Koupit 683PSB252K2H s BYCHPS
Koupit se zárukou
683PSB252K2H
- Part Number:
- 683PSB252K2H
- Výrobce:
- Illinois Capacitor
- Popis:
- CAP FILM 0.068UF 10% 2.5KVDC RAD
- Stav volného vedení / RoHS:
- Bez olova / V souladu RoHS
- dostupné množství:
- 17200 Pieces
- Datový list:
- 683PSB252K2H.pdf
Úvod
BYCHIPS je distribuční odrůda pro 683PSB252K2H, máme zásoby pro okamžitou přepravu a také k dispozici pro dlouhodobé zásobování. Zašlete nám svůj plán nákupu 683PSB252K2H e-mailem vám poskytneme nejlepší cenu podle svého plánu.
Specifikace
| Napìtí - DC: | 2500V (2.5kV) |
|---|---|
| Napìtí - AC: | 725V |
| Tolerance: | ±10% |
| Ukončení: | PC Pins |
| Velikost / Rozměry: | 1.260" L x 0.709" W (32.00mm x 18.00mm) |
| Série: | PSB |
| Obal: | Bulk |
| Paket / krabice: | Radial |
| Provozní teplota: | -40°C ~ 100°C |
| Typ montáže: | Through Hole |
| Úroveň citlivosti na vlhkost (MSL): | 1 (Unlimited) |
| Výrobní standardní doba výroby: | 14 Weeks |
| Výrobní číslo výrobce: | 683PSB252K2H |
| Rozestup vývodù: | 1.083" (27.50mm) |
| Výška - Sedící (Max): | 1.299" (33.00mm) |
| Funkce: | - |
| Rozšířený popis: | 0.068µF ±10% Film Capacitor 725V 2500V (2.5kV) Polypropylene (PP), Metallized Radial |
| ESR (Equivalent Resistance Series): | 11.3 mOhm |
| dielektrikum Materiál: | Polypropylene (PP), Metallized |
| Popis: | CAP FILM 0.068UF 10% 2.5KVDC RAD |
| kapacitní: | 0.068µF |
| Aplikace: | High Frequency, Switching; High Pulse, DV/DT; Snubber |
| Email: | [email protected] |
Související díly pro 683PSB252K2H
| Obraz | Part Number | Výrobci | Popis | Pohled |
|---|---|---|---|---|
 |
BFC238682224 | Vishay BC Components | CAP FILM 0.22UF 1.25KVDC SCREW | Dotaz |
 |
B32524R107K | EPCOS (TDK) | CAP FILM 100UF 10% 63VDC RADIAL | Dotaz |
|
BFC236847155 | Vishay BC Components | CAP FILM 1.5UF 5% 250VDC RADIAL | Dotaz |
|
BFC237026683 | Vishay BC Components | CAP FILM 0.068UF 5% 100VDC RAD | Dotaz |
 |
MKP1839156634G | Vishay BC Components | CAP FILM 560PF 5% 630VDC AXIAL | Dotaz |
 |
683PSB202K2H | Illinois Capacitor | CAP FILM 0.068UF 10% 2KVDC RAD | Dotaz |
 |
B32529C472K189 | EPCOS (TDK) | CAP FILM 4700PF 10% 63VDC RADIAL | Dotaz |
|
BFC233865223 | Vishay BC Components | CAP FILM 0.022UF 10% 1KVDC RAD | Dotaz |
|
MKT1817233405 | Vishay BC Components | CAP FILM 3300PF 10% 400VDC RAD | Dotaz |
|
MKP1841275206 | Vishay BC Components | CAP FILM 7500PF 20% 2KVDC RADIAL | Dotaz |
|
BFC237018224 | Vishay BC Components | CAP FILM 0.22UF 10% 63VDC RADIAL | Dotaz |
 |
F17725152264 | Vishay BC Components | CAP FILM 1.5UF 20% 630VDC RADIAL | Dotaz |
 |
B32522C6154K189 | EPCOS (TDK) | CAP FILM 0.15UF 10% 400VDC RAD | Dotaz |
|
683PSB302K4H | Illinois Capacitor | CAP FILM 0.068UF 3KVDC RAD 4LD | Dotaz |
 |
DPM4S15K-F | Cornell Dubilier Electronics (CDE) | CAP FILM 0.015UF 10% 400VDC RAD | Dotaz |
|
683PSB152K2H | Illinois Capacitor | CAP FILM 0.068UF 10% 1.5KVDC RAD | Dotaz |
|
683PSB152K2G | Illinois Capacitor | CAP FILM 0.068UF 10% 1.5KVDC RAD | Dotaz |
|
683PSB302K2J | Illinois Capacitor | CAP FILM 0.068UF 10% 3KVDC RAD | Dotaz |
|
683PSB302K2H | Illinois Capacitor | CAP FILM 0.068UF 10% 3KVDC RAD | Dotaz |
Latest News
- Xilinx Ships Industry's First 16nm All Programmable MPSoC Ahead of Schedule
- Xilinx and Samsung Jointly Enable the World's First 5G NR Commercial Deployment
- TI to reduce costs in Wireless business; OMAP™ processors and wireless connectivity solutions will focus on embedded markets
- TI's Peter Balyta to head Education Technology division; Melendy Lovett to retire
- Janet Clark to join TI board of directors
- TI unveils DLP® 0.66-inch 4K ultra-high definition (UHD) chip, enabling more affordable large screen projection displays for home, business and education
- GCHQ Director calls for international cyber pact
- Embedded World: Arm introduces fourth security element to PSA
- Last chance: Nominate BrightSparks before 28 February
- Embedded World 2019: Get the full Electronics Weekly Guide
- "Xcell Journal" Special Edition: Xilinx Customers Shape a Brilliant Future
- Xilinx Launches Public Access of the SDSoC Development Environment to Expand Zynq SoC User Base to Broad Community of Systems and Software Engineers