Wurth 2 mH ±50% Nano Crystalline Common Mode Choke, Max SRF:300MHz, 10A Idc, 6mΩ Rdc 250 V ac, WE-CMBNC
- RS-artikelnummer:
- 163-5541
- Tillv. art.nr:
- 7448031002
- Tillverkare / varumärke:
- Wurth Elektronik
180 I lager för avsändande samma dag
Lagt till varukorgen
Pris (ex. moms) Var (i en låda med 90)
94,811 kr
(exkl. moms)
118,514 kr
(inkl. moms)
| Enheter | Per unit | Per Box* |
| 90 + | 94,811 kr | 8 532,99 kr |
- RS-artikelnummer:
- 163-5541
- Tillv. art.nr:
- 7448031002
- Tillverkare / varumärke:
- Wurth Elektronik
Lagstiftning och ursprungsland
- COO (Country of Origin):
- CN
Produktdetaljer
Wurth WE-CMBNC Series Common Mode Power Line Chokes
Very high permeability nanocrystalline core material
Improved isolation throughit's plastic case and winding spacer
High and stable inductance values at high temperatures
High rated currents
Broadband suppression
Small size Frequency range: 1 kHz-300 MHz
Improved isolation throughit's plastic case and winding spacer
High and stable inductance values at high temperatures
High rated currents
Broadband suppression
Small size Frequency range: 1 kHz-300 MHz
Applications include:
Power electronics
Power line input and output filters
Radio interference suppression in motors
Suppression for common mode noise
Power line input and output filters
Radio interference suppression in motors
Suppression for common mode noise
Wurth Leaded Inductors (Chokes)
Specifikationer
Attribute | Value |
|---|---|
| Inductance | 2 mH |
| Maximum DC Current | 10A |
| Mounting Type | Through Hole |
| Maximum DC Resistance | 6mΩ |
| Tolerance | ±50% |
| Length | 23mm |
| Depth | 17mm |
| Height | 25mm |
| Dimensions | 23 x 17 x 25mm |
| Core Material | Nano Crystalline |
| Maximum Self Resonant Frequency | 300MHz |
| Lead Pitch | 7.5mm |
| Series | WE-CMBNC |
| Minimum Operating Temperature | -40°C |
| Maximum Operating Temperature | +125°C |
| Lead Diameter | 1mm |
| Terminal Type | Through Hole |
- RS-artikelnummer:
- 163-5541
- Tillv. art.nr:
- 7448031002
- Tillverkare / varumärke:
- Wurth Elektronik