Panasonic 220μF Surface Mount Polymer Capacitor, 2.5V dc
Tehniskie dokumenti
Specifikācija
Brand
PanasonicTechnology
Polymer
Capacitance
220µF
Voltage
2.5V dc
Dielectric Material Family
Tantalum
Mounting Type
Surface Mount
Package/Case
B2
Tolerance
±20%
Length
3.5mm
Depth
2.8mm
Maximum Operating Temperature
+105°C
Height
1.9mm
Dimensions
3.5 x 2.8 x 1.9mm
Series
POSCAP TPE
Electrolyte Type
Solid
Minimum Operating Temperature
-55°C
Leakage Current
55 μA
Izcelsmes valsts
China
Produkta apraksts
POSCAP TPE series
Panasonic TPE series tantalum capacitors are part of the POSCAP range. Constructed from sintered tantalum as the anode material, the large surface area of the porous materials enables large capacitance. High in electric conductivity, the conductive polymer utilised for the electrolyte enables low ESR of 15 mΩ. TPE tantalum capacitors have high heat resistance and reliability making them suitable for high frequency and digital devices.
Noliktavas stāvoklis patreiz nav pieejams
Lūdzu pārbaudiet vēlreiz vēlāk
€ 0,099
Katrs (Rulli ir 2000) (bez PVN)
€ 0,12
Katrs (Rulli ir 2000) (Ieskaitot PVN)
2000
€ 0,099
Katrs (Rulli ir 2000) (bez PVN)
€ 0,12
Katrs (Rulli ir 2000) (Ieskaitot PVN)
2000
Tehniskie dokumenti
Specifikācija
Brand
PanasonicTechnology
Polymer
Capacitance
220µF
Voltage
2.5V dc
Dielectric Material Family
Tantalum
Mounting Type
Surface Mount
Package/Case
B2
Tolerance
±20%
Length
3.5mm
Depth
2.8mm
Maximum Operating Temperature
+105°C
Height
1.9mm
Dimensions
3.5 x 2.8 x 1.9mm
Series
POSCAP TPE
Electrolyte Type
Solid
Minimum Operating Temperature
-55°C
Leakage Current
55 μA
Izcelsmes valsts
China
Produkta apraksts
POSCAP TPE series
Panasonic TPE series tantalum capacitors are part of the POSCAP range. Constructed from sintered tantalum as the anode material, the large surface area of the porous materials enables large capacitance. High in electric conductivity, the conductive polymer utilised for the electrolyte enables low ESR of 15 mΩ. TPE tantalum capacitors have high heat resistance and reliability making them suitable for high frequency and digital devices.