Rev: 6/98 PK Series Class II, High K Dielectric Radial Disc Ceramic Capacitor An ISO 9002 Registered Company PK Series Ceramic Disc High Dielectric Constant (K) EIA Class II Radial Class II Ceramic Disc PK Series Capacitors Features: Excellent temperature stability over a wide ambient temperature range Superior moisture resistance and reliability For use in coupling and by-pass applications Small size provides large capacitance with proven performance Durable Phenolic resin encapsulation Available in tape/box, bulk, and on tape/reel for automatic insertion n Part Numbering System PK 102 Y5P 2 05 K A D Series Code Capacitance Temp Coefficient Voltage Diameter Tolerance Lead Style Lead Space 100pF to .047F Y5P = 10% 2 = 50Vdc 05 = 5mm K = 10% A = Tape/Box straight A = 2.5mm (Expressed in pF Z5U = +22% ~ -56% Z5V = +22% ~ -82% 9 = 100Vdc 3 = 500Vdc 06 = 6mm 07 = 7mm M = 20% Z = -20% ~ +80% 0 = Bulk 10mm straight 1 = Bulk 25mm straight D = 5mm E = 6.35mm J = 10mm 4 = 1000Vdc 08 = 8mm 2 = Bulk 5mm formed inward and second 10 = 10mm 13 = 13mm 3 = Bulk 5mm straight 4 = Tape/Reel formed inward See "F" significant figures of 14 = 14mm 5 = Bulk 10mm formed outward dimension in See "D" 6 = Bulk 7.5mm straight 7 = Tape/Reel straight drawing third digit identifies the multiplier) dimension in where the first two digits identify the first capacitance and the drawing n NEW Part Numbering System (effective 03/98) PK 102 K 050 Y5P 05 B 5 S 25 Series Code Capacitance Tolerance Voltage Temp Coefficient Diameter Package Lead Space Lead Form Lead Length 100pF to 0.047F K = 10% M = 20% Z = -20% ~ +80% 050 = 50Vdc 100 = 100Vdc 500 = 500Vdc 1KV = 1000Vdc Y5P = 10% Z5U = +22% ~ -56% Z5V = +22% ~ -82% 05 = 5mm 06 = 6mm 07 = 7mm 08 = 8mm 10 = 10mm 13 = 13mm 14 = 14mm A = Tape/Box B = Bulk R = Tape/Reel 2.5 = 2.5mm 5 = 5mm 6.35 = 6.35mm I = Formed-In O = Formed-Out S = Straight Lead 5 = 5mm 7 = 7mm 10 = 10mm 25 = 25mm (Expressed in pF where the first two digits identify the first and second significant figures of capacitance and the in drawing See "L" dimension in drawing third digit identifies the multiplier) See "F" dimension See "D" "L" measured dimension in from seating drawing plane. "L"=4 mm for formed product. 16 (c)1997 Paccom Electronics. This information is believed to be accurate and reliable. It supersedes and replaces all information previously supplied. Design and specifications subject to change without notice. Paccom Electronics assumes no responsibility for the consequences of its use, nor for any infringements of patents or other rights of third parties which may result from its use. PK Series No Item Performance Characteristics Temperature Coefficient 3 Capacitance Range 4 Tolerance Range 5 Temperature Range 6 Dissipation Factor tan (Max %) 7 Insulation Resistance 8 Withstanding Voltage 50/100 Vdc 500 Vdc 1K Vdc Y5P Z5U Z5V Y5P Z5U Z5V Y5P Z5U Z5V 100pF~ 0.01F 2,200pF~ 0.022F 4,700pF~ 0.047F 100pF~ 0.01F 1,500pF~ 0.01F 0.01F 100pF~ 4700pF 1,000pF~ 0.01F 1,000pF~ 0.01F K, M, Z (10%, 20%, +80%/-20%) (Test Frequency of 1KHz 50Hz @ 25C) Y5P -25C ~ +85C 2.5% 5% 2.5% 2.5% Z5_ +10C ~ +85C 5% 2.5% 2.5% 5% 2.5% 10,000 Meg min measured 60 sec 5 sec after applied rated voltage W V < 1KV: 250% Rated Voltage with 50mA charging current for 5 sec max W V 1KV: 200% Rated Voltage with 50mA charging current for 5 sec max Temperature Characteristics vs Size / Value Working Voltage 50/100 Vdc Temperature Coefficient Y5P Diameter (D 1.0 mm) 500 Vdc Z5U Z5V Y5P Capacitance Range 1K Vdc Z5U Z5V Y5P Capacitance Range Z5U Z5V Capacitance Range 5.0 mm 100~ 2,200pF 2,200~ 5,000pF 4,700~ 5,000pF 100~ 820pF 1,500~ 2,200pF -- -- -- -- 6.0 mm 2,200~ 2,700pF 5,600~ 8,200pF 0.01~ 0.015F 1,000pF 2,700~ 3,300pF -- -- -- -- 7.0 mm 3,000~ 3,300pF 0.01F 0.018~ 0.02F 1,500~ 2,000pF -- -- 100~ 1,000pF 1,000~ 2,000pF 1,000~ 3,300pF 8.0 mm 3,900~ 4,700pF 0.012~ 0.015F 0.022F 2,000~ 3,000pF 3,900~ 6,800pF 0.01F 1,200~ 1,800pF 2,700~ 4,700pF 3,600~ 5,600pF 10.0 mm 5,600pF~ 0.01f 0.018~ 0.022F 0.03~ 0.047F 3,300~ 4,700pF 8,200pF~ 0.01F - 2,200~ 2,700pF 5,600~ 6,800pF 6,800pF~ 0.01F 13.0 mm -- -- -- 5,600~ 6,800pF -- -- 3,300~ 4,700pF 8,200pF~ 0.01F 8,200pF~ 0.01F 14.0 mm -- -- -- 8,200pF~ 0.01F -- -- -- -- -- Maximum