (.80) 5 99 Notes: 1. B height dimensions are based on commonly ordered parts. Custom heights are available.. 75V parts are also available. values of 75V parts are half-way between 50V and 0V parts.. Vertical stacks are sometimes useful for reducing the footprint; for availability, consult factory. HOW TO ORDER X7R NPO (9.5).85 (0.96).00 () X7R NPO (.) 75 (7.1) 0 (1.70) 99 B Ht. Max. inch (mm) No. of s per stack.0 (.81) 1.00 (5.08).75 (6.99) (8.89).5 (.80) 5 0 (1.70) 6.0 (.81) 1.0 (5.59). (7.87).00 ().90 () (1.7) 6 0 (.06) 1.80 (7.).00 () (1.1) (.6) (19.0) 6 0 (.06) 1.80 (7.).00 () (1.1) (.6) (19.0) 6 0 (.06) 1.80 (7.).00 () (1.1) (.6) (19.0) 6 C ±.05 (0.6) D (Max) Width E (Max) Length Presidio s most popular sizes are highlighted. Choose these for best price, delivery and availability. Ex: S51X7R805K6G (8μF, 500V, total height) S 05 X7R 6 K J Optional Screening Code HR or SR (See pg. 7) Configuration Stacked acitor ssembly No. of s Number of acitors per Stack Code See bove Dielectric X7R NPO (in picofarads): Two significant figures followed by the number of zeros. Example: =,000 pf=.01µf Tolerance F = ± 1% (NPO only) G = ± % (NPO only) J = ± 5% (NPO only) K = ± M = ± 0% Z = -0%/+80% Voltage 1 = 5V = 50V = 0V = 00V 6 = 500V Lead Style J = Leads formed under G = Leads formed out N = Through-hole S = See pages 1 & 1 No. of Leads Number of Leads per Side (See bove) 79 Construction Court, San Diego, C 9 US Tel: Fax: or

10 Ex: S6NP00K9J6 (.0μF, 1KV,.00 total height) HIGH VOLTGE STCKED CPCITORS PRESIDIO COMMON SIZES - X7R ND NPO MXIMUM CPCITNCE (µf) Ex: S58X7R1K1N6 (.1μF, KV, 0 total height) Code Dielectric 00V code=9) 000V code=) 000V code=1) 000V code=1) 5000V code=) DIMENSIONS Leads per Side Chip Size (7.6) (6).5 (8.6) (.5) (8.89).0 (.) (1.97).0 (8.1).580 (1.7) 50 PRESIDIO CSE SIZE X7R NPO X7R NPO X7R NPO X7R NPO X7R NPO X7R NPO X7R NPO X7R NPO (1.70) (.68).55 (1.) (.).560 (1.).65 (.88) (17.78).660 (.76).75 (.) (.77) (1.1) 00 (5.0) (.9).670 (17.0) 0 (5.56) 6 65 B Ht. Max. Inch No. of s per stack.00 (5.08) 1 (8.89) 0 (1.70).650 (.51).00 (5.08) 1 (8.89) 0 (1.70).650 (.51).00 (5.08) 1 (8.89) 0 (1.70).650 (.51).00 (5.08) 1 (8.89) 0 (1.70).650 (.51).00 (5.08) 1 (8.89) 0 (1.70).650 (.51) C ±.05 (0.6) D (Max.) Width E (Max.) Length PRESIDIO LED STYLE ND DIMENSIONS Ex: S57XR7MG5 (.0μF, 5KV, 0 total height) HOW TO ORDER S 5 X7R 1 K 9 J Optional Screening Code HR or SR (See pg. 7) Configuration Stacked acitor ssembly No. of s Number of acitors per Stack Code See bove Dielectric X7R NPO (in picofarads): Two significant figures followed by the number of zeros. Example: =,000 pf=.01µf Tolerance F = ± 1% (NPO only) G = ± % (NPO only) J = ± 5% (NPO only) K = ± M= ± 0% Z = -0%/+80% Voltage 9 = 00V = 000V 1 = 000V 1 = 000V = 5000V Lead Style J = Leads formed under G = Leads formed out N = Through-hole S = See pages 1 & 1 No. of Leads Number of Leads per Side (See bove) 79 Construction Court, San Diego, C 9 US Tel: Fax: or

