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HITECH ELECTROCOMPONENTS PVT. LTD.
GST : 29AACCH1761N1Z8

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Polypropylene Capacitors

MPP - Metallized Polypropylene Capacitors

Name: MPP - Metallized Polypropylene Capacitors
Brand: HITECH ELECTROCOMPONENTS PVT. LTD.

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MOQ : 10000 Pieces

MPP - Metallized Polypropylene Capacitors Specification

Frequency
Up to 100 kHz

Breakdown Voltage
1.6 x Rated Voltage for 2 sec

Insulation Voltage
2000V AC (for 2 sec)

Insulation Resistance
20,000 M (at 500V DC, 1 min)

Lead Spacing
5mm, 7.5mm, 10mm, 15mm or as per specification

Surface Mount Land Size
Not applicable (radial leads)

Loss Tangent
tan 0.001 (at 1 kHz)

Current
Application dependent

Product Type
Metallized Polypropylene Capacitors (MPP)

Material
Metallized Polypropylene Film

Capacitance
0.001F 10F

Shell
Plastic/Resin Encapsulation

Operating Temperature
-40C to +105C

Rated Voltage
100V, 250V, 400V, 630V DC

Ripple
Low ripple current

Capacitance Tolerance
5% (J), 10% (K)

Temperature Range
-40C to +105C

Shape
Box type

Terminal
Radial leads (tinned copper wire)

Application
Power supplies, electronic lighting, pulse circuits, filtering circuits

Size
Custom/varies by capacitance and voltage

Color
Yellow (standard)

Moisture Resistance
Withstands up to 95% RH at 40C

Packaging
Bulk/Ammo pack/Tape & Reel (as requested)

Self-Healing Property
Present Metallized film provides self-healing capability

Pulse Withstand Capability
Excellent for high-frequency, high-current applications

Flame Retardant Grade
UL94V-0 compliant

RoHS Compliance
Yes

Dielectric Strength
200% of rated voltage for 2 sec

Dissipation Factor
0.1% at 1 kHz

Voltage Proof
150% of rated voltage for 60 sec

Storage Temperature
-40C to +110C

About MPP - Metallized Polypropylene Capacitors

MPP Metallized Polypropylene

Construction:
MPP Capacitors are wound with Metallized polypropylene film as dielectric and copper clad steel wire and epoxy coating.

Features:

Self healing properties
Non - inductive construction
Low Dissipation and High Moisture resistance

Test Method & Performance Endurance
Test Conditions

Temperature : + 100C
Test Duration: 2000 hours
Voltage Applied: 1.25 x Vr

Performance

Capacitance Change: 3%
DF: 0.02% max
IR: 50% of Initial Limit

Resistance to Soldering heat Test Conditions

Solder Bath Temperature: + 260C
Dipping Time: 10 sec max

Performance

Capacitance Change: 2%
DF: 0.01% max
IR: Initial Limit

Specification:

Reference Standard	IEC 60384-16
Operating Temperature	-40C to + 100C
Capacitance Range	0.01 uF, 2.2uF, & 3.3uF
Capacitance Tolerance	5% (J), 10% (K) 20% (M)
DC Rated Voltage Vr	100V, 250VAC, 400V, 630V
Dissipation Factor	0.5% max at 1Khz, 2C
Dielectric Strength	1.60 x Vr for 2 sec
Insulation Resistance at 100V and 25C	100,000 M for C 0.33uF 10,000 sec for C 0.33 uF
Marking	El-Ci-Ar Logo, MPP, Capacitance, Tolerance, Rated Voltage, Batch No

Superior Dielectric & Flame Retardant Performance

MPP capacitors stand out due to their dielectric strength, rated at 200% of the specified voltage for 2 seconds. Paired with UL94V-0 flame retardancy and a wide operating temperature range, they assure safety and resilience in demanding applications. This makes them a trusted choice for electronics requiring both robust voltage handling and flame safety certifications.

Exceptional Moisture and Temperature Resistance

With the capacity to withstand up to 95% relative humidity at 40C and function effectively from -40C to +105C, these metallized polypropylene capacitors maintain performance even in harsh or fluctuating environmental conditions. Their advanced encapsulation safeguards the internal elements, ensuring long-term reliability for industrial and commercial uses.

Versatile Application Compatibility

Available with radial tinned copper leads and multiple lead spacings, MPP capacitors easily integrate into varied circuits such as power supplies, electronic lighting, and high-frequency pulse or filtering systems. Their excellent pulse withstand capability and low dissipation factor provide stable operation up to 100 kHz, meeting the needs of modern, high-frequency electronic equipment.

FAQs of MPP - Metallized Polypropylene Capacitors:

Q: How are MPP Metallized Polypropylene Capacitors used in electronic circuits?

A: These capacitors are commonly used in power supplies, electronic lighting systems, pulse circuits, and filtering applications due to their excellent pulse withstand capability, low ripple current, and high insulation resistance. Their robust construction ensures stability and reliability over extended operation.

Q: What benefits does the self-healing property provide for these capacitors?

A: The self-healing property, inherent to metallized film construction, allows the capacitor to restore its insulation after a minor breakdown. This extends its operational life, enhances reliability, and reduces the risk of circuit failure, making them preferable for critical or high-pulse environments.

Q: When should I opt for a capacitor with UL94V-0 flame retardancy?

A: Select UL94V-0 flame retardant capacitors whenever your application requires high safety standards against fire hazards. These are essential in consumer electronics, industrial controllers, and lighting systems where flame resistance is mandated by safety regulations or operating environments are prone to electrical faults.

Q: Where are these capacitors typically manufactured and supplied from?

A: These MPP capacitors are broadly manufactured and supplied in India, with distribution channels extending globally. They are available through bulk distributors, exporters, and direct manufacturers, catering to customized requests for size, lead spacing, and packaging.

Q: What is the process for selecting the correct MPP capacitor for my design?

A: Start by identifying your required capacitance, rated voltage, operating frequency, and tolerance. Consider environmental requirements, such as humidity and temperature, as well as circuit-specific needs such as lead spacing and packaging type. Reviewing performance features like self-healing and insulation resistance will ensure optimal and safe integration.

Q: How does moisture resistance benefit my application?

A: With the ability to withstand up to 95% relative humidity at 40C, these capacitors provide robust performance in damp or humid conditions, protecting against moisture-related failures and ensuring long-term durability in challenging environments.