Product overview
- Part Number
- LFA150F-3R3-CJ1Y
- Manufacturer
- Cosel
- Product Category
- Switching Power Supplies
- Description
- Switching Power Supplies AC/DC PS(Open frame)
Documents & Media
- Datasheets
- LFA150F-3R3-CJ1Y
Product Attributes
- Height :
- 1.5 in
- Industry :
- Industrial
- Input Voltage :
- 85 VAC to 264 VAC
- Length :
- 6.3 in
- Mounting Style :
- Chassis
- Number of Outputs :
- 1 Output
- Open Frame/Enclosed :
- Open Frame
- Output Current-Channel 1 :
- 30 A
- Output Power :
- 99 W
- Output Voltage-Channel 1 :
- 3.3 VDC
- Series :
- LFA
- Width :
- 2.9 in
Description
Switching Power Supplies AC/DC PS(Open frame)
Price & Procurement
Associated Product
You May Also Be Interested In
Part | Manufacturer | Stock | Description |
---|---|---|---|
0402AS-0N9K-08 | Fastron | 3,000 | Fixed Inductors Wire-wound Ceramic RF Chip Inductor |
0402AS-022J-08 | Fastron | 3,000 | Fixed Inductors 22nH 250MHz 5% Tol |
0402AS-2N2K-08 | Fastron | 3,000 | Fixed Inductors Wire-wound Ceramic RF Chip Inductor |
0402AS-2N7K-08 | Fastron | 3,000 | Fixed Inductors Wire-wound Ceramic RF Chip Inductor |
0402AS-2N5K-08 | Fastron | 3,000 | Fixed Inductors Wire-wound Ceramic RF Chip Inductor |
0402AS-019J-08 | Fastron | 3,000 | Fixed Inductors Wire-wound Ceramic RF Chip Inductor |
0402AS-5N1J-08 | Fastron | 3,000 | Fixed Inductors 5.1nH 250MHz 5% Tol |
0402AS-9N5J-08 | Fastron | 3,000 | Fixed Inductors Wire-wound Ceramic RF Chip Inductor |
0402AS-020J-08 | Fastron | 3,000 | Fixed Inductors 20nH 250MHz 5% Tol |
0402AS-9N0J-08 | Fastron | 3,000 | Fixed Inductors Wire-wound Ceramic RF Chip Inductor |
0402AS-4N7K-08 | Fastron | 3,000 | Fixed Inductors Wire-wound Ceramic RF Chip Inductor |
0402AS-3N3K-08 | Fastron | 3,000 | Fixed Inductors Wire-wound Ceramic RF Chip Inductor |
0402AS-3N6K-08 | Fastron | 3,000 | Fixed Inductors Wire-wound Ceramic RF Chip Inductor |
0402AS-8N7J-08 | Fastron | 3,000 | Fixed Inductors Wire-wound Ceramic RF Chip Inductor |
0402AS-011J-08 | Fastron | 3,000 | Fixed Inductors Wire-wound Ceramic RF Chip Inductor |