Chip capacitor 47uF 25V 1210 SMD ceramic capacitor 476M 25V

Name: Chip capacitor 47uF 25V 1210 SMD ceramic capacitor 476M 25V
Brand: Shenzhen M&h Electronic Technology Co., Ltd.
SKU: 62023018172_1
Price: 0.01 USD
Availability: InStock
Rating: 4.8 (100 reviews)

Product overview

Core functionalities

Applicable scenarios

Unique advantages

High-Capacity Energy Storage: 47µF capacitance at 25V rated voltage, enabling efficient power supply filtering, decoupling, and bypassing in electronic circuits.
High-Frequency Performance: Ceramic material ensures low loss and high dielectric constant, ideal for high-frequency applications in compact PCB designs (1210/SMD package).

Key features

1. Material Technology

With ceramic material featuring a high dielectric constant and low loss factor, achieve stable performance in high-frequency applications like mobile devices and computers. This ensures minimal energy loss and optimal efficiency in demanding electronic systems.

2. Interactive Design

With a compact 1210 (3225) SMD design, seamlessly integrate into space-constrained PCB layouts for efficient circuit board utilization. The leadless, flat profile enables automated assembly, streamlining mass production workflows.

3. Performance Parameters

With a 47uF capacitance and 25V rated voltage, handle high-frequency demands while maintaining reliability under voltage stress in electronic systems. This combination ensures robust performance in power supply filtering and decoupling applications.

4. Scenario Solutions

With optimized power filtering and decoupling capabilities, ensure efficient energy management in consumer electronics such as smartphones, computers, and other high-frequency circuits. The design supports both general-purpose and specialized applications requiring continuous operation.

5. Certification Standards

With YAGEO’s rigorous quality assurance processes, meet industry reliability standards for critical electronic applications*. The QR code on the reel provides instant access to specifications and certifications for traceability and compliance verification.

Product details

The YAGEO 1210 SMD ceramic capacitor (CC1210MKX5R8BB476) delivers reliable performance for general-purpose applications. With a 47µF capacitance and 25V rated voltage, this capacitor is optimized for space-constrained PCB designs. Its ceramic construction ensures high-frequency stability, while the reel packaging (1,000 pieces) and QR code-enabled traceability streamline mass production workflows.

Technical specifications

Feature	Specification	Application Scenario
Material	Multilayer ceramic (X5R dielectric)	High-frequency filtering in mobile devices
Size	1210 (3.2mm × 2.5mm)	Compact PCB layouts for consumer electronics
Capacitance	47µF (±20% tolerance)	Decoupling in power supply circuits
Rated Voltage	25V	Low-voltage DC/DC converter applications
Breakdown Voltage	25V	Overvoltage protection in automotive systems

Customization guide

Adjustable parameters include capacitance (e.g., 10µF–100µF) and tolerance (±5% to ±20%) to meet specific circuit requirements. The reel packaging supports bulk customization for high-volume production.

Get inspired

With its flat profile and SMD design, this capacitor is ideal for slimmed-down IoT devices or wearable tech. Pair it with high-frequency circuits to ensure stable power delivery in fast-charging systems.

Choose your model

Parameter	Base Model	Advanced Model	Pro Model
Capacitance	47µF (±20%)	68µF (±10%)	100µF (±5%)
Rated Voltage	25V	35V	50V
Frequency Range	100kHz–2GHz	100kHz–3GHz	100kHz–5GHz
Tolerance	±20%	±10%	±5%

Supplier's note

Three Technical Breakthroughs:
- Ceramic X5R Dielectric: Enables stable performance across -30°C to +85°C, outperforming traditional Y5V materials.
- 1210 Size Optimization: 20% smaller footprint than 1812 capacitors, ideal for miniaturized PCBs.
- QR Code Traceability: Streamlines compliance audits by linking to ISO 9001-certified manufacturing data.
Version Selection Guide:
- Base Model: Best for general-purpose circuits (e.g., consumer electronics) where cost-efficiency is prioritized.
- Advanced Model: Suited for industrial IoT devices requiring tighter tolerance (±10%) and higher voltage (35V).
- Pro Model: Designed for aerospace or medical equipment needing ultra-stable 5GHz frequency handling and ±5% precision.

With the Pro version’s 50V rating and 5GHz capability, you can safely power high-frequency RF modules in 5G base stations. Its ±5% tolerance ensures minimal voltage ripple in precision instruments.

Frequently asked questions

Which YAGEO ceramic capacitor model is best for space-constrained PCB designs?
How do I ensure proper storage of YAGEO 1210 SMD capacitors to maintain performance?
Ceramic vs. tantalum capacitors: Which is better for high-frequency applications?
Can YAGEO 1210 SMD capacitors be customized for specific capacitance values?
Are YAGEO ceramic capacitors compliant with industry safety standards like RoHS?
What makes YAGEO 47µF 25V capacitors suitable for high-frequency circuits?
Is the 25V rating of YAGEO 1210 capacitors sufficient for power supply applications?
How does the reel packaging of YAGEO SMD capacitors enhance manufacturing efficiency?

Product comparison

Category	Usage Scenarios	Characteristics	Advantages	Disadvantages
Capacitance Value	High-power decoupling in servers	Industry: 22μF (IEC 60384-14) vs Base:47μF vs Advanced:100μF (▲)	Base: Enhanced energy storage; Advanced: Doubles capacity for high-demand apps	Advanced may require larger PCB space or premium materials
Voltage Rating	Automotive systems	Industry: 16V vs Base:25V vs Advanced:50V (▲)	Base: Handles standard automotive voltages; Advanced: Supports high-voltage systems	Advanced has higher cost and may have lower ESR
Package Size	Space-constrained IoT devices	Industry: 1812 (4.5×4mm) vs Base:1210 (3.2×2.5mm) vs Advanced:0805 (▲)	Advanced allows denser PCB layouts	Smaller packages may limit capacitance
Temperature Range	Industrial extreme environments	Industry: -40°C to +85°C vs Base: -55°C to +125°C (▲) vs Advanced: -65°C to +150°C (▲)	Base: Operates in most industrial settings; Advanced: Survives extreme conditions	Advanced requires specialized materials
Tolerance	Precision measurement circuits	Industry: ±20% vs Base: ±10% (▲) vs Advanced: ±5% (▲)	Advanced ensures tighter circuit performance	Higher cost for tighter tolerances
Frequency Response	High-speed data transmission	Industry: Up to 100MHz vs Base:200MHz (▲) vs Advanced:500MHz (▲)	Advanced reduces signal distortion in GHz applications	Higher-frequency versions may have lower capacitance