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Specifications
Capacitance:
100nF
Operating Temperature:
-40℃~+100℃
Tolerance:
±5%
Voltage Rating:
400V
Mfr. Part #:
KP104J2G1016
Package:
Through Hole,P=10mm
Key Attributes
Model Number:
KP104J2G1016
Product Description
Product Overview
The KYET MPP/MPR/CBB21/CBB22 Metallized Polypropylene Film Capacitor is designed for reliable performance in various electronic circuits. Constructed with a metallized polypropylene film dielectric, special solder for metal spray, copper-clad steel wire leads, and UL V-0 rated epoxy resin and plastic casing, these capacitors offer durability and safety. They are suitable for applications requiring stable capacitance and low dissipation factor, with a wide operating temperature range.
Product Attributes
- Brand: (KYET ELECTRONICS CO., LTD)
- Origin: (Dongguan City)
- Material: Metallized Polypropylene Film
- Certifications: UL V-0 (Epoxy Resin, Plastic Case)
Technical Specifications
| (CHIEFCON P/N) | (CUSTOMER P/N) | CAP. (uF) | Tol. % | R.V. (VDC) | (mm) W1 | (mm) H1 | (mm) T1 | P0.5 | d 0.05 | L min | (Product coding) | (Rated Voltage) | (Lead Space) |
| KP104J2G1016 | 0.1 | 5% | 400 | 12 | 10 | 5.0 | 10 | 0.6 | 15 | KP104J2G1016 | 2G | 10 |
General Specifications
| ITEM | DESCRIPTIONS |
| SCOPE | This specifications cover the requirements of KYET Metallized Polypropylene Film capacitor MPP/MPR/CBB21/CBB22. |
| STANDARD ATMOSPHERIC CONDITIONS FOR MEASUREMENTS | Ambient Temperature: 15 to 35 (If doubt, +20 5); Relative Humidity: 45% to 75% (If doubt, 60% to 70%); Air Pressure: 86 kpa to 106 kpa. |
| OPERATING TEMPERATURE RANGE | -40 to +100 for which the capacitor can be operated continuously at rated voltage. |
| CONSTRUCTION | Dielectric: Metallized Polypropylene Film; Metal Spray: Special Solder; Lead Wire: Copper-clad Steel Wire; Epoxy Resin: UL V-0; Plastic Case: UL V-0. |
| MARKING | Manufacturer Symbol (KYET), Type (MPP), Class (CBB22), Capacitance (EIA Code), Tolerance (J, K, M), Rated Voltage (100, 250, 400, 450, 630 VDC), Operating Temperature Range (-40100). |
| DISSIPATION FACTOR (DF) (at 1KHz, 25) | Max 0.1% |
| INSULATION RESISTANCE (IR) | CR0.33F: IR10000M; CR0.33F: IR5000M/F (at UR100V) |
Electrical Characteristics
| ITEM | DESCRIPTIONS |
| WITHSTAND VOLTAGE (TV) | Between Terminals: 1.5*Ur (DC) for 60 sec. Between Terminals & Enclosure: 2*Ur+500V for 2 to 5 sec. (Min. 1,000VDC). |
| DISSIPATION FACTOR (DF) | 0.001 (0.1%) at 1 KHz (Measuring Frequency: 2%; Measuring Voltage: 1 Vrms). |
| CAPACITANCE (CAP) | Within the tolerance specified (at +20 5) (Measuring Frequency: 2%; Measuring Voltage: 1 Vrms). |
| INSULATION RESISTANCE (I.R.) | 10,000 Mohm (C0.33uf); 5,000 Mohm*uF/C (C>0.33uf) (Test Voltage: 100 VDC, Charge Time: 605 sec). |
| SOLDERING PROPERTY | Soldering temperature: +260 5; Immersion duration: 2 0.5 sec. |
Mechanical Characteristics
| ITEM | DESCRIPTIONS |
| TERMINAL STRENGTH (Tensile Strength) | Apply 1.0Kg for 10 1 sec. to the terminal in the axial direction. |
Endurance Characteristics
| ITEM | DESCRIPTIONS |
| TEMPERATURE CYCLE | 5 cycles: +20(3m) -40(10m) +20(3m) +100(10m) +20(3m). Post-test: 1.5 0.5 Hrs. at ordinary condition. Requirements: Appearance (no remarkable change), Withstand Voltage (satisfy NO.5.1), Capacitance Change Rate ( 5%), Dissipation Factor ( 0.002 @ 1KHz), Insulation Resistance (50% of limit value in NO.5.4). |
| DRY HEAT RESISTANCE | Test Temperature: +100 2; Test Duration: 16 1 hrs. Requirements: Appearance (no remarkable change), Withstand Voltage (satisfy NO.5.1), Capacitance Change Rate ( 5%), Dissipation Factor ( 0.002 @ 1KHz), Insulation Resistance (50% of limit value in NO.5.4). |
| COLD RESISTANCE | Test Temperature: -40 3; Test Duration: 2 1 hrs. Requirements: Appearance (no remarkable change), Withstand Voltage (satisfy NO.5.1), Capacitance Change Rate ( 5%), Dissipation Factor ( 0.002 @ 1KHz), Insulation Resistance (50% of limit value in NO.5.4). |
| DAMP HEAT | Test Temperature: +40 2; Test Humidity: 90% to 95% R.H.; Test Duration: 2 1 hrs. Post-test: 1.5 0.5 Hrs. at ordinary condition. |
2504101957_KYET-KP104J2G1016_C390133.pdf
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