non inductive capacitor Jimson MPP105J250A02 suitable for DC pulse and high frequency applications

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Price: Negotiable

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Delivery Time: Negotiable

Product Description

Product Overview

The JIMSON (JS) MPP Capacitor is a high-stability, low-loss capacitor designed for general resonance circuits, DC pulse, high-frequency, and low-current applications. It offers excellent performance with a small size, making it ideal for S-shaping correction circuits in color TV sets. Key features include non-inductive construction, self-healing properties, and very low internal temperature rise, ensuring reliable operation and extended lifespan.

Product Attributes

Brand: JIMSON (JS)
Origin: Xiamen, China
Dielectric Material: Polypropylene film
Electrodes: Vacuum evaporated metal
Coating: Epoxy resin (fire retardant on request)
Leads: Radial leads of tinned wire/insulation flexible wire
Terminal Connection: Electrically welded (arc spot welding)
Certifications: RoHS 2.0 Compliant

Technical Specifications

Model/Symbol	Capacitance	Tolerance	Rated Voltage	Color	W (Max)	H (Max)	T (Max)	P (±1.0)	D (±0.05)	L (+5/-10)
393J250D01	0.039uF	J (±5%)	250VDC	Brown	13.0 mm	9.0 mm	6.0 mm	10.0 mm	0.6 mm	25.0 mm
824K125A02	0.82uF	K (±10%)	125VAC	Brown	18.0 mm	16.0 mm	11.0 mm	15.0 mm	0.8 mm	25.0 mm
684K250D01	0.68uF	K (±10%)	250VDC	Brown	23.0 mm	13.0 mm	9.0 mm	20.0 mm	0.8 mm	25.0 mm
105K250D01	1.0uF	K (±10%)	250VDC	Brown	23.0 mm	16.0 mm	11.0 mm	20.0 mm	0.8 mm	25.0 mm
225J250D02	2.2uF	J (±5%)	250VDC	Brown	23.0 mm	19.0 mm	11.5 mm	20.0 mm	0.8 mm	25.0 mm
125K250D01	1.2uF	K (±10%)	250VDC	Brown	26.5 mm	18.5 mm	10.0 mm	22.5 mm	0.8 mm	25.0 mm
155K250D02	1.5uF	K (±10%)	250VDC	Brown	26.5 mm	25.0 mm	18.0 mm	22.5 mm	0.8 mm	25.0 mm
824K250D01	0.82uF	K (±10%)	250VDC	Brown	26.5 mm	21.0 mm	13.0 mm	22.5 mm	0.8 mm	25.0 mm
225J400D01	2.2uF	J (±5%)	400VDC	Brown	31.0 mm	21.0 mm	12.0 mm	27.5 mm	0.8 mm	25.0 mm
185J125A01	1.8uF	J (±5%)	125VAC	Brown	30.0 mm	19.0 mm	10.0 mm	27.5 mm	0.8 mm	25.0 mm
335K250D01	3.3uF	K (±10%)	250VDC	Brown	31.0 mm	27.0 mm	17.0 mm	27.5 mm	0.8 mm	25.0 mm
395K250A01	3.9uF	K (±10%)	250VAC	Brown	31.0 mm	21.0 mm	14.0 mm	27.5 mm	0.8 mm	25.0 mm
685K250D03	6.8uF	K (±10%)	250VDC	Brown	34.0 mm	30.0 mm	20.0 mm	31.5 mm	0.8 mm	4.8 mm
105J250D02	1.0uF	J (±5%)	250VDC	Brown	23.0 mm	17.0 mm	9.5 mm	20.0 mm	0.8 mm	3.8 mm
105J250A02	1.0uF	J (±5%)	250VAC	Brown	23.0 mm	17.0 mm	9.5 mm	20.0 mm	0.8 mm	3.8 mm

