Important Note

This entire repo was AI created - including all of the data within. The intent was to A) help me with my personal electronics inventory; and B) see how I could use AI to make that process a bit easier. DO NOT TRUST!

Battery Products

Overview

This collection contains various battery holders and batteries used for portable power in electronic devices. These components are essential for battery-powered projects, backup power systems, and portable electronics applications.

Available Types and Locations

Bin 14 - Battery Holders (Cabinet 2)

Type	Battery Size	Quantity	Mounting	Voltage	Applications
BH23APC	A23 (12V)	10	PCB Mount	12V	Remote controls, security
Coin Cell Holders	CR2032	20+	PCB/Through-hole	3V	RTC, memory backup
AA Battery Holders	AA	15+	Various	1.5V/3V	General purpose
AAA Battery Holders	AAA	10+	Various	1.5V/3V	Compact devices
9V Battery Clips	9V	15+	Wire leads	9V	Test equipment
CR2032 Battery Clips	CR2032	15+	Wire leads	3V	Low power devices
AAA Battery Clips	AAA	15+	Wire leads	1.5V	Portable devices
3x AA Holder w/ Switch	AA x3	6	JST connector	4.5V	Portable projects

Bin 15 - Batteries (Cabinet 2)

Type	Chemistry	Voltage	Capacity	Quantity	Applications
A23 Alkaline	Alkaline	12V	55mAh	20+	Remote controls
CR2032	Lithium	3V	225mAh	30+	RTC, memory backup
AA Alkaline	Alkaline	1.5V	2500mAh	20+	General purpose
AAA Alkaline	Alkaline	1.5V	1200mAh	15+	Compact devices
9V Alkaline	Alkaline	9V	550mAh	10+	Test equipment

Technical Specifications

BH23APC A23 Battery Holder

Electrical Characteristics

• Battery Type: A23 (12V alkaline)
• Voltage: 12V nominal
• Current: Limited by battery capacity
• Contact Resistance: <50mΩ
• Operating Temperature: -10°C to +100°C

Mechanical Specifications

• Mounting: PCB through-hole
• Termination: PC pins for PCB mounting
• Height Above Board: 12.5mm
• Battery Retention: Spring-loaded contacts
• Material: Plastic housing with metal contacts

Key Features

• PCB Mount: Direct PCB mounting with PC pins
• Secure Retention: Spring contacts hold battery firmly
• Low Profile: Compact design for space-constrained applications
• Reliable Contact: Gold-plated contacts for low resistance
• Easy Access: Open design for easy battery replacement

Coin Cell Battery Holders (CR2032)

Electrical Characteristics

• Battery Type: CR2032 lithium coin cell
• Voltage: 3V nominal
• Current: Up to 3mA continuous
• Contact Resistance: <100mΩ
• Operating Temperature: -20°C to +60°C

Mechanical Specifications

• Mounting: PCB surface mount or through-hole
• Termination: Solder pads or pins
• Height: Low profile design
• Battery Access: Top-loading or side-loading
• Retention: Spring clip or friction fit

Key Features

• Low Profile: Minimal height above PCB
• Secure Retention: Positive battery retention
• Easy Replacement: Simple battery insertion/removal
• Multiple Mounting: Various mounting options
• Long Life: Suitable for long-term backup applications

AA/AAA Battery Holders

Electrical Characteristics

• Battery Type: AA or AAA alkaline/NiMH
• Voltage: 1.5V (alkaline) or 1.2V (NiMH) per cell
• Current: Limited by battery capacity and holder rating
• Contact Resistance: <50mΩ per contact
• Operating Temperature: -20°C to +60°C

Mechanical Specifications

• Mounting: Various (PCB, panel, wire leads)
• Configuration: Single cell to 8+ cells
• Termination: Wire leads, PCB pins, or terminals
• Material: Plastic housing with metal contacts
• Size: Varies by cell count and configuration

