Alpha Technologies AlphaCell SMU - Manual (Page 5)

5 745-680-B9-001
Tables
Table 3-1, General Specifi cations .......................................................................................... 9
Table 3-2, Internal Resistance and Short Circuit Current (25°C) ........................................... 9
Table 5-1, Floating Voltage and Temperature .......................................................................11
Table 9-1, Discharge Specifi cations .................................................................................... 19
Figures
Fig. 3-1, Battery Construction ................................................................................................ 8
Fig. 4-1, Capacity as a Function of Temperature ................................................................. 10
Fig. 8-2, Battery Connector Detail ....................................................................................... 15
Fig. 8-1, Frame Construction ............................................................................................... 15
Fig. 8-3, Sample Battery Installation (SMU-500) ................................................................. 15
Fig. 9-1, Discharge Performance......................................................................................... 16
Fig. 9-2, Discharge Curve at One Minute (25°C) ................................................................ 16
Fig. 9-3, Discharge Curve at Five Seconds (25°C) ............................................................. 17
Fig. 9-4, Shock Discharge Curve at Different Rates after Discharge of One Hour (25°C) .. 17
Fig. 9-5, Shock Discharge Curves at Different Rates After .5h Discharge (25°C) ............... 18
Fig. 9-6, Recharge Characteristics of SMU-500, 0.1C
10
A, 2.35Vpc (25°C). ........................ 18
Fig. 9-7, Recharge Characteristics of SMU-500, 0.1C
10
A, 2.23Vpc (25°C). ........................ 19
Fig. 10-1, Single Cell Discharge Curves (Final Voltage: 1.80 Vpc; 25°C) ........................... 20
Fig. 10-2, Curves With Stairs Loading Calculation Method (25°C) ..................................... 20
Fig. 10-3, Curves with Voltage Control Method (25°C) ....................................................... 21