Radio Interference Suppression Components Iskra Kondenzatorji

Iskra Kondenzatorji

General information on Iskra Capacitors for Radio Interference Suppression Components Type Construction of capacitors Class Page KNB metallized polypropylene film capacitor X2 10 KNR metallized polypropylene film capacitor with X2 24 KNB metallized polypropylene film capacitor Y2 26 KNB metallized polypropylene film capacitor Y1 28 KNB metallized polypropylene film capacitor X1 30 KNB metallized polypropylene film capacitor X2Y2 34 KPB impregnated paper capacitor X1 35 KPR impregnated paper capacitor with resistor X1 37 KPB impregnated paper capacitor Y2 38 KPB impregnated paper capacitor X1Y2...

General information There are two main sources of radio interference: - devices, which due to their construction produce RF energy. These include generators for science, as well as oscillators, - devices, which produce a wide to rapid variations in electrical current intensity. These include devices with switching components, thyristors, triacs, Interference from source to receiver is spread in three ways: along conductors, by coupling and is spread mainly along the installed electrical conductors. In this range inductive and capacitative coupling also occurs between the conductors and other...

Definitions Taken From Standards: Class X capacitors are suitable for applications where there is no danger of electrical shock in case of breakdown. Class X capacitors are divided into three subclasses peak voltages of the pulses to which they are exposed during operation in addition to the line voltage. Such impulses can be caused by lightning in overhead lines, switching operations in equipment which is shielded by Class Y capacitors are suitable for applications where the breakdown dangerous electric shock. Class Y capacitors are subdivided into the mechanical safety is supposed to rule out...

Figure 4: feed through capacitor for symmetrical usage (non-coaxial) Rated frequency The rated frequency is the rated supply frequency for which the capacitor is designed, by which it is described and to which other rated values relate. Surge voltage A surge voltage is an a-periodic single voltage of a certain profile Figure 5a: single by-pass capacitor Figure 5b: delta by-pass capacitor Figure 5c: example for a by-pass Rated voltage The rated voltage is either the voltage at rated frequency or the operating direct current voltage which is allowed between the total temperature range between the...

drop with frequency increase. By parallel with the interference source, interferences are more or less short circuited. A capacitor incorporated in-parallel with power source terminal, suppresses symmetrical interferences, and between a power conductor terminal and the casing or earth it suppresses asymmetrical interferences. Impedance theoretically drops linearly with frequency. Due to shield inductance its own resonant frequency. Above this frequency the capacitor is frequency is decidedly influenced Thus with two-terminal capacitors range is reduced. For four-terminal conductors has no importance...

7. Production date code marking system code (year/month) The production date code is indicated with two-characters. The 1st character (letter) indicates Taping specification for radial capacitors acc. to IEC 60286-2 (Robotic insertion) Carrier tape width Hold-down tape Hotel position Hold-down tape Feed hole diameter Feed hole pitch Feed hole centre to Feed hole centre to component centre Height from feed component body Lead spacing Lead wire diameter Total tape thickness Component height * Cumulative pitch error over any 20 pitches: max. ±1 mm Iskra Kondenzatorji

Taped package units Ammo pack Reel pack Iskra Kondenzatorji

TECHNICAL DATA Rated voltage: Capacitance tolerance: Climatic category: Passive flammability: Temperature range: Test voltage: Max. pulse rise time du/dt, Resistance to soldering heat: Self inductance: polypropylene film, metallized approx. 10 nH/cm of capacitor Electrical connection Electrical connection Iskra Kondenzatorji

ated leads on request mini size marking with Note: KNB1532 and KNB1533 with PCM = 10 mm are not available with VDE-ENEC Iskra Kondenzatorji

Standard values KNB1530, KNB1532, KNB1533, 300 V AC, class X2 For capacitors with insulated leads on request Note: KNB1532 and KNB1533 with PCM = 10 mm are not available with VDE-ENEC Iskra Kondenzatorji

TECHNICAL DATA Construction: - capacitor: Rated voltage: Capacitance tolerance: Resistance tolerance: Resistance power: Climatic category: Passive flammability: Temperature range: Test voltage: Max. pulse rise time du/dt, Resistance to soldering heat: Self inductance: polypropylene film, metallized metaloxide film approx. 10 nH/cm of capacitor Electrical connection Iskra Kondenzatorji

Casing: thermoplastic, sealed with synthetical resin Thermoplastic material is self-extinguishing according to UL 94, class V-0 Terminal length Tinned copper wire Insulated stranded wire 0,5 mm Insulated solid wire a 0,8 mm Standard values KNB1530, KNB1532, KNB1533, 275 V AC, class X2, with discharge resistor Resistance values according to IEC 60063 range E12. Standard values KNB1530, KNB1532, KNB1533, 300 V AC, class X2, with discharge resistor Resistance values according to IEC 60063 range E12. Iskra Kondenzatorji

TECHNICAL DATA Rated voltage: Capacitance tolerance: Climatic category: Passive flammability: Temperature range: Test voltage: Max. pulse rise time du/dt, Resistance to soldering heat: Self inductance: polypropylene film, metallized miniature version miniature version approx. 10 nH/cm of capacitor Electrical connection Iskra Kondenzatorji

Casing: thermoplastic, sealed with synthetical resin Thermoplastic material is self-extinguishing according to UL 94, class V-0 Terminal length Tinned copper wire Insulated stranded wire 0,5 mm2 Insulated solid wire a 0,8 mm itors with insulated leads on request Iskra Kondenzatorji

Standard values KNB1560, KNB1562, KNB1563, 275 V AC, class X2, miniature version marking with IN/I except PCM 7,5 mm Note: Bold-face printed alternative body dimensions upon request. Iskra Kondenzatorji