Detailed Product Description
Metallized Polyester film Capacitor (MER) feaature:
1:MER are constructed with metalized polyester film dielectric,
copperply lead and epoxy resin coating.They are suitable for
blocking,coupling,decoupling filtering,bypass timing circuit,and
ideal for use in telecommunication equipments data processing
equipments,industrial instruments,automatic control system
and other general electronic equipments.
2:
|
Polyester Capacitor |
|
| Metallized Polyester film Capacitor (MER) | | MER are constructed with metalized polyester film dielectric, copperply lead and epoxy resin coating.They are suitable for blocking,coupling,decoupling filtering,bypass timing circuit,and ideal for use in telecommunication equipments data processing equipments,industrial instruments,automatic control system and other general electronic equipments.
FEATURES: 1 .Low disspipation factor and high insulation resistance 2.High stability of capacitance and DF versustempersture and frequency Non-inductive construcdion and self-healing property. 3.Flame retardant epoxy resin coating.
GENERAL TECHNICAL DATA Dieelectric:Polyester film. Plates:Aluminium layer deposited by evaporation under vacuum. Winding:Non-inductive type. Leads:Tinned wire. Marking:Capacitance,tolerance,D.C.rated voltage Operating temperature range:-40 to +80oC
ELECTRECAL CHARACTERISTICS Rated voltage(Vr):100Vdc~250Vdc~400Vdc-630Vdc Capacitance values:E6 series(IEC 63 Norm). Capacitance tolerances(measured at I kHz):±5%(J); ±10%(K); ~ 20%(M). Dissipation factor(DF):At+25oC±5oC
Khz | C≤μF | >1μF | 1 | ≤1% | ≤1% | 10 | ≤1.5% | |
|
WITHSTAND VOLTAGE: 1.6Vr(2SEC) Insulation resisstance: Test conditions: Temperature: +25 i 5±5oC Voltage charge time: lmin Voltage charge: 100Vdc Performance: ≥3x 104 mΩ for C≤0.33μF ≥1x 104mΩ.μF for C≤0.33μF
TEST METHOD AND PERFORMANCE Test conditions Temperature: +40 ±2oC Relative humidity(RH): 93%±2oC Test duration: 21 days performance Capacitance change(C/C): ≤±5% DF change(ADF): ±5% at 1 KHz Insulation resistance: ≥50% of initial limit Endurance: Test conditions temperature: +85oC ±2oC Test duration: 1000h Voltage applied: 1.25xVr Capacitance change(C/C): ≤±5% DF change(ADF): ~ 5% at 10KHz for C≤1uF ≤3% at 1KHz for C>1uF Insulation resistance: ≥50% of initial limit Resistance to soldering heat: Test conditions Solder bath temperature: +260±5oC Dipping time(with heat screen): 5s±1s Performance Capacitance change(C/C):≤ ±2% of the initial value. Appearance:no damage and good tinning.
|
|