Add a second final mosfet which I have already done. Or the rfx75. From what I've heard the rfx gets overheated easily n will produce roughly 75+- Watts. I. Am seeing 60 with the dual loafers in final stage.. I am using a small fan on rear of chassis to keep it cooled now
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opinions needed!!
- Thread starter doc919
- Start date
http://www.cbtricks.com/miscellaneo.../galaxy_dx949_959_2547_erf2030_mod_rev1-2.pdf
Required Parts:
2pc ERF-2030
1pcs EN-369FN
1pc 33K ohm, 1/4 Watt Resistor
1pc Heat shrink tubing
1pc 560pF Ceramic Disc Capacitor
1pc 330pF Ceramic Disc Capacitor
Transistor mounting hardware (Insulator, Washer, Screw/Nut, Thermal Grease)
1pc Heatsink
Required Parts:
2pc ERF-2030
1pcs EN-369FN
1pc 33K ohm, 1/4 Watt Resistor
1pc Heat shrink tubing
1pc 560pF Ceramic Disc Capacitor
1pc 330pF Ceramic Disc Capacitor
Transistor mounting hardware (Insulator, Washer, Screw/Nut, Thermal Grease)
1pc Heatsink
You can buy one directly from Galaxy for an OEM look, fit, & function.
Google them . . .
Running dual MOSFETs w/o a heatsink is asking for trouble in the near future.
Then add a fan on the heatsink and know you did the job right.
Google them . . .
Running dual MOSFETs w/o a heatsink is asking for trouble in the near future.
Then add a fan on the heatsink and know you did the job right.
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Have Google's their galaxy site but didn't see any type of price range, just the types of makes n models. Guess I could given a ring to see what price range. Thanks again. I. Have noticed you seem to be very helpful to alot of people. 73's to ya
This is the heatsink on my Magnum Omegaforce w/RFX-75.
I put dual fans on it because they can get pretty hot. MOSFETs can build heat up rapidly and fail suddenly. Been there; done that . . .
I have had success with both the RFX and the dual final setup. The key to the RFX is remember it says "75". Pushing it past that is possible but generates an enormous amount of heat.
Robb is correct that you need a heatsink on those finals. I got a few off fleabay for pretty cheap. 8 bucks I think.
Either way you go about it, pushing mosfets or transistors for that matter, past the rated limit just generates heat. Nobody on the other end is going to tell the difference between 75 and 90 watts respectively.
Robb is correct that you need a heatsink on those finals. I got a few off fleabay for pretty cheap. 8 bucks I think.
Either way you go about it, pushing mosfets or transistors for that matter, past the rated limit just generates heat. Nobody on the other end is going to tell the difference between 75 and 90 watts respectively.
Ok thank you both for the input. So basically $ for $ & self installed just staying with the dual final FETS " with heatsink" is just as practical?