Document the complete envelope
Describe the charge system
Validate the assembled device
Catalogue data is a starting point. Confirm the current model specification and application requirements before design-in.
A three-series polymer pack listed for UPS and remote-control electronics. Share the discharge profile and available space for a project-specific evaluation.
Product-family image.
A four-series polymer pack option from the public catalogue. Current rating, connector and mechanical drawing are confirmed as part of the quotation.
Product-family image.
A two-series polymer configuration for compact electronics. Ask for a current datasheet and swelling-clearance drawing before final enclosure design.
Product-family image.
Lithium Polymer Batteries selection starts with the equipment. Use electrical, mechanical and operating requirements to create a clearer supplier conversation.
Photography from Jetray’s published factory page.
Share dimensions, tolerance, lead length and connector direction. Allow for the manufacturer's mechanical guidance.
Provide the charger or charging IC details, voltage limits and temperature monitoring requirements.
Evaluate the battery in its actual enclosure under normal and expected worst-case operating conditions.
Each application needs its own integration review. A similar voltage or physical format does not establish compatibility.
Plan the battery envelope alongside the enclosure, display and circuit-board stack-up.
Review requirementsInclude standby load, radio transmission peaks and charging frequency in the specification.
Review requirementsReview connector orientation, cable routing and assembly handling with the supplier.
Review requirementsExplore practical planning briefs for lithium polymer batteries: the operating challenge, integration approach and sample-review questions.
01 / APPLICATION PLANNINGA slim device often allocates space to the display and circuit board before the battery is finalized. The full battery envelope needs to be designed into the assembly.
Explore the application brief ↗
02 / APPLICATION PLANNINGWireless instruments combine a low average load with short radio bursts. A capacity rating alone does not describe the voltage response the device will see.
Explore the application brief ↗
03 / APPLICATION PLANNINGA pouch battery may fit the nominal space but still create cable-routing or assembly difficulties. Product design and supplier drawings should be reviewed together.
Explore the application brief ↗These are application planning examples, not documented customer deployments. Factory photographs are from the Jetray corporate website and do not identify a customer project.
Practical guidance for engineers and purchasing teams, with sources for further review.
Give a battery supplier the space, wiring, protection and installation constraints needed for a realistic pouch-pack proposal.
Read the guideDistinguish stored charge from current capability and ask for the conditions behind a polymer battery's published ratings.
Read the guideControl dimensions, connectors, specification revisions and sample evidence before approving a custom polymer pack for production.
Read the guideKeep the important decisions visible.
A pouch format offers packaging flexibility, but the exact cell dimensions, tolerance and mechanical allowances must be confirmed. Do not compress or reshape a cell to fit.
State the required runtime and power profile alongside capacity. Include the test voltage window, discharge rate and temperature when comparing ratings.
The protection configuration is model-specific. Confirm whether the quoted product includes a protection circuit, thermistor, leads and connector.
Provide the complete available envelope, tolerance, mechanical allowance, lead direction, connector and mounting or retention approach. Follow the selected cell manufacturer’s mechanical guidance.
Compare ratings at matching voltage windows, discharge rates, cutoff conditions and temperature. Relate capacity to the equipment’s measured load and runtime requirement.
Align the approved configuration, drawing revision, cell and protection details, connector, test criteria and required documentation. Record material changes before production acceptance.
Share the load, dimensions and intended use. Ask for a current model specification and a project review.