Metal-Case Subminiature 10 Ampere Thru-Pass Paper Capacitors

Transcription

1 Type 13P Metal-Case Subminiature 1 Ampere Thru-Pass Paper Capacitors EECTRICA SPECIFICATIONS Capacitance Range:.1 μf to 1. μf C Voltage Range: 2 VC to 6 VC Capacitance Tolerance: ±2%, ±1% Operating Temperature: -55 C to +125 C Voltage erating: At +125 C, 5% of the 85 C rating issipation Factor: 1.% maximum Voltage Test: 2% of rated voltage for 2 minutes Features Bulkhead mounting Excellent RFI specs Hermetically encased ow inductance connection ow insertion loss Approved to MI-PRF / 7 1 Amp current ratings Major Applications: Used to suppress RF interference in the following equipment, rotating machinery, ignition systems, electromechanical devices, and electronic device. PHYSICA CHARACTERISTICS Construction: Non-inductive wound paper / foil, wound around a feed-thru bus. The case is the common ground of the three terminal network. Insulation Resistance: Measure at rated voltage, not to exceed 5 VC, after a 2 minute charge. At +25 C, 2, Megohm-Microfarads, need not exceed 3, Megaohms At +85 C, 2 Megohm-Microfarads, need not exceed 3 Megaohms C Resistance:.1 ohms maximum Insertion oss: See table on next page circuit diagram dimensions (in inches).312. IA MAX Case: Hermetically sealed metal enclosure; the case and terminal styles are shown above. ead Pull: 5 lbs (2.3 kg) for one minute. No physical damage IA. (1.18 AWG) SOI TINNE EAS EXTERNA TOOTHE OCKWASHER PT. NO NUT 5/16-24UNF-2A PT. NO ead / Bend: After three complete consecutive bends. No damage. Marking: earborn trademark, type or catalog number, capacitance, tolerance and voltage. C C.2 ± ACROSS FATS.125 ±.15 C C.2 ±.5.6 SOT.5 x SOT.62 x ± ± ± UNF - 2A TH 48

2 Metal-Case Subminiature 1 Ampere Thru-Pass Paper Capacitors Type 13P STANAR RATINGS μf Catalog No.* Inches Millimeters Tab. Term Wire ead 2 VC.47 13P473X2T 13P473X2S P14X2T 13P14X2S P224X2T 13P224X2S P474X2T 13P474X2S P15X2T 13P15X2S VC.47 13P473X3T 13P473X3S P14X3T 13P14X3S P224X3T 13P224X3S P474X3T 13P474X3S VC.47 13P473X4T 13P473X4S P14X4T 13P14X4S P224X4T 13P224X4S P474X4T 13P474X4S VC.1 13P12X6T 13P12X6S P472X6T 13P472X6S P13X6T 13P13X6S P473X6T 13P473X6S P14X6T 13P14X6S P224X6T 13P224X6S P474X6T 13P474X6S *The catalog numbers given are for capacitance tolerance of ± 2%. To specify ± 1% tolerance, change X to X9. Mounting hardware furnished unassembled. EECTRICA CHARACTERISTICS VS. TEMPERATURE % Capaticance Change - 1Hz % issipation Factor - 1Hz Capacitance Change Envelope For 95% Confidence evel TYPICA Insertion oss Characteristics for Ideal Capacitors Insertion oss (db) µf 1. µf.47 µf.22 µf.1 µf.47 µf.22 µf , These capacitors are designed to meet all the electrical, mechanical, and environmental requirements of Military Specification MI-PRF The insertion loss of such capacitors is defined by this military specification as follows....the insertion loss shall be not more than 6 decibels (db) permissible dips below the value shown on the graph above for an ideal capacitor of the same nominal capacitance value, when tested at frequencies from.15 megahertz (MHz) up to that frequency at which the insertion loss of the capacitor under test becomes 6 db; at all higher frequencies, up to 1,MHz, the insertion loss shall not fall below 6 db. eviations in the nature of dips in the curve will be permitted; such dips indicate a drop in insertion loss below that of an ideal capacitor followed by a rise in insertion loss, as frequency is increased, faster than the rise that is characteristic of an ideal capacitor. Such dips are characteristic of all extended foil capacitors..1 µf.47 µf.22 µf.1 µf Frequency (MHz) 49

