Product overview
- Part Number
- QPF4291TR13
- Manufacturer
- Qorvo
- Product Category
- RF Front End
- Description
- RF Front End 2.4GHZ WI-FI 6 DUALPATH FRONT END MODULE
Documents & Media
- Datasheets
- QPF4291TR13
Product Attributes
- Mounting Style :
- SMD/SMT
- NF - Noise Figure :
- 2 dB
- Operating Frequency :
- 2402 MHz to 2482 MHz
- Operating Supply Current :
- 247 mA, 295 mA
- Operating Supply Voltage :
- 3.85 V
- Packaging :
- Cut Tape, Reel
- Type :
- RF Front End
Description
RF Front End 2.4GHZ WI-FI 6 DUALPATH FRONT END MODULE
Price & Procurement
Associated Product
You May Also Be Interested In
Part | Manufacturer | Stock | Description |
---|---|---|---|
1331R-682H | API Delevan | 3,000 | Fixed Inductors 6.8uH 3% 3.2ohm Sheilded SMT Induc |
1331R-331H | API Delevan | 3,000 | Fixed Inductors .33uH 3% .18ohm Sheilded SMT Induc |
MPI4012V2-R47-R | Coiltronics / Eaton | 3,000 | Fixed Inductors .47uh 19mOhm 6.8A |
MPI2510V2-R68-R | Coiltronics / Eaton | 3,000 | Fixed Inductors IND 0.68uH, 4.3A, 2.5X2.0X1.0 SMT, 2Pads |
MPI2510V2-R33-R | Coiltronics / Eaton | 3,000 | Fixed Inductors IND 0.33uH, 6.6A, 2.5X2.0X1.0 SMT, 2Pads |
MPI2512V2-R33-R | Coiltronics / Eaton | 3,000 | Fixed Inductors IND 0.33uH, 7.5A, 2.5X2.0X1.2 SMT, 2Pads |
2512R-183F | API Delevan | 3,000 | Fixed Inductors 18uH 1% 2.6ohm Molded SMT Inductor |
2512R-223F | API Delevan | 3,000 | Fixed Inductors 22uH 1% 3.5ohm Molded SMT Inductor |
2512R-563F | API Delevan | 3,000 | Fixed Inductors 56uH 1% 4.6ohm Molded SMT Inductor |
2512R-392F | API Delevan | 3,000 | Fixed Inductors 3.9uH 1% .82ohm Molded SMT Inductor |
2512R-393F | API Delevan | 3,000 | Fixed Inductors 39uH 1% 3.9ohm Molded SMT Inductor |
2512R-122F | API Delevan | 3,000 | Fixed Inductors 1.2uH 1% .21ohm Molded SMT Inductor |
2512R-152F | API Delevan | 3,000 | Fixed Inductors 1.5uH 1% .27ohm Molded SMT Inductor |
2512R-182F | API Delevan | 3,000 | Fixed Inductors 1.8uH 1% .29ohm Molded SMT Inductor |
2512R-272F | API Delevan | 3,000 | Fixed Inductors 2.7uH 1% .54ohm Molded SMT Inductor |