11 POWER-STCK CPCITORS STCKED CERMIC CPCITORS FOR USE IN HIGH POWER, HIGH VIBRTION, ND HIGH MECHNICL SHOCK ENVIRONMENTS VILBLE IN LL DIELECTRIC TYPES ND VOLTGE RTINGS SUPERIOR PERFORMNCE ESL is typically less than half of a 970 style device, as a result of the vertical plate design of the capacitors, and the current flow symmetry of the flying lead design. ESR is low due to both the vertical layer chip attachment to the base plate, and the dual attachment of the top lead assembly. HET DISSIPTION is achieved by conduction through the robust base plate connection. VIBRTION PERFORMNCE The robust base plate and the dual top lead attachment provide superior tolerance for vibration. VOLTGES 5V to 00V DIELECTRICS K1 NPQ Porcelain K000 BX K0 NPO/BP K5000 X7R K500 NT SSEMBLY DETILS PTENT PENDING DIMENSIONS NO SCREW HOLES WITH SCREW HOLES THROUGH-HOLE RIBBON NO SCREW HOLES WITH SCREW HOLES THROUGH-HOLE RIBBON SIZE HEIGHT B Inches (mm) LENGTH C Inches (mm) WIDTH D Inches (mm) OVERLL LENGTH E Inches (mm) FOOT WIDTH Y Inches (mm) OVERLL LENGTH E Inches (mm) FOOT WIDTH Y With Screw Holes (See PN Below) MX ± 0.0 (0.8) ±.05 (0.6) ±.05 (0.6) ± 0.0 (0.8) ±.05 (0.6) ±.00 (0.51) PS 0 (6.5) 0.00 () 0.00 () 0 (.6) 0 () (7.9) 0.00 (7.6) PS9 00 (1.70) 50 (6.67) 00 (1.70) 0 (5.56) 00 (.5) (5.7) 0.00 (7.6) OVERLL LENGTH E FOOT WIDTH Y Through-Hole Ribbon Call Presidio for More Information VILBLE CPCITNCE VLUES PS NPQ NPO NT BX X7R NPQ NPO NT BX X7R 5V 5.6µF µf 56µF µf 50V 0nF 1µF.7µF µf µf µf 7µF 0µF 0V 7nF 0nF.7µF.7µF 5.6µF.µF 1µF.7µF µf 7µF 00V 1nF 7nF.µF 1.µF 1.8µF.1µF.9µF.µF µf µf 500V 6.8nF 7nF.7µF.68µF.8µF 7nF.µF.µF.7µF 5.6µF 00V 1.8nF 6.8nF 8nF.µF.µF 1nF 7nF.56µF 1.µF µf PS9 EXMPLE: PSX7R6K HOW TO ORDER PS X7R 6 K H Size Code See bove Dielectric Code NPQ BX NPO X7R NT (in picofarads) Two significant figures followed by the number of zeros. Example: =,000pF =.01µF Tolerance Code F = 1% (NPO + NPQ) G = % (NPO + NPQ) J = 5% (NPO + NPQ) K = ± M = ± 0% Z = +80% / -0% P = +0% / -0% Voltage Code 1 = 5 V = 50 V = 0 V = 00 V 6 = 500 V 9 = 00 V Mounting Part includes Screw Holes (optional) Blank = No Screw Holes 79 Construction Court, San Diego, C 9 US Tel: Fax: or

12 LOW PROFILE S LED CPCITORS LOW PROFILE LOW STNDOFF PPLICTIONS: Industrial Military Space FETURES: Low center of gravity Excellent thermal coefficient of expansion compliance with board Tested to 970 vailable in most chip sizes CERMIC TYPE: NPO, NPQ, NT, BX or X7R TOP VIEW END VIEW SIDE VIEW LOW STNDOFF COMPRISON HOW TO ORDER HR S 01 X7R 605 K S 1 Screening Code HR or SR (See pg. 7) Product Code Stacked acitor ssembly Stack Size Number of acitors Chips Size vailable in many sizes Dielectric X7R, BX, NPO, NPQ, BR, BQ (in picofarads): Two significant figures followed by the number of zeros. Example: =,000 pf=.01µf Tolerance J = ± 5% K = ± M= ± 0% Z = -0% / +80% Voltage 1 = 5V = 50V = 0V = 00V 6 = 500V Lead Style S Leads Leads Number of Leads per Side 1 79 Construction Court, San Diego, C 9 US Tel: Fax: or

