A Balanced Compact Format
The 20mm × 30mm plan area provides a defined pocket for a mid-sized compact battery, while 6mm thickness helps the team check the depth of the enclosure stack.
3.7 V Lithium Polymer Battery
3.7 V 300mAh Lithium Polymer Battery 602030
The 602030 300mAh LiPo battery combines a 6.0mm profile with a 20mm × 30mm footprint and approximately 1.11Wh of calculated energy. It gives OEM teams a compact square-leaning reference for comparing enclosure space, runtime and connection access.
602030 LiPo Battery Reference6.0mm × 20mm × 30mm Format
3.7 V · ≈1.11WhProduct Snapshot
A Compact Footprint with a 300mAh Energy Target
The 602030 configuration places 300mAh in a 6mm × 20mm × 30mm envelope. Its compact plan area is useful for products that need more capacity than a micro cell but cannot reserve a long or wide battery pocket.
Plan Energy Without an Unneeded Reserve
The 1.11Wh calculated energy reference supports early runtime comparison for compact electronics whose duty cycle is larger than a very small wearable cell but below a high-capacity device.
300mAhRated Capacity
1.11WhCalculated Energy
6.0mmCell Thickness
20mm × 30mmPlan Area
Technical Data
602030 LiPo Battery Specifications
The table separates confirmed configuration data from calculated electrical references so the 602030 format can be reviewed quickly during product planning.
| Mechanical and Electrical Specifications | |
|---|---|
| Product Number | 602030 |
| Nominal Voltage | 3.7 V |
| Rated Capacity | 300mAh |
| Battery Dimension | 6.0mm × 20mm × 30mm |
| Approximate Battery Weight | Approx. 6g |
| Calculated Electrical References | |
| Standard Charge Current | Approx. 150mA |
| Rapid Charge Current | Approx. 300mA |
| Standard Discharge Current | Approx. 60mA |
| Maximum Discharge Current | Approx. 300mA |
| Calculated Energy | Approx. 1.11Wh |
Approximate weight follows the 3.7 V LiPo family reference. Current and energy values are calculated planning references, not measured limits; confirm the final charger, protection and load specification for the finished battery.
Product Characteristics & Advantages
A Compact 300mAh Format for Balanced Battery-Pocket Planning: Why Evaluate the 602030 LiPo Battery?
The 602030 page focuses on balanced compact packaging. It is differentiated from the thinner 582030 by depth, from the lower-capacity 502030 by capacity, and from the wider 603030 by battery-pocket geometry.
The calculated electrical references provide a structured starting point for charger, load and protection discussions. Share the finished product requirements with ZERNE to confirm the final battery design and assembly details.
20mm × 30mm for Compact Device Layouts
The plan area can fit a compact central or edge-mounted pocket while leaving the team a clear basis for reviewing board placement and retention.
6mm for a Controlled Enclosure Stack
Use the listed thickness when checking adjacent components, cushioning, compression and the final protection or connection arrangement.
300mAh for Mid-Range Compact Operation
The capacity gives a practical starting point for comparing standby intervals, sensing cycles and intermittent communication.
Calculated References for Charger and Load Review
Capacity-based current references support early charger and load planning; confirm the final electrical limits for the completed configuration.
A Reference Point for a Tailored Battery
ZERNE can adjust capacity, lead arrangement, protection, connector and mechanical details when the 602030 pocket needs a different configuration.
Battery Calculation
Check 602030 Energy and Estimated Runtime
Use the prefilled 602030 values or enter your own load assumptions for a quick energy and runtime estimate.
LiPo Battery Capacity Calculator
Energy is calculated from nominal voltage and capacity. Runtime uses the entered load power and an adjustable efficiency assumption.
Approx. 150mA is the approximate standard-charge reference for 300mAh.
1.11WhEstimated Energy
—Estimated Runtime
—Ideal Charge Time
How to Use the Result
The 602030 reference values are prefilled: 3.7 V, 300mAh and a standard-charge reference of approximately 150mA. Adjust the load power and efficiency to compare operating scenarios; the calculator does not infer safe limits from capacity alone.
- Energy = voltage × capacity ÷ 1000
- Runtime estimate = energy × efficiency ÷ load power
- Ideal charge time = capacity ÷ entered charge current
- Actual runtime depends on load profile, temperature, cutoff and system losses
Use the result for early comparison, then confirm the charger, protection, connector and final battery specification through sample testing.
Integration Guidance
Plan the 602030 Battery Around a 6mm Compact Pocket
The 602030 should be reviewed as a compact rectangular pouch rather than as a capacity number alone. Check the 6mm depth, 20mm × 30mm area, cable route and retention method against the complete housing.
