From: Subject: 250 W S.M.P.S. with Power-FETs Date: Thu, 7 Apr 2011 20:15:09 -0700 MIME-Version: 1.0 Content-Type: multipart/related; type="text/html"; boundary="----=_NextPart_000_0000_01CBF560.7E117550" X-MimeOLE: Produced By Microsoft MimeOLE V6.00.2900.5994 This is a multi-part message in MIME format. ------=_NextPart_000_0000_01CBF560.7E117550 Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Content-Location: file://C:\Documents and Settings\Dan Fraser\My Documents\_TruTechnology\Design Info\Power supplies\Switching Power Supplies\250 W S.M.P.S. with Power-FETs.htm 250 W S.M.P.S. with Power-FETs

I would be grateful for a professional translation or = correction of the following text. Please E-Mail to Delta = Lima=20 2 Yankie Echo Oscar @ Queen=20 Romeo Papa 4 Uniform .Delta = Echo=20

250 W S.M.P.S. with Power FETs

Safety Instructions

Caution mortal danger: The following = circuit=20 operates at a mains voltage of 230 Vac. Because of rectification some of = the=20 components conduct dc voltage of more than 322 V. Work has to be carried = out=20 only if the circuit is disconnected from the mains and de-energized. = Note that=20 capacitors located to the primary side can be charged with high voltage = for=20 several seconds even after switching of the mains = voltage.

Experiments with the PC power supply encouraged me to an "advancement = "=20 design. The new power supply is also a forward converter with a = half-bridge=20 topology. The difference to the modified PC power supply consists in the = following items: Two power FETs instead of bipolar transistors used as = power=20 switches, a synchronous rectifier on the secondary side instead of power = diodes,=20 the lack of a driver stage (current-proportional control) and a more = simple=20 over-current and over-voltage monitor. With the magnetic components = (output=20 transformer, driver transformer, chokes...) stripped from a PC power = supply, the=20 new power supply delivers a max. power output of 250 W, whereby the = efficiency=20 amounts up to 90 %. The power supply can handle 20 % over-load for a = short=20 duration.

Magnetic components from a PC power supply

The magnetic components of PC power supplies for AT boards do not = indicate=20 large differences. They are usually designed for a switching frequency = of 25...=20 40 kHz and a power output of 200... 240 W. The transformers on the = S.M.P.S=20 circuit boards are to be found often in a small or somewhat larger size. = I am=20 not able to say, whether the larger size brings more power or if it is = only an=20 older design. For the new power supply I preferred the larger = transformers,=20 because of more space for additional turns available at all three = transformers.=20 The smaller transformers are completely filled with copper and isolation = material and therefore only conditionally suitable for a = modification.

Fig. 1: Transformers from the PC power supply

3D"{short


Mains rectifier and filter

This circuit section is uncomplicated. The current compensated choke = Dr1=20 (mains filter) is followed by a NTC resistor for limiting the inrush = current.=20 Its cold resistance amounts to 5 ohms and after few minutes the warm = resistance=20 is less than one ohm. The 230 Vac rectifier is generously dimensioned = with 4 A=20 and hence no cooling is necessary. A criterion for the selection of the = capacity=20 of C3 and C4 is the height of the admissible ripple voltage Ubr and the = number=20 of mains voltage half waves to be bridged. For Ubr =3D  25 V = and zero=20 half waves two 470 uF capacitors in series are sufficient. This = specification=20 applies to maximum load during low mains voltage Umin =3D 230=20 Vac - 15%

Fig. 2: Filter, rectifier and power switches =

Power switches

As power switches FETs were used due to their short rise and fall = times and=20 the easy, component-saving driver circuit. If one is content with = switching=20 times of 100 ns, a small driver transformer and two gate resistances are = sufficient for triggering the FETs. Re-dimensioning of the secondary = winding for=20 the supply of the gate voltage is not to be gone around unfortunately. = The=20 single turn and 2 x 8 turns must be removed from transformer Tr4. = Instead of=20 this 2 x 16 turns (bifilar) have to be applied. With a winding ratio of = 16 : 26=20 and a 20 Vs control signal from IC1 the FETs gate voltage is up to 10 V = high.=20 With this voltage one achieves the indicated FETs Ron of 0,75 ohms and = thus very=20 small conduction losses. Dynamic (switching) losses at 50 kHz and the = before=20 mentioned switching times assume negligible. The PWM IC drives enough = current=20 for fast on /off switching the FETs. Increasing the switching frequency = from=20 before 33 kHz (PC power supply) to 50 kHz (new power supply) allows to = transfer=20 more energy via the transformer. You can not increase the latter with a = given=20 transformer whatever you like, since the transformer is usable for a = certain=20 frequency range only. Attempts showed that the transformer can cope with = the=20 factor 1.5 without problems (overheating).