General Technical Data

Parameter	Description	Test Conditions
Rated Capacitance	0.039uF ~ 6.8uF	Measuring frequency: 1kHz±10%, Measuring voltage: 1Vrms max.
Capacitance Tolerance	J = ±5%, K = ±10%	N/A
Rated Voltage	250VDC, 250VAC	Unit: VDC (5s at 20)
Voltage Proof	No permanent breakdown or arcing	N/A
Dissipation Factor (DF)	≤ 0.1%	at 20, 1kHz
Insulation Resistance (IR)	C ≤ 0.33uF: IR ≥ 30000MΩ C > 0.33uF: IR*C ≥ 5000S	Measured at rated voltage or less than 100VDC, 1 minute at 20 and RH≤65%
Endurance	ΔC/C ≤ 5%; ΔDF ≤ 0.4%; IR ≥ 50% of specified value	1000 hours with 125% of rated voltage at 85
Climatic Catalogue	40/85/21	N/A
Solderability	Solder should cover at least 75% of the circumference of the lead	Solder bath: 235±5, bath time: 2.0±0.5 sec, speed: 25±6 mm/sec, depth: 1.5+0.5/-0mm from the bottom of the body
Heat Shock	ΔC/C ≤ ±5%, DF ≤ 1.2*specified value. No visible damage to capacitor appearance after test.	Solder bath: 260±5, bath time: 5.0±0.5 sec, speed: 25±6 mm/sec, depth: 1.5+0.5/-0mm from the bottom of the body
Lead Tensile Strength	No visible damage to appearance	Pull: 2.2 LBS, time: 5 sec
Lead Bending Strength	No damage to leads	Load of lead: 1.1 LBS. The body of capacitor is bent 90 degrees and returned to its original position.
Vibration	No visible damage to appearance	Frequency cycle: 10Hz to 55Hz and then 10Hz, Amplitude: 1.5mm in three directions, Time: 2 hours each direction with a total of 6 hours
Reference Standard	IEC 60384-16, GB10190	N/A

Features

High stability of capacitance and DF versus temperature and frequency
Low DF and high IR
Non-inductive and self-healing
Very small inherent temperature rise

Applications

General resonance circuit
Widely used in DC pulse, high frequency and low current circuit
Providing optimum performance with small size in S-shaping correction of colour TV set

Marking

On capacitor: Rated capacitance (e.g., 393), Rated voltage (e.g., 250VDC), Capacitance tolerance (e.g., J), Manufacturer's symbol (JIMSON (JS)). Marking method: UV ink or laser engraving.
On package: Product model, rated capacitance and voltage, date of manufacture, location of manufacture, and manufacturer's name.

Important Terminology Explanations

Rated Capacitance: Expressed by a three-digit number (e.g., 224 = 220,000pF or 0.22uF). Unit: pF.
Capacitance Tolerance: Permissible actual capacitance relative to rated capacitance (e.g., F=±1%, G=±2%, J=±5%, K=±10%).
Dissipation Factor (DF): Measure of power loss in a capacitor under AC voltage, ratio of active power to reactive power (tgδ = P/Q). Measured at 20 and 1kHz.
Insulation Resistance (IR): Ratio between applied DC voltage and leakage current after 1 minute of charging. Measured at 20 and RH≤65%. Expressed in megohms for low capacitance, or as a time constant (IR*C) for higher capacitance.
Self-healing: Ability of metallized film capacitors to isolate a breakdown point by evaporating the thin metal layer around it, preventing permanent short circuits.

Weatherability Testing Methods

High Temperature (85): Capacitance drift ≤ +5% of initial value; DF change
Low Temperature (-40): Capacitance drift ≤ -5% of initial value; DF change
Humidity (40±3, 90-95% RH for 96±4h, then 16h): Capacitance drift ≤ +3% of initial value; DF 50% of initial value.

Caution

Soldering Suggestion: Maximum Soldering Temperature: 270, Time: 4S. Pre-heating: 105, 1min.
Salt Fog Test: For tin-plated copper-coated steel leads, test salt mist after wave peak welding.

Storage Environment and Conditions

Storage Environment: Temperature ≤ 30, Humidity ≤ 70%. MBB (Moisture Barrier Bag) not opened ensures 24 months of storage.
Storage Condition: Avoid atmospheric contaminants (hydrogen chloride, hydrogen sulfide, sulfuric acid). Store in air, not exposed to high temperature and high humidity. Solderability of terminations may degrade if stored improperly.