Application Information - General
Briefly describe your application:
Design Type:
Customer Supplied Design HOB Custom Design Reverse Engineer No Design-Catalogue/Off the Shelf Item
Battery Chemistry(Rechargeable):
Li-Ion
Li-Polymer
LiFePO4
Ni-MH
Ni-Cad
SLA
Battery Chemistry(Primary):
Alkaline
Lithium
Silver
Zinc-Air
Other (specify):
Standard Cell Size:
please select 18650 26650 CR123 AAA AAAA C D 9 Volt Other Other (specify):
Pack Cell Configuration:
Cells in Series (S):
please select 1 2 3 4 5 6 7 8 9 10 11 12 Cells in Parallel (P):
please select 1 2 3 4 5 6 7 8 9 10 Other:
S
P
Pack Enclosure Type:
Hardshell (plastic)
Soft (shrink)
Metal
Other (specify):
Pack Dimensions (Inches):
Length:
Width:
Height:
Pack Dimensions Entered Are:
Approximate
Maximum
Note: These dimensions represent the working area of the pack that HOB can design to. This total volume includes the cells, circuit board(s), insulators, shrink wrap and wiring as a minimum. Allow for adequate space in your device side battery compartment design to ensure proper fit.
Application Information - Electrical
Cell Parameters:
Mfg. Cell PN:
Voltage (Nom.):
Capacity (Nom.):
Pack Parameters:
Voltage (Nom.):
Capacity (Nom.):
UV Cutoff:
Note: System UV Cutoff should be set above protection circuit UV shutoff threshold.
Operating Temperatures:
Temperature (Minimum - Celsius):
Temperature (Maximum - Celsius):
Pack Options (Select all that apply):
Protection Circuit
Fuel Gauge
Thermistor
Fuse
PTC/Polyfuse
PEPI
Diode
TCO
Other (specify):
If a fuel gauge is required, indicate form:
Display (LED)
SMBus
I2C
HDQ
DQ
Other (specify):
Charger Parameters:
External Charger (stand-alone)
Integrated Charger (Host)
Integrated Charger (Pack)
Max. Charge Current (A):
Termination Voltage (V):
Termination Current (A):
If Charger is External, list manufacturer and part number of stand alone charger or host side IC used:
Note: If you are planning on using an external stand-alone charger, at HOB's discretion, you may be requested to provide said charger for verification of compatibility with the designed pack electronics. If your charger is an IC on the host side of your device, we may request a working circuit or schematic.
Briefly describe your application load (Resistive, Capacitive, Inductive):
Discharge Parameters:
Detailed System Load Profile will be provided prior to deisgn phase
Note: The host system's load profile is important in determining the optimal circuit trip points to ensure optimal battery safety. In particular, it is critical to know if the battery pack will experience any inrush current due to system startup or power switchover events. If no load profile is provided prior to the design phase, there may additional NRE costs incurred to properly characterize the safety parameter settings during the validation stage.
Pack Termination:
Stripped Wire
Harness/Connector
Contacts
Other (specify)
Harness Length (Inches):
Briefly describe any special termination requirements. List manufacturer & part number(s) if applicable:
Application Information - Regulatory
Required Regulatory/Certification Tests**:
UL
CE
IEC 62133
**Note: UN38.3 testing is required for all multiple cell Lithium packs. Please contact HOB for further information.
Describe any additional Regulatory Tests or Cerifications required:
Product Deliverables
Estimated Annual Usage: /Year
Prototype Units Needed by: Quantity:
Production Units Needed by: Quantity:
Validation Code *