13 LOW PROFILE S LED CPCITORS MXIMUM CPCITNCE PRESIDIO CSE SIZES X7R ND NPO DIELECTRIC Presidio Size Chip Size Dielectric X7R (µf) NPO (µf) X7R (µf) NPO (µf) X7R (µf) NPO (µf) 5V 50V 0V 00V 500V MIL-PRF-970 STYLE CSE SIZES 970 Size Style 5 Style Style Presidio Size Dielectric BX/BR/BQ (µf) BP (µf) BX/BR/BQ (µf) BP (µf) BX/BR/BQ (µf) BP (µf) 50V (BX) 0V (BX) 00V (BR) 500V (BQ) Notes: 1. 75V parts are also available. values of 75V parts are half-way between 50V and 0V.. Other sizes and capacitance values available. Consult factory. Height # Chips (per stack) (.79) (.06) (5.97) (7.87) (9.78) (.68) (.79) (.57) (6.86) (9.1) (.) (1.7) (.05) (6) (9.1) (1.19) (.) (.9) (.05) (6) (9.1) (1.19) (.) (.9) (.05) (6) (9.1) (1.19) (.) (.9) 6 C ±.05 in. (±.6 mm).75 (6.99).00 () (.) D Max. in. (mm).75 (6.99).5 (.80) 75 (7.1) E Max. in. (mm).00 (7.6).0 (.) 0 (1.70) Leads per Side 1 5 Height B # Chips (per stack) (.) (6.8) (9.5) (7) (.89) (.) (6.8) (9.5) (7) (.89) (.) (6.8) (9.5) (7) (.89) (.) (6.8) (9.5) (7) (.89) 5 C ±.05 in. (±.6 mm) (6.5).00 () (.) D Max. in. (mm).75 (6.99).5 (.80) 75 (7.1) E Max. in. (mm).00 (7.6).0 (.) 75 (7.1) Leads per Side 1 5 Height dimensions based on commonly ordered parts. Custom heights available. 79 Construction Court, San Diego, C 9 US Tel: Fax: or

14 HIGH FREQUENCY-HIGH POWER CPCITORS FOR C LINE FILTERING OR HIGH POWER RF PPLICTIONS TYPE N00 DIELECTRIC PPLICTIONS: C line filtering, typically from 1-0 volts C, 80 to 00 Hz High power RF at high voltages, 500 volts to 5,000 volts FETURES: Low dissipation factor (DF) Low self-heating Low ESR over a wide frequency range High reliability Stable capacitance vs frequency No aging rate CERMIC TYPE: Type N00, NTC dielectric (combines the high K of an X7R dielectric with the stability of an NPO dielectric) Temperature coefficient: -00ppm/ C typical N00 Dielectric code is NT % Change in. % Change in. % DF % DF Magnitude Frequency (Hz) NT Q BX Q BX ESR NT ESR POPULR PRT NUMBERS Voltage Part Number.068 µf 500 V RLNT68K6E50.0 µf 500 V RL91NTK6E00 1 µf 500 V S05NT5K6N µf 00 V RL76NT50K9E75.0 µf 5000 V RL8557NTKE850 Notes: 1. acitors available as radial leaded or stacked.. Other sizes and voltages are available; consult factory Construction Court, San Diego, C 9 US Tel: Fax: or

15 INTERDIGITTED STCKED CPCITORS FOR HIGHER FREQUENCY SWITCH MODE POWER SUPPLIES PPLICTIONS: Output filtering in Switch Mode Power Supplies (SMPS) pplications that require higher self-resonant frequency than conventional SMPS capacitors Gives less noise on power supply output B B FETURES: Lower inductance (ESL) Higher self-resonant frequency Opposite polarity on each lead gives opposing magnetic fields, resulting in lower ESL while the capacitor is charging High capacitance Meets standard SMPS capacitor specifications B B B CERMIC TYPE: X7R high K dielectric Temperature coefficient: ±% maximum, -55 C to + C Interdigitated configuration results in reduced ESL POPULR PRT NUMBERS Height 50 Volt 5 Volt.00 (5.08) µf HRSI1X7R6MJ5 µf HRSI1X7R6M1J5.00 (7.6) µf HRSI1X7R6MJ5 µf HRSI1X7R6M1J5.00 () 0 µf HRSI1X7R06MJ5 0 µf HRSI1X7R06M1J5 0 (1.70) 5 µf HRSI51X7R56MJ5 9 µf HRSI51X7R96M1J5 79 Construction Court, San Diego, C 9 US Tel: Fax: or

16 PRESIDIO CUSTOM PRODUCTS CUSTOM LEDS CUSTOM STCKED CUSTOM SSEMBLY PRESIDIO COMPONENTS, INC. maintains more than 70 million standard commercial and military parts in inventory. If you need a custom product, call our engineering team. Custom products include non-standard part sizes and voltages such as high voltage, high temperature, high Q, custom leads, cryogenic ceramics, negative and positive temperature characteristic ceramics, and piezoelectric formulations. European sizes are also available. Backed with numerous patents and hundreds of years of combined experience, Presidio s engineering team is ready and able to create the ideal solution for any application. S LEDS ENCPSULTED HIGH TEMP DOWN HOLE OIL MULTILYER CO-FIRED PIEZO POWER-STCK CPCITORS HIGH FREQUENCY HIGH POWER OTHER PRESIDIO PRODUCT CTLOGS CERMIC CHIP CPCITORS MIL-PRF-970 VS 876 CROSS REFERENCE EUROPEN SIZES SMPS STCKED CPCITORS CERMIC CPCITORS FOR RF, MICROWVE & FIBER OPTIC PPLICTIONS HIGH VOLTGE PRODUCTS RDIL LEDED PRODUCTS MIL-PRF-967 CPCITORS 79 Construction Court, San Diego, C 9 Tel: Fax: or Rev. D