Thickness 3.5 mm 4.0 mm Lead Space ( F 1.0 mm ) 4.5 mm 2.5 mm, 5 mm, 6.35 mm Lead Length ( L min) 5 mm, 7 mm, 10 mm, 25 mm Standard Capacitance Tolerance Codes Temperature Coefficient Tolerance Range Y5P Z5U Z5V K, M (10%, 20%) M, Z (20%, +80% / -20%) M, Z (20%, +80% / -20%) 100pF 2,200pF 4,700pF Application n Straight Lead n Formed Outward n Formed Inward n Capacitance / Temperature 0 Y5P 4.75 max. 2.0 max D D 2.0 max. 2.380.5 L 4.75 max. F -20 Y5U -40 Z5U -60 Y5V 2.0 max. 2.380.5 40.5 F Capacitance % D Z5V -80 40.5 F -30 -20 -10 0 10 25 40 50 60 70 80 Temperature C (c)1997 Paccom Electronics. This information is believed to be accurate and reliable. It supersedes and replaces all information previously supplied. Design and specifications subject to change without notice. Paccom Electronics assumes no responsibility for the consequences of its use, nor for any infringements of patents or other rights of third parties which may result from its use. 17 Capacitors Working Voltage Class II Ceramic Disc PK Series 1 2 Ceramic Disc Capacitors n Ceramic Disc Reel n Ceramic Disc Tape/Box S L Made In Taiwan POLY-FILM CAPACITORS W 30 1.0 51 1.0 360 max p.p P2 p.p P2 H1 W6 W F P0 D0 W4 W6 P1 H0 L L1 h.h P P P1 W Ceramic Disc Taping and Packaging Specifications CACER PA AM CIT IC OR Re dm on d, WA 9 80 52 U.S .A. 1-8 00 -42 6-6 25 4 H W5 H1 H C2 C1 L F W5 F L1 P0 Radial Lead Taping Specifications D0 W4 t t Dimensions in mm Description Symbol Formed Lead Space Straight Lead Space Lead Space F 5.0 2.5 & 5.0 Overall Width With Lead Protrusion C1 43.2 max 43.2 max Overall Width Without Lead Protrusion C 42.5 max 42.5 max Sprocket Hole Diameter D0 4.00.2 4.00.2 Height To Seating Plane (Formed Leads) H0 16.00.5 - Height To Seating Plane (Straight Leads) H - 16.0~21.0 Overall Height Above Abscissa H1 32.2 32.2 Front To Back Deviation h 01.0 01.0 Cut Out Length L 11.0 max 11.0 max Lead Protrusion L1 1.0 max 1.0 max Ordinate to Adjacent Component Lead P 3.850.5 3.850.5 Sprocket Hole Pitch P0 12.70.3 12.70.3 Plane Deviation p 01.3 max 01.3 max Composite Tape Thickness t 0.9 max 0.9 max Overall Tape and Lead Thickness t1 1.5 max 1.5 max Carrier Tape Width W 18.0 +1.0/ -0.5 18.0 +1.0/ -0.5 Hold Down Tape Width W4 5.0 min 5.0 min Sprocket Hole Position W5 9.0 +0.75/ -0.5 9.0 +0.75/ -0.5 Hold Down Tape Position W 3.0 max 3.0 max 2 1 6 t1 Meets Specification EIA-468-B (c)1997 Paccom Electronics. This information is believed to be accurate and reliable. It supersedes and replaces all information previously supplied. Design and specifications subject to change without notice. Paccom Electronics assumes no responsibility for the consequences of its use, nor for any infringements of patents or other rights of third parties which may result from its use. 7 Plastic Film and Ceramic Disc Cross Reference Plastic Film and Ceramic Disc Cross Reference Plastic Film Capacitors Paccom Cornell Dubillier Illinois Capacitor Mallory NIC Nichicon Nissei Panasonic Roederstein CHE -- -- -- NSPC -- CHE ECHU MKT 1824 CPE -- -- -- -- -- LDE ECWU MKN 1802 PQ92 DLR DLM UMR -- NEM -- AMZ -- -- PEI -- -- -- -- YX AMC -- -- MEF DMM MSR -- NRM XJ MMH ECQ-E -- MES -- -- -- -- XN MMH MMC -- -- MET MMWA MWR 150 NTM AS R50 -- MKT 1813 MMT -- -- -- -- -- MMT ECQ-V -- 60 -- -- 160 -- -- R60 -- MKT 1822 67 / 84 -- -- 167/184 -- -- R67/R84 -- MKT 1818 68 / 85 -- -- 168/185 -- -- R68/R85 -- MKT 1817 R40 -- -- -- -- EW R40 ECQ-UV -- R41 -- -- -- -- XB R41 ECQ-UY -- 76 -- -- -- -- -- R76 -- -- PPI -- -- -- -- -- APS -- -- PPH -- -- -- -- -- MPV -- -- PPM -- MPR -- -- XF -- -- -- Ceramic Disc Capacitors 224 Paccom Series Illinois Capacitor Mallory Murata NIC Panasonic Phillips PC BCR GE (Class I) GH (Class I) GM (Class I) -- NCD (Class I) ECC D DTZ PK GCR GHR -- -- NCD (Class II) ECK DD PS GMR GQR LC LE -- NCD (Class III) ECF DD PY -- UN DE7 -- -- -- (c)1997 Paccom Electronics. This information is believed to be accurate and reliable. It supersedes and replaces all information previously supplied. Design and specifications subject to change without notice. Paccom Electronics assumes no responsibility for the consequences of its use, nor for any infringements of patents or other rights of third parties which may result from its use.