Reserve the 20mm × 30mm Area
Keep the battery footprint clear of housing ribs, board components and compression points, then add the clearance required by the finished assembly.
Check the Six-Millimeter Depth
Review the cell thickness in the stack-up together with cushioning and any protection or connector components.
Compare 1.11Wh with the Device Cycle
Use the calculated energy for an early budget and account for cut-off, load, temperature and system efficiency during validation.
Review the Final Electrical Interface
Use the rated capacity and calculated references for early planning, then confirm the charger, protection and load limits for the finished battery assembly.
The stated dimensions and calculated values are reference inputs for design planning. Confirm the finished battery drawing, tolerance, protection, connector and test conditions before production release.
Applications & Solutions
Applications for the 602030 300mAh LiPo Battery
The 602030 300mAh format can be evaluated in compact IoT, wearable and tracking products where a 20mm × 30mm battery pocket is easier to allocate than a long narrow cell.
01Wearable and Smart Personal Devices
The compact plan area can be reviewed in wearable or personal electronics where the battery must fit near a board or curved housing section.
View Wearable Battery Solutions →
02GPS Trackers and IoT Nodes
The 300mAh capacity can support early comparisons for periodic sensing and location updates when the product can reserve a 20mm × 30mm pocket.
View GPS Tracker Solutions →
03Compact Handheld Electronics
The 6mm profile gives a defined starting point for compact handheld accessories, readers and instruments that need a mid-range capacity.
View Handheld Device Solutions →
04Portable Medical Electronics
The compact envelope can be considered for selected monitoring or diagnostic products where battery placement, charging and protection need to be reviewed together.
View Medical Battery Solutions →These application paths are starting points for OEM evaluation. Final suitability depends on actual load, runtime, temperature, protection, connector and assembly requirements.
Related Technical Articles
Guidance for 602030 Battery Selection
Use these articles to connect the 602030 geometry and capacity with energy density, current demand and operating-condition decisions.
Energy PlanningWhat Is Energy Density in a Lithium Polymer Battery?
Review how a 1.11Wh reference relates to physical volume and enclosure allocation.
Read the energy planning guide →
Current DemandWhat Is the C Rating of a LiPo Battery and Why It Matters
Use the load profile and current references together when reviewing the charger and power path.
Read the current demand guide →
Operating ConditionsHow Temperature Affects the Performance of a LiPo Battery
Consider the finished device environment when estimating available capacity and charging conditions.
Read the operating conditions guide →OEM Battery Support
Start the 602030 Inquiry with the Battery Pocket
Share the 20mm × 30mm battery area, 6mm depth, target runtime, load profile and connector arrangement so the 602030 can be evaluated in the finished product.
Useful RFQ Inputs
The compact format is easiest to review when mechanical and electrical information arrive together.
- 20mm × 30mm battery area
- 6mm depth and assembly clearance
- Target runtime and duty cycle
- Charger and device load profile
- Connector, cable exit and retention
- Quantity, samples and documentation
When a Different Footprint Is Better
ZERNE can review 582030, 502030, 603030 or a custom battery arrangement when the 602030 geometry does not fit the final product.
Discuss a Custom BatteryFAQ
602030 LiPo Battery Questions
Find answers about the 602030 300mAh lithium polymer battery, including its compact dimensions, calculated energy and electrical integration considerations.
What are the dimensions of the 602030 battery?
The 602030 reference measures 6.0mm in thickness, 20mm in width and 30mm in length.
How much energy does the 602030 300mAh battery provide?
At 3.7 V nominal voltage, the rated 300mAh capacity gives approximately 1.11Wh of calculated energy before device cut-off and system losses.
What should be confirmed before electrical approval?
Confirm the charger, protection arrangement, device load, cut-off condition and final electrical limits against the finished battery and device.
What current references apply?
The approximate charge and discharge references are calculated from the rated capacity and the 3.7 V LiPo family rates. Confirm the final limits for the finished battery.
What is the main packaging consideration?
Review the 6mm depth, 20mm × 30mm footprint, cushioning, retention, cable exit and protection arrangement as one assembly envelope.
Can ZERNE customize the 602030 format?
Yes. ZERNE can review alternate capacity, dimensions, connector, cable, protection and assembly requirements for the target device.
Technical Inquiry
Review the 602030 Battery Pocket with ZERNE
Share the application, target runtime, 20mm × 30mm pocket, 6mm available depth, load profile and connector requirements so ZERNE can assess the 602030 reference.
- 20mm × 30mm pocket and 6mm depth
- Target capacity and runtime
- Load, charger and protection conditions
- Connector, cable exit and production plan