FX5959G701ADJT5 VISHAY Distributor
Manufacturer Part Number | FX5959G701ADJT5 |
---|---|
Manufacturer / Brand | VISHAY |
Available Quantity | 19320 Pieces |
Unit Price | Quote by Email ([email protected]) |
Brife Description | Power LED Driver the Smallest and Low Profile Constant Current Source 0 - 2.0A 2.5V to 7V with 450W/in3 Power Density and High Efficiency |
Product Category | VISHAY Components |
Lead Free Status / RoHS Status | Lead free / RoHS Compliant |
Moisture Sensitivity Level (MSL) | 1 (Unlimited) |
Delivery Time | 1-2 Days |
Date Code (D/C) | New |
Datasheet Download | FX5959G701ADJT5.pdf |
Please fill the below inquiry form, we will reply you the quotation for FX5959G701ADJT5 within 24 hours.
- Part Number
- FX5959G701ADJT5
- Production Status (Lifecycle)
- Contact us
- Manufacturer Lead time
- 6-8 weeks
- Condition
- New & Unused, Original Sealed
- Shipping way
- DHL / FEDEX / UPS / TNT / EMS / Normal Post
- Packaging / Case
- ORIGINAL
- Part Status
- Stock quantity available to ship now
- Mounting Type
- DIP/SMD
- Voltage
-
- Current
-
- Ratings
-
- Operating Temperature
-
- Features
-
- Size / Dimension
-
- Height
-
- Other Part Number
- FX5959G701ADJT5-VISHAY
- Weight
- Contact us
- Application
- Email for details
- Replacement Part
- FX5959G701ADJT5
Related Components made by VISHAY
Related Keywords For "FX595"
Part Number | Manufacturer | Description |
---|---|---|
FX5959G701 | VISHAY | Power LED Driver the Smallest and Low Profile, Constant Current Source 0 - 2.0A, 2.5V to 7V, with 450W/in3 Power Density and High Efficiency |
FX5959G701ADJB1 | VISHAY | Power LED Driver the Smallest and Low Profile, Constant Current Source 0 - 2.0A, 2.5V to 7V, with 450W/in3 Power Density and High Efficiency |
FX5959G701ADJB5 | VISHAY | Power LED Driver the Smallest and Low Profile, Constant Current Source 0 - 2.0A, 2.5V to 7V, with 450W/in3 Power Density and High Efficiency |
FX5959G701ADJT5 | VISHAY | Power LED Driver the Smallest and Low Profile, Constant Current Source 0 - 2.0A, 2.5V to 7V, with 450W/in3 Power Density and High Efficiency |