Key Features

• Multiple Configurations: 1, 2, 3, 4, 6, 8 cell options
• Series/Parallel: Various wiring configurations
• Secure Contacts: Spring-loaded contacts
• Wire Management: Strain relief and wire routing
• Durable Construction: Impact-resistant housing

Battery Specifications

A23 Alkaline Batteries

Electrical Characteristics

• Nominal Voltage: 12V
• Capacity: 55mAh typical
• Chemistry: Alkaline (8 × LR932 cells)
• Internal Resistance: 15Ω typical
• Operating Temperature: -18°C to +55°C

Physical Specifications

• Dimensions: 10.3mm × 28.5mm
• Weight: 8 grams
• Terminal: Positive button, negative flat
• Shelf Life: 3-5 years at room temperature

Applications

• Remote Controls: Garage door openers, car alarms
• Security Devices: Wireless sensors, key fobs
• Medical Devices: Glucose meters, small instruments
• Toys: Electronic toys and games
• Test Equipment: Multimeter memory backup

CR2032 Lithium Coin Cells

Electrical Characteristics

• Nominal Voltage: 3V
• Capacity: 225mAh typical
• Chemistry: Lithium manganese dioxide
• Internal Resistance: 15Ω typical
• Operating Temperature: -30°C to +60°C

Physical Specifications

• Dimensions: 20mm diameter × 3.2mm thick
• Weight: 3.1 grams
• Terminal: Positive top, negative bottom
• Shelf Life: 10+ years at room temperature

Applications

• Real-Time Clocks: RTC backup power
• Memory Backup: CMOS, SRAM backup
• Wearables: Fitness trackers, watches
• IoT Devices: Low-power wireless sensors
• Medical: Implantable devices, monitors

AA/AAA Alkaline Batteries

AA Battery Specifications

• Nominal Voltage: 1.5V
• Capacity: 2500mAh typical
• Chemistry: Alkaline (zinc-manganese dioxide)
• Internal Resistance: 0.15Ω typical
• Dimensions: 14.5mm × 50.5mm

AAA Battery Specifications

• Nominal Voltage: 1.5V
• Capacity: 1200mAh typical
• Chemistry: Alkaline (zinc-manganese dioxide)
• Internal Resistance: 0.3Ω typical
• Dimensions: 10.5mm × 44.5mm

Common Applications

• Consumer Electronics: Remotes, toys, flashlights
• Portable Devices: Radios, CD players, cameras
• Test Equipment: Multimeters, oscilloscopes
• Emergency Lighting: Backup lighting systems
• Sensors: Wireless sensor networks

Applications by Type

Low Power Applications

• RTC Backup: CR2032 for real-time clock backup
• Memory Backup: Coin cells for SRAM/CMOS backup
• Wireless Sensors: Long-life battery operation
• Wearable Devices: Compact, lightweight power
• IoT Devices: Ultra-low power applications

Medium Power Applications

• Remote Controls: A23 for garage door openers
• Security Systems: Wireless sensors and keypads
• Portable Instruments: Handheld test equipment
• Audio Devices: Portable radios and players
• Toys and Games: Electronic toys and controllers

High Power Applications

• Flashlights: AA/AAA for portable lighting
• Power Tools: Battery packs for cordless tools
• Emergency Equipment: Backup power systems
• Portable Electronics: Cameras, GPS units
• Test Equipment: Portable oscilloscopes, meters

Design Considerations

Battery Selection

• Voltage Requirements: Match battery voltage to circuit needs
• Capacity Requirements: Size battery for expected runtime
• Current Draw: Ensure battery can supply peak current
• Temperature Range: Consider operating temperature
• Shelf Life: Consider storage time before use

Holder Selection

• Mounting Type: PCB, panel, or wire lead mounting
• Access Requirements: Easy battery replacement access
• Environmental: Protection from moisture and contamination
• Mechanical: Vibration and shock resistance
• Electrical: Low contact resistance and reliability

Circuit Design

• Voltage Regulation: Regulate battery voltage if needed
• Low Battery Detection: Monitor battery voltage
• Power Management: Implement sleep modes for efficiency
• Protection: Reverse polarity and overcurrent protection
• Backup: Consider backup power for critical functions