3 Typical characteristics Polyester Film / Foil Types TYPICA CHARACTERISTICS CAPACITANCE CHANGE VS. TEMPERATURE Insulation Resistance Vs. Temperature % Capacitance Change 6 Megaohms X Microfarads 1,, 4 2 1, 1, , Typical issipation Factor Vs. Temperature % issipation Factor Polyester Film/foil Measured at 1kHz 9

4 Guide to Ordering GROUNE SECTION TO CASE GROUNE TO CASE SECTION INSUATE FROM CASE SECTION INSUATE FROM CASE IMENSIONS IN INCHES imensions (in inches) CASE STYE 1 CASE STYE 1. IMENSIONS IN INCHES imensions (in inches) CASE STYE 2. CASE STYE 2 IA. IA CASE STYE 3 ± INSUATING SEEVE.75 MAX. THICKNESS CASE STYE 12 C IA ±.5 IA.2 IA. ±.62 IA CASE STYE 3 C INSUATING SEEVE.75 MAX. THICKNESS CASE STYE 12 IA.2 A C B C B W SOI TINNE EAS.33 ±.5 FOR.4 IA.,.51 ±.5 FOR IA..5 AN ARGER. The length of grounded styles is.62 shorter than the length shown in tabulations in the catalog. ±.5.SOI TINNE EAS CASE STYE 4. W C. ±.31 CASE STYE 4 ±.31 INSUATING SEEVE.75 MAX THICKNESS CASE STYE 13 INSUATING SEEVE.75 MAX THICKNESS CASE STYE IA WRAP-AROUN C APPROX. 135 FOR.4 IA., AN APPROX. 225 FOR ARGER IA. ±.5 A C B IA A IA C B WRAP-AROUN APPROX. 135 FOR.4 IA., AN APPROX. 225 FOR ARGER IA..33 ±.5 FOR.4 IA.,.51 ±.5 FOR IA..5 AN ARGER W.33 ±.5 FOR.4 IA.,.51 ±.5 FOR IA..5 AN ARGER W.33 ±.5 FOR.4 IA.,.51 ±.5 FOR IA..5 AN ARGER 19

5 Guide to Ordering Bracket imensions (Style 12 & 13 / in inches) W A B C ± ± ± ± ±.62 *Based on 1 in. = 25.4 mm TYPICA TAB TERMINA IMENSIONS c.2 ±.5 c.125 Slot.62 x ±.62 A B wg. No A-9525 A =.156 ±.15 (3.96 ±.38 mm) B =.187 ±.15 (4.75 ±.38 mm) Tab Terminal available only on case diameters equal to or greater than.4 inches. T1 & T3 styles are supplied with one tab terminal on the insulated end and a ground lead on the opposite end. 2

6 Ordering tables metal case EXAMPE: 218P 223 X9 1 S 2 Catalog numbering system wrap and fill EXAMPE: 43P 183 X9 1 X F Case style Terminal: S = Wire leads T = Soldering tab*. C Voltage rating: Expressed in volts. See standard ratings charts for voltage code. Capacitance Tolerance: X = ±2% X9 = ±1% X5 = ±5% X2 = ±2% Capacitance: Expressed in picofarads, the first two digits are significant figures; the third is the number of zeros following. See standard ratings tables for capacitance code. earborn type number: Identifies the basic capacitor. * Soldering tabs are available only on case diameters equal to or greater then.4 inches. Catalog numbering system F applies only to ROHS compliant parts. Terminal: No suffix required unless specified on applicable specification sheet (Terminal style). C Voltage rating: Expressed in volts. See standard ratings charts for voltage code. Capacitance Tolerance: X = ±2% X9 = ±1% X5 = ±5% X2 = ±2% Capacitance: Expressed in picofarads, the first two digits are significant figures; the third is the number of zeros following. See standard ratings tables for capacitance code. earborn type number: Identifies the basic capacitor. 21