Abelma,
i saw the mails today, i just came back from Easter Holiday.
i have the TDA2500/TA0105 boards ready, and if you need fast i can send with DHL. contact me by mail for cost details. there are 2 different types of linear power supply boards. one is with double rectifier bridge, and 4+2 capacitors, suitable for the LME498xx modules, which requires separate supply for the power stage and driver stage, and the other one is with single Hyperfast rectifier diodes bridge such as this one: Connexelectronic
the difference between various models using the same board is the capacitors value and voltage, and the diodes.
i saw the mails today, i just came back from Easter Holiday.
i have the TDA2500/TA0105 boards ready, and if you need fast i can send with DHL. contact me by mail for cost details. there are 2 different types of linear power supply boards. one is with double rectifier bridge, and 4+2 capacitors, suitable for the LME498xx modules, which requires separate supply for the power stage and driver stage, and the other one is with single Hyperfast rectifier diodes bridge such as this one: Connexelectronic
the difference between various models using the same board is the capacitors value and voltage, and the diodes.
the maximum peak power is limited at about 1000W from the primary side current limit circuit, so the output power will be the same for different output voltages. the peak output current for +-50V is 10A, for +-45V about 11A and for +-55V about 9A.
Cristi. Did you had my last email with more questions. I would like to order as soon is possible. Knowing that you have trouble with the email servers, sorry for insist. Thx.
Thanks for your answer Cristi.
So if I understand well,it will be ok to say that an smps1000 power supply
cand deliver 50V 20A on one side of the supply if the other side supply 0A.
And if it's the case I can drive a class d amplifier with 500watts
per channel with one smps1000.
Is that ok?
So if I understand well,it will be ok to say that an smps1000 power supply
cand deliver 50V 20A on one side of the supply if the other side supply 0A.
And if it's the case I can drive a class d amplifier with 500watts
per channel with one smps1000.
Is that ok?
the actual A1000SMPS can deliver the peak 1000W when the current drawn from both rails is equal. if the current draw is higher on one rail compared with the other the output voltage of that rail will drop and the other one will increase to compensate the total voltage between + and -. if you need just 48V single voltage, this can be done with a simple modification.
Dear Cristi,
I try to download the TA3020 v3a pdf document but always got it corrupted...
Also, what's really the difference between v2, v3a, v3b, and v3c, aside from re-layout to provision bigger capacitor?
From that 4 models, which one do you consider as the "best"? Is it true that although v2 is the oldest offering, it is still the reference to which all version 3 compared to? Especially after I found that v3a and v3b are quite limited for upgradeability, while v3c offer the same upgradeability as v2...?
... and the pdf document for the v3c is not yet available?
thanks
---
David
I try to download the TA3020 v3a pdf document but always got it corrupted...
Also, what's really the difference between v2, v3a, v3b, and v3c, aside from re-layout to provision bigger capacitor?
From that 4 models, which one do you consider as the "best"? Is it true that although v2 is the oldest offering, it is still the reference to which all version 3 compared to? Especially after I found that v3a and v3b are quite limited for upgradeability, while v3c offer the same upgradeability as v2...?
... and the pdf document for the v3c is not yet available?
thanks
---
David
Please access the manual link directly if cannot access through page: Connexelectronic
http://www.connexelectronic.com/documents/TA3020_Audio_Amplifier_Module_v3c.pdf
the v3 series amplifiers started with v3a, and has been improved since then, both the layout and functionality. i keep making the TA3020v2 because there are requests for this module, some prefer this module because of the size of the heatsink, some others because there is more space for the input capacitors, or because has the 5V output available on Signal connector.
http://www.connexelectronic.com/documents/TA3020_Audio_Amplifier_Module_v3c.pdf
the v3 series amplifiers started with v3a, and has been improved since then, both the layout and functionality. i keep making the TA3020v2 because there are requests for this module, some prefer this module because of the size of the heatsink, some others because there is more space for the input capacitors, or because has the 5V output available on Signal connector.
Hi Christi,
I got the v3c and even v3a PDF... thanks.. I'll learn them...
What improvement that I can expect from v4? (I read that you work on v4...)
What is the benefit of having A1000 over the A500 SMPS? beside the maximum power supply, which I may not need to have such a high Wattage....
Thanks,
---
David
I got the v3c and even v3a PDF... thanks.. I'll learn them...
What improvement that I can expect from v4? (I read that you work on v4...)
What is the benefit of having A1000 over the A500 SMPS? beside the maximum power supply, which I may not need to have such a high Wattage....
Thanks,
---
David
Hi David,
the V4 will be with on-board power supply, BIPS, speaker protection, all what one need to build a complete high performance medium power amplifier on a single board.
the advantage of A1000SMPS over A500SMPS is the bigger available power and the fact that the A1000SMPS is regulated, the output voltage is stable up to maximum output power. the A500SMPS use half-bridge resonant topology, the output voltage is not regulated and drop about 10% at maximum power. this is the classic topology used in >80% of the PA amplifiers.
the V4 will be with on-board power supply, BIPS, speaker protection, all what one need to build a complete high performance medium power amplifier on a single board.
the advantage of A1000SMPS over A500SMPS is the bigger available power and the fact that the A1000SMPS is regulated, the output voltage is stable up to maximum output power. the A500SMPS use half-bridge resonant topology, the output voltage is not regulated and drop about 10% at maximum power. this is the classic topology used in >80% of the PA amplifiers.
big dissapointment, but...still alive
i have replied to a mail with similar question regarding the amplifier, not mine. i thought was you who asked.
anyway. the 500W LME49810 amplifier needs +-75 to +-85V for the power stage and with about 5-10V more for the driver stage. the suitable power supply for this amplifier is this one: Connexelectronic which can provide 4 rails voltage for the amp.
i have replied to a mail with similar question regarding the amplifier, not mine. i thought was you who asked.
anyway. the 500W LME49810 amplifier needs +-75 to +-85V for the power stage and with about 5-10V more for the driver stage. the suitable power supply for this amplifier is this one: Connexelectronic which can provide 4 rails voltage for the amp.
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