P-130SCRC/FTF2X4 Panasonic - BSG, P-130SCRC/FTF2X4 Datasheet - Page 85
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P-130SCRC/FTF2X4
Manufacturer Part Number
P-130SCRC/FTF2X4
Description
BATTERY PK 9.6V 1300 MAH NICAD
Manufacturer
Panasonic - BSG
Datasheet
1.P-130SCRF2.pdf
(87 pages)
Specifications of P-130SCRC/FTF2X4
Battery Type
Nickel Cadmium (NiCd)
Voltage - Rated
9.6V
Capacity
1300mAh
Battery Cell Size
SC - Flat Top
Number Of Cells
8
Structure
2 Rows x 4 Cells Side to Side
Termination Style
Solder Tab
Rechargeability
Yes
Lead Free Status / RoHS Status
Lead free / RoHS compliant by exemption
Other names
P098-F024
GLOSSARY OF TERMS FOR NI-CD BATTERIES
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Active Material
The electro-chemical materials of the electrodes.
In rechargeable Ni-Cd battery, nickel-hydroxide is
the active material of the positive electrode and
cadmium is the active material of the negative
electrode.
Alkaline Storage Battery
A storage battery which uses an alkaline water
solution as its electrolyte. Generally refers to
nickel-metal hydride batteries and nickel-cadmium
batteries.
C (Coulomb)
Used to express the amount of the charge or
discharge current. Expressed by attaching the
current units to a numerical multiple that
represents the rated capacity of the battery. The
charge and discharge current are generally
expressed using a C multiple. For example, for a
battery having a rated capacity of 1500 mAh:
0.1 CmA = 0.1 x 1500 = 150 mA
0.2 CmA = 0.2 x 1500 = 300 mA
Cadmium
Expressed in chemical notation as Cd, this
indicates that the negative electrode material of
the Ni-Cd battery is in a charged state. When in
the discharged state, the negative electrode
material becomes cadmium hydroxide, or
Cd(OH)2.
Capacity
The electrical capacity of a rechargeable battery.
Normally used to mean the capacity as measured
in ampere-hours. Indicated in units of Ah
(ampere-hours) or C (coulombs).
Cell
Each of the individual batteries which comprise a
rechargeable battery.
Charge Efficiency
A general term meaning either ampere-hour
efficiency and watt-hour efficiency. More
commonly used to mean ampere-hour efficiency.
Charge Level
The amount of electricity used for charge. For
constant current charge, it is the product of
multiplying the current value by the charge time.
Measured in units of ampere-hours (Ah).
NICKEL CADMIUM HANDBOOK, PAGE 84
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Cut-off Discharge Voltage
The voltage that indicates the limit at which
discharge is completed. In practical use, this
voltage is the limit to which the battery can be
used.
Cycle Use
A method of use in which charge and discharge
are repeated over and over again.
Electrolyte
The medium through which ions are conducted
during the electro-chemical reaction inside a
rechargeable battery. In rechargeable Ni-Cd
batteries, a potassium hydroxide water solution
is generally used as the electrolyte.
Electrolyte Leakage
The penetration of the electrolyte to the outside
of the battery.
Energy Density
The amount of energy that can be obtained per
unit weight or per unit volume of a rechargeable
battery. Unit: wh/kg, wh/ .
Excessive Discharge
The discharge of a rechargeable battery to a
lower than the specified cut-off discharge
voltage.
High Rate Discharge
Discharge at a relatively large current with
respect to the battery capacity. Also called high-
efficiency discharge and high-current discharge.
IEC Standards
The standards established by the International
Electrotechnical Commission (IEC).
[It]
[It] was previously expressed as [C]. [It] is an
IEC standard expression for the amount of
charge or discharge current and is expressed
as: It(A) = Cn (Ah)/1h.
• [It] is the reference test current in ampres
• [Cn] is the rated capacity of the cell or
battery in Ampere-hours.
n = the time base [hours] for which the rated
capacity is declared
FEBRUARY 2002