KYOCERA AVX 1nF Multilayer Ceramic Capacitor MLCC, 500V dc V, SMD

Nr. stoc RS: 134-9303Producator: KYOCERA AVXCod de producator: 12107C102KAT2A
brand-logo
Vezi toate produsele din Condensatoare ceramice multistrat - MLCCs

Documente tehnice

Specificatii

Marca

KYOCERA AVX

Capacitate

1nF

Tensiune

500V dc

Package/Case

1210 (3225M)

Timp montare

Surface Mount

Lungime

3.3mm

Adancime

2.5mm

Tip terminal

Surface Mount

Temperatura maxima de lucru

+125°C

Temperatura minima de lucru

-55°C

Detalii produs

AVX 1210 X7R Dielectric MLCC Series

The X7R dielectric MLCC’s from AVX offer a ’temperature stable’ range of capacitors which can be used in a wide operating temperature range from -55°C to +125°C. These capacitors are an excellent choice for a wide range of applications that have changes in capacitance due to applied voltages.

Informatii indisponibile despre stoc

Incercati din nou mai tarziu

Informatii indisponibile despre stoc

P.O.A.

KYOCERA AVX 1nF Multilayer Ceramic Capacitor MLCC, 500V dc V, SMD

1

Disponibil in multiplu de 1
1P.O.A.
2P.O.A.
3P.O.A.
4P.O.A.
5P.O.A.
6P.O.A.
7P.O.A.
8P.O.A.
9P.O.A.
10P.O.A.
11P.O.A.
12P.O.A.
13P.O.A.
14P.O.A.
15P.O.A.

P.O.A.

KYOCERA AVX 1nF Multilayer Ceramic Capacitor MLCC, 500V dc V, SMD
Informatii indisponibile despre stoc

1

Disponibil in multiplu de 1
1P.O.A.
2P.O.A.
3P.O.A.
4P.O.A.
5P.O.A.
6P.O.A.
7P.O.A.
8P.O.A.
9P.O.A.
10P.O.A.
11P.O.A.
12P.O.A.
13P.O.A.
14P.O.A.
15P.O.A.

Documente tehnice

Specificatii

Marca

KYOCERA AVX

Capacitate

1nF

Tensiune

500V dc

Package/Case

1210 (3225M)

Timp montare

Surface Mount

Lungime

3.3mm

Adancime

2.5mm

Tip terminal

Surface Mount

Temperatura maxima de lucru

+125°C

Temperatura minima de lucru

-55°C

Detalii produs

AVX 1210 X7R Dielectric MLCC Series

The X7R dielectric MLCC’s from AVX offer a ’temperature stable’ range of capacitors which can be used in a wide operating temperature range from -55°C to +125°C. These capacitors are an excellent choice for a wide range of applications that have changes in capacitance due to applied voltages.