RF High Q Ceramic Capacitors for Low Noise Amplifier Circuit Applications in Global B2B Markets

Customization:	Available
Working Temperature:	-55~125 ℃
Type:	Multi-Layer Ceramic Capacitor

Basic Information

Model NO.

1111

Application

Automobile, AC / Motor

Packaging Type

Surface Mount

Capacitance

1-4740000PF

Structure

Fixed Capacitor

Material

Ceramic

Tuning

Ceramic Capacitor

Package

Box

Specification

HQ 1111

Trademark

EKT

Origin

China

HS Code

8532249000

Packaging & Delivery

Package Size

20.00cm * 10.00cm * 15.00cm

Gross Weight

0.950kg

Capacity

300 Kk PCS/Month

Product Description

Radio Frequency High Q Multilayer Chip Ceramic Capacitor

Middle & high voltage MLCC is a special technology MLCC based on general MLCC technology. This type of MLCC features stable high voltage reliability and is perfectly suited for SMT (Surface Mount Technology). Middle & high MLCCs are widely applicable for various direct high voltage circuits where they significantly enhance circuit performance.

RF High Q Chip Ceramic Capacitor Applied in Low-Noise Amplifier Circuits

Product Parameters

Frequently Asked Questions

What are the primary applications for High Q Multilayer Chip Ceramic Capacitors?

These capacitors are specifically designed for automobile electronics, AC motors, and radio frequency circuits, particularly in low-noise amplifier environments.

What does "High Q" signify in these capacitors?

"High Q" refers to a high Quality factor, indicating lower energy loss in RF applications, which is critical for maintaining signal integrity in high-frequency circuits.

Are these capacitors compatible with automated assembly?

Yes, they are designed for Surface Mount Technology (SMT), allowing for efficient and stable automated assembly on modern circuit boards.

What range of capacitance is available for the 1111 model?

The capacitance ranges from 1PF to 4740000PF, providing a wide spectrum of options for different circuit requirements.

What are the advantages of using ceramic as a manufacturing material?

Ceramic materials provide excellent thermal stability, high voltage reliability, and a compact fixed structure, making them ideal for high-performance electronic components.

Do these products meet environmental standards?

Yes, these components are designed to meet modern industrial requirements and are compatible with standard lead-free reflow soldering processes.