Murata CFULA Series, Signal Filter 0.455MHz Through Hole, Pin Termination, 8 x 7 x 7.3mm

RS tootekood: 167-5918Bränd: MurataTootja Part nr.: CFULA455KE4A-B0
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Tehnilised dokumendid

Spetsifikatsioonid:

Brand

Murata

Series

CFULA

Mounting Type

Through Hole

Operating Frequency

0.455MHz

Termination Style

Pin

Dimensions

8 x 7 x 7.3mm

Depth

7mm

Height

7.3mm

Length

8mm

Maximum Operating Temperature

+80°C

Minimum Operating Temperature

-20°C

Päritoluriik

Japan

Toote üksikasjad

455 kHz Ceramic IF Filter CFx Series

CFULA_A series are high selectivity ceramic filters, which consist of 4 ceramic elements in ladder form
CFWLA_A series are low profile high selectivity ceramic filters which use 6 ceramic elements in ladder form
Most suitable for digital communications, high class transceivers, amateur radios and cellular phones because of their improved GDT characteristics and high selectivity.

Ceramic Filters

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€ 1,60

tk (pakis 200) (ilma käibemaksuta)

€ 1,952

tk (pakis 200) (koos käibemaksuga)

Murata CFULA Series, Signal Filter 0.455MHz Through Hole, Pin Termination, 8 x 7 x 7.3mm

€ 1,60

tk (pakis 200) (ilma käibemaksuta)

€ 1,952

tk (pakis 200) (koos käibemaksuga)

Murata CFULA Series, Signal Filter 0.455MHz Through Hole, Pin Termination, 8 x 7 x 7.3mm
Lao andmed ajutiselt ei ole saadaval.

Tehnilised dokumendid

Spetsifikatsioonid:

Brand

Murata

Series

CFULA

Mounting Type

Through Hole

Operating Frequency

0.455MHz

Termination Style

Pin

Dimensions

8 x 7 x 7.3mm

Depth

7mm

Height

7.3mm

Length

8mm

Maximum Operating Temperature

+80°C

Minimum Operating Temperature

-20°C

Päritoluriik

Japan

Toote üksikasjad

455 kHz Ceramic IF Filter CFx Series

CFULA_A series are high selectivity ceramic filters, which consist of 4 ceramic elements in ladder form
CFWLA_A series are low profile high selectivity ceramic filters which use 6 ceramic elements in ladder form
Most suitable for digital communications, high class transceivers, amateur radios and cellular phones because of their improved GDT characteristics and high selectivity.

Ceramic Filters