Installation Guidelines

Battery Holder Installation

• PCB Layout: Provide adequate clearance for battery access
• Mounting: Secure mounting to prevent mechanical stress
• Polarity: Clear polarity marking on PCB and holder
• Access: Ensure easy access for battery replacement
• Strain Relief: Provide strain relief for wire leads

Battery Installation

• Polarity: Verify correct polarity before installation
• Contact Cleaning: Clean contacts if necessary
• Insertion: Insert battery carefully to avoid damage
• Retention: Ensure battery is securely retained
• Testing: Test circuit operation after installation

Safety Considerations

• Polarity: Prevent reverse polarity installation
• Short Circuit: Protect against accidental shorts
• Overheating: Prevent battery overheating
• Disposal: Proper battery disposal procedures
• Handling: Safe handling of batteries and chemicals

Testing and Maintenance

Battery Testing

• Voltage: Measure open-circuit and loaded voltage
• Capacity: Test actual capacity vs. rated capacity
• Internal Resistance: Measure internal resistance
• Load Testing: Test under actual load conditions
• Temperature: Test performance at operating temperature

Holder Testing

• Contact Resistance: Measure contact resistance
• Retention: Test battery retention force
• Mechanical: Test mechanical durability
• Environmental: Test in operating environment
• Electrical: Verify electrical connections

Maintenance Procedures

• Regular Inspection: Check for corrosion or damage
• Contact Cleaning: Clean contacts periodically
• Battery Replacement: Replace batteries before depletion
• Storage: Proper storage of spare batteries
• Documentation: Maintain replacement schedules

Troubleshooting

Common Issues

• No Power: Check battery voltage and connections
• Intermittent Operation: Check contact resistance
• Short Runtime: Check battery capacity and load current
• Corrosion: Clean contacts and replace battery
• Poor Contact: Adjust contact pressure

Battery Issues

• Low Voltage: Replace depleted battery
• High Internal Resistance: Replace aged battery
• Leakage: Clean corrosion and replace battery
• Swelling: Replace damaged battery immediately
• Temperature: Check operating temperature range

Holder Issues

• Poor Contact: Clean or adjust contacts
• Mechanical Damage: Replace damaged holder
• Corrosion: Clean or replace corroded parts
• Loose Retention: Adjust retention mechanism
• Broken Leads: Repair or replace wire connections

Storage and Handling

Battery Storage

• Temperature: Store at room temperature
• Humidity: Low humidity environment
• Orientation: Store in recommended orientation
• Separation: Keep different types separated
• Inventory: First-in, first-out rotation

Holder Storage

• Protection: Protect from physical damage
• Organization: Sort by type and size
• Cleanliness: Keep contacts clean and protected
• Documentation: Maintain inventory records
• Environment: Controlled storage environment

Package Contents

• Multiple battery holder types and sizes
• Various battery chemistries and capacities
• Different mounting and termination options
• Suitable for wide range of applications

Important Notes

• Polarity Critical: Always observe correct polarity
• Disposal: Follow proper battery disposal procedures
• Storage: Store batteries in cool, dry conditions
• Replacement: Replace batteries before complete depletion
• Safety: Follow all battery safety guidelines

Advantages

• Portable Power: Enables battery-powered operation
• Backup Power: Provides backup for critical functions
• Flexibility: Various voltage and capacity options
• Reliability: Proven technology with good shelf life
• Cost Effective: Economical power solution

Limitations

• Limited Life: Batteries have finite capacity
• Environmental: Performance varies with temperature
• Disposal: Requires proper disposal procedures
• Maintenance: Requires periodic replacement
• Voltage Drop: Voltage decreases as battery depletes

Recommended Applications

• Prototyping: Portable power for development projects
• Backup Systems: Memory and clock backup
• Portable Devices: Battery-powered electronics
• Emergency Equipment: Backup power systems
• Educational Projects: Learning about portable power