Product overview
- Part Number
- CW00510K00JE12
- Manufacturer
- Vishay / Dale
- Product Category
- Wirewound Resistors - Through Hole
- Description
- Wirewound Resistors - Through Hole 5watts 10Kohms 5%
Documents & Media
- Datasheets
- CW00510K00JE12
Product Attributes
- Length :
- 25.4 mm
- Maximum Operating Temperature :
- + 250 C
- Minimum Operating Temperature :
- - 65 C
- Power Rating :
- 5 W
- Resistance :
- 10 kOhms
- Series :
- CW
- Temperature Coefficient :
- 30 PPM / C
- Termination Style :
- Axial
- Tolerance :
- 5 %
- Voltage Rating :
- 224 V
- Width :
- 6.4 mm
Description
Wirewound Resistors - Through Hole 5watts 10Kohms 5%
Price & Procurement
Associated Product
You May Also Be Interested In
Part | Manufacturer | Stock | Description |
---|---|---|---|
PN5180A0ET/C4QL | NXP Semiconductors | 980 | RF Front End High-performance multi-protocol full NFC Forum-compliant frontend |
PN5180A0ET/C2QL | NXP Semiconductors | 490 | RF Front End High-performance multi-protocol full NFC Forum-compliant frontend |
RFFM6900TR13 | Qorvo | 2,500 | RF Front End 900 MHz FEM |
AD8285WBCPZ | Analog Devices Inc. | 60 | RF Front End Radar Receive Path AFE |
RFFM8227PTR7 | Qorvo | 2,500 | RF Front End 2.4GHz Wi-Fi Switched LNA |
RFFM8250TR7 | Qorvo | 2,500 | RF Front End 2412-2484MHz 13dB, 5dBm |
QPF4568SR | Qorvo | 300 | RF Front End 5GHz Wi-Fi 6 Low Power Front End Module |
QPF4206SR | Qorvo | 200 | RF Front End 2.4GHz Wi-Fi Front End Module (11ax) |
QPF4588ASR | Qorvo | 200 | RF Front End 5GHz Wi-Fi 6 High Power Front End Module |
RFFM6907SR | Qorvo | 200 | RF Front End 868-925MHz FEM 868-930MHz AMI/AMR |
NJG1159PHH-A-TE1 | NJR (New Japan Radio) | 6,000 | RF Front End AEC-Q100 GNSS FEM 2.8V 3.7mA 16.0dB |
SKY65383-11 | Skyworks Solutions Inc. | 4,500 | RF Front End High Power 2.4-GHz FEM |
SKYA21040 | Skyworks Solutions Inc. | 19,727 | RF Front End 2G WLAN SW/LNA Front End DFN Package |
MAX2077CTN+ | Maxim Integrated | 845 | RF Front End Octal-Channel Ultrasound Front-End |
MAX2077CTK+ | Maxim Integrated | 1,954 | RF Front End Octal-Channel Ultrasound Front-End |