Panasonic 2.2μF Aluminium Electrolytic Capacitor 50V dc, Through Hole - ECA-1HM2R2I

RS Stock No.: 807-3362Brand: PanasonicManufacturers Part No.: ECA-1HM2R2I
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Technical documents

Specifications

Capacitance

2.2µF

Voltage

50V dc

Mounting Type

Through Hole

Technology

Aluminium Electrolytic

Dimensions

5 x 11mm

Length

11mm

Minimum Operating Temperature

-40°C

Diameter

5mm

Maximum Operating Temperature

+85°C

Lifetime

2000h

Lead Pitch

2.5mm

Ripple Current

20mA

Leakage Current

3 mA

Tolerance

±20%

Series

M

Country of Origin

Malaysia

Product details

M Series

Panasonic M Series Type A electrolytic capacitors feature excellent endurance of 2000 hours at +85°C.

Smaller than SU series
High reliability
High ripple current
Low impedance
Long life
Fully sleeved

Applications

Panasonic M Series Type A electrolytic capacitors are suitable for use in general purpose applications and in industrial instruments due to their high reliability.

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P.O.A.

Panasonic 2.2μF Aluminium Electrolytic Capacitor 50V dc, Through Hole - ECA-1HM2R2I

P.O.A.

Panasonic 2.2μF Aluminium Electrolytic Capacitor 50V dc, Through Hole - ECA-1HM2R2I

Stock information temporarily unavailable.

Stock information temporarily unavailable.

You may be interested in

Technical documents

Specifications

Capacitance

2.2µF

Voltage

50V dc

Mounting Type

Through Hole

Technology

Aluminium Electrolytic

Dimensions

5 x 11mm

Length

11mm

Minimum Operating Temperature

-40°C

Diameter

5mm

Maximum Operating Temperature

+85°C

Lifetime

2000h

Lead Pitch

2.5mm

Ripple Current

20mA

Leakage Current

3 mA

Tolerance

±20%

Series

M

Country of Origin

Malaysia

Product details

M Series

Panasonic M Series Type A electrolytic capacitors feature excellent endurance of 2000 hours at +85°C.

Smaller than SU series
High reliability
High ripple current
Low impedance
Long life
Fully sleeved

Applications

Panasonic M Series Type A electrolytic capacitors are suitable for use in general purpose applications and in industrial instruments due to their high reliability.

You may be interested in