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1.6nf-55KV EHV Ceramic Capacitors

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MOQ : 500 Pieces

1.6nf-55KV EHV Ceramic Capacitors Specification

Breakdown Voltage
>60 KV

Lead Spacing
10 mm (typical)

Frequency
Up to 100 kHz

Insulation Voltage
55 KV

Loss Tangent
0.001

Surface Mount Land Size
Not Applicable (Radial Type)

Current
Low Leakage Current

Insulation Resistance
>10,000 M

Product Type
Ceramic Capacitor

Material
High Voltage Ceramic

Capacitance
1.6 nF

Shell
Epoxy Resin Coated

Operating Temperature
-40C to +85C

Rated Voltage
55 KV (55,000 V)

Ripple
Low Ripple

Capacitance Tolerance
10%

Temperature Range
-40C to +85C

Shape
Disc

Terminal
Radial Lead

Application
EHV (Extra High Voltage) Circuits, X-ray Systems, Pulse Power, RF Generators

Size
Custom/Standard (Refer to datasheet)

Color
Blue

Polarity
Non-Polarized

Moisture Sensitivity Level
MSL 1

Response Time
Nanosecond

Lifespan
>10,000 hours

Mounting Type
Through-hole

RoHS Compliance
Yes

ESR
Very Low

Dielectric Type
Class I Ceramic (Linear)

Flammability Rating
UL94-V0

Storage Temperature
-55°C to +125°C

1.6nf-55KV EHV Ceramic Capacitors Trade Information

Minimum Order Quantity
500 Pieces

Supply Ability
1000000 Pieces Per Month

Delivery Time
1 Week

Sample Available
Yes

Sample Policy
Within a certain price range free samples are available

Main Domestic Market
All India

About 1.6nf-55KV EHV Ceramic Capacitors

1.6nF-55KV EHV ceramic capacitors are used in high voltage applications such as power supplies, pulse generators, and motors. These capacitors are designed to withstand high voltage and high frequency applications without failing. They are typically constructed from ceramic material and can handle high voltage and high frequency without suffering from significant dielectric losses. The capacitance values for these capacitors range from 0.2nF to 0.6nF.

Engineered for Extra High Voltage Demands

Built to handle voltages up to 55,000V, this capacitor is tailored for use in EHV circuits such as medical X-ray systems and industrial pulse power modules. The stable Class I ceramic dielectric and non-polarized construction make it highly dependable for critical electronic applications requiring rapid response and low leakage currents.

Reliable and Safe Operation

A shell of durable epoxy resin protects internal components against moisture and external factors, while the UL94-V0 flammability rating and RoHS compliance ensure safety and environmental responsibility. The MSL 1 rating and wide storage temperature range allow for flexible transportation and long-term stocking without performance loss.

FAQs of 1.6nf-55KV EHV Ceramic Capacitors:

Q: How is the 1.6nF-55KV EHV ceramic capacitor typically used in high-voltage applications?

A: This capacitor is primarily used in EHV (Extra High Voltage) circuits, such as medical X-ray systems, pulse power devices, and RF generators, where stable performance at high voltages and rapid response time are essential.

Q: What are the key benefits of choosing a Class I ceramic (linear) dielectric for this capacitor?

A: Class I ceramic dielectrics offer highly stable capacitance over temperature and frequency variations, resulting in minimal signal loss and precise performance in demanding, high-voltage environments.

Q: Where should this capacitor be mounted and what leads does it use?

A: This model is designed for through-hole mounting with radial leads, making it suitable for both custom and standard circuit boards where high-voltage ceramic disk capacitors are required.

Q: When should I consider replacing this capacitor in my application?

A: With a lifespan exceeding 10,000 hours under recommended operating conditions, replacement is typically only needed if the capacitor experiences unusual electrical or physical stress or malfunction is detected.

Q: What safety features does this capacitor include?

A: It has a flame-retardant epoxy resin coating (UL94-V0), high insulation resistance (>10,000 M), non-polarized design, and is RoHS compliant, ensuring enhanced safety and environmental friendliness.

Q: How does the capacitors low ESR benefit high-frequency or pulse applications?

A: The extremely low Equivalent Series Resistance (ESR) ensures minimal energy loss, reduced heat generation, and high efficiency in circuits operating up to 100 kHz or with significant pulse power demands.

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