Home
New Arrivals
Shopping Cart
Contact Us
Home
>
Electronic Parts
>
Passive Components
>
Capacitors
>
Electrolytics
>
Panasonic
>
Panasonic FM
>
Panasonic FM 150uF 6,3V
Printable version
←
Previous product
Next product
→
Panasonic FM 150uF 6,3V
(
0 reviews
)
High endurance, low impedance radial aluminum electrolytic capacitors. Black body with gold markings.
Specifications:
Low impedance: 40-70% lower than Panasonic FC series
High ripple current: 50% higher than Panasonic FC series
Long life: 2000 - 7000 hours at 105'C
PVC free, Pb free
Capacitance tolerance: 20% (120Hz, 20'C)
Leakage current: I<= 0,01 CV (uA) measured after 2 minutes application of rated working voltage at 20'C
Temperature Range: -40'C – 105'C
Dimensions (D x L):
5x11mm.
SKU
SKU 31021
Weight
3,00
g
360 Image
Our price:
€
0,44
including VAT 19% ,
[plus shipping]
Quantity
Price*
10-24 Items
€
0,42
25-49 Items
€
0,38
50+ Items
€
0,36
*Note:
including VAT ,
[plus shipping]
Delivery time: 4-5 days*
Qty
1
Add to cart
Add to wish list
Ask a question about this product
Customers also bought
Customer feedback
Bartolini XX M4 5 M B
€152,37
Marshall Front corner set of 4
€16,48
Ibanez Neck Rd605 4-String
€559,91
Meinl Percussion Frame Drum 20 inch Daf
€124,00
Meinl Percussion Spare Cable Version 2
€18,49
Illuminated Tact Switch KS01-Yellow
€0,99
Fender Fatfinger Guitar 0992180100
€40,22
The Rock Slide Aged Brass Size XL
€32,17
Mesa Boogie Pot 590792
€11,50
There have been no reviews
Registered customers are welcome to add a review. Please
log in
and add your own review!
Categories
Accessories
Amp Parts
Electronic Parts
Equipment
Guitar and Bass Parts
Tubes
Services
Shipping cost
Special offers
On sale
Manufacturers
Change cookie settings
Support & Service
Quickorder
News
11.07.2024
We added a couple hundred new items to our portfolio: Knobs, pots, switches, guitar parts, Mesa...
All news
0
item(s)
Cart is empty
Sign in
Register
en
de
es
fr
it
Search
Home
New Arrivals
Shopping Cart
Contact Us
Language
en
de
es
fr
it
Search
Sign in
Register
This site requires JavaScript to function properly.
Please enable JavaScript in your web browser.
The website uses cookies to allow us to better understand how the site is used. By continuing to use this site, you consent to this policy.
Click to learn more.
Change settings
OK