Battery Holders, Clips, Contacts

Image Part Number Description / PDF Quantity Rfq
114090052

114090052

Seeed

18650 BATTERY HOLDER CASE - 4 SL

246

106990288

106990288

Seeed

18650 BATTERY HOLDER CASE - 3 SL

836

114090053

114090053

Seeed

18650 BATTERY HOLDER CASE - 2 SL

1237

320180008

320180008

Seeed

BATTERY HOLDER 2/3 A 5.91" LEADS

0

320180003

320180003

Seeed

BATT HOLDER AA 2 CELL 5.91" LEAD

0

321080037

321080037

Seeed

BATTERY SNAP 9V BARREL PLUG

0

320180004

320180004

Seeed

BATT HOLDER AA 2 CELL 5.91" LEAD

0

320180002

320180002

Seeed

BATT HOLDER AA 4 CELL 5.91" LEAD

0

Battery Holders, Clips, Contacts

1. Overview

Battery holders, clips, and contacts are electromechanical components designed to securely mount batteries in electronic devices while ensuring reliable electrical connectivity. These components play critical roles in power delivery systems, enabling safe and efficient operation across industries. Their importance has grown with the proliferation of portable electronics, IoT devices, and renewable energy systems.

2. Main Types and Functional Classification

TypeFunctional FeaturesApplication Examples
AA/AAA Battery HoldersPlastic housing with spring-loaded contacts, polarity protectionRemote controls, flashlights
CR2032 Coin Cell HoldersLow-profile design, snap-in installationSmartwatches, calculators
Spring ClipsHigh conductivity, vibration resistanceMedical devices, industrial sensors
PCB Mount ContactsSurface-mount technology (SMT), high cycle lifeWearables, wireless earbuds

3. Structure and Components

Typical construction includes: - Insulating housing (ABS/PVC/nylon) - Conductive elements (phosphor bronze, beryllium copper) - Contact plating (gold, nickel, tin) - Mechanical retention features (snap tabs, screw terminals) - Polarization guides (molded keying features)

4. Key Technical Specifications

ParameterImportance
Rated Current (0.5-5A)Determines maximum power capacity
Contact Resistance (5-50m )Affects energy efficiency and heat generation
Insulation Resistance (>100M )Critical for electrical safety
Operating Temperature (-20 C to +85 C)Defines environmental compatibility
Insertion Force (0.1-2N)Impacts user experience and durability

5. Application Fields

Primary sectors include: - Consumer electronics (smartphones, toys) - Medical devices (pacemakers, glucose meters) - Industrial equipment (portable analyzers) - Automotive (keyless entry systems) - Renewable energy (solar garden lights)

6. Leading Manufacturers and Products

ManufacturerRepresentative ProductKey Features
TE Connectivity1-1449259High vibration resistance for automotive
Molex47000-002Low-profile SMT design
PanasonicEVB-SPCorrosion-resistant silver plating

7. Selection Recommendations

Key considerations: - Battery chemistry compatibility (alkaline/Li-ion) - Current/voltage requirements - Environmental conditions (temperature/humidity) - Mechanical mounting requirements - Agency certifications (UL, RoHS)

8. Industry Trends

Emerging developments include: - Miniaturization for wearable devices - High-temperature resistance materials - Integrated battery management contacts - Eco-friendly plating alternatives - Smart battery interface integration

9. Practical Application Cases

Case Study 1: Medical glucose meter using PCB mount contacts with 5 " gold plating for 100,000+ connection cycles. Case Study 2: Industrial smoke detector employing vibration-resistant spring clips operating at 85 C for 10-year service life.

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