Control circuit

After switching on the 230 Vac mains voltage an auxiliary voltage is=20 available from the small 50 Hz transformer Tr1 for starting up the PWM=20 controller SG3525. The P acting operation amplifiers in the SG3525 = compares a=20 portion of the 13,8 output voltage (actual value) with the internal +5,1 = V=20 reference voltage (set value) and forms from it the correction variable = for the=20 pulse width modulator. The modulator sends alternate control pulses via = its two=20 outputs to the transformer Tr4. The pulse duration is reciprocal to the=20 correcting variable. Increased loading to the +13.8 V output makes for = wider=20 pulses, lighter loading causes narrower pulses. The switching frequency = of the=20 power switches is 50 kHz. For higher frequencies the FETs are usable but = not the=20 magnetic components that were taken over by the PC power supply. The = oscillator=20 frequency is determined by the components attached to pin 5 and 6. R14=20 determines the dead time, which is absolutely necessary to avoid two = switching=20 transistors conduct at the same time. Due to the not present storage = time for=20 FETs a very small value could be set. With 1 us deadtime and 20 us = period=20 duration the FETs can theoretically lead current for 95 % of the time = and thus=20 deliver energy to the output. Charging C13 after switching on causes a = soft=20 start with narrow pulse first and wider control pulses afterwards. = Terminal (a)=20 of the driver transformer Tr4 remains free. Only one half (26 t) of the = primary=20 turns (b - c) and the 16 turns of the secondary winding are sufficient = to form=20 the necessary ratio of 0,6.

Fig. 3: PWM control and monitoring
3D"{short

Monitoring functions

Two protection circuits are included in the new power supply. The = transformer=20 Tr2 is used as current detector and produces at R16 a voltage that is=20 proportional to the current flow through the power switches. If the = voltage at=20 the shutdown pin 10 exceeds the limit value adjustable with P1, the = control IC=20 switches off immediately and restarts after a short duration. The reason = for=20 this is usually a too high current at the secondary side of the power=20 transformer, caused by a short-circuit or an overload to the output. The = load=20 and the circuit itself are likewise protected from overvoltage at the Vo = output.=20 The SG3525 switches off at Vo > 15 V. Note: Both protection circuits = are=20 ineffective if the slider of P1 is adjusted to Gnd potential.

Synchronous rectifier

One must deal with a power dissipation up to 17 W at 18 A output = current when=20 using a rectifier with fast recovery diodes. With a 30 A / 45 V Schottky = diode=20 the looses are 12 W nevertheless. This rate forms the highest proportion = referring of the total losses. The losses at the mains rectifier, power=20 switches, transformers and the output choke are together below this = value.

An improvement brings here a semi synchronous rectifier with two low=20 impedance power FETs. FETs with a low Ron of e.g. 15 mOhm have only a = voltage=20 drop of 0,3 V at 18 A during the conduction phase. Good Schottky diodes = are=20 rated at 0,6 V. In the literature however with push-pull topology such = circuits=20 are advised against. As reason it is indicated that the choke current = flows in=20 opposite direction (revers mode) through the parasitical body diodes of = the FETs=20 as long as they are in the off state. High switching losses occur due to = the=20 storage charge of the body diodes which has to be removed first during = the=20 transition to the normal operation. This looses destroy the benefits = achieved=20 during the conduction phase.

The following circuit avoids this disadvantage, since the body diodes = do not=20 operate in the reverse mode. The free wheeling diode D3 takes over choke = current=20 since it has a substantially smaller forward on voltage Uf compared to = the FETs=20 body diode. D3 is from Schottky type and is arranged before the choke = Dr2. The=20 diode does not have a storage charge and thus switching on/off is = extremely fast=20 combined with low losses. It was removed once for by way of trial. The = FETs heat=20 sink warmed up thereupon by around +10 =B0C, although the body diode of = the used=20 IRFZ44 has already a very good trr (reverse recovery time) of 47 ns.

With a typical duty cycle of 57 % the losses in the two FETs make = together=20 3.6 W. The free wheeling diode D3 is conducting for the remaining time = and=20 produces 4.6 W. Less than 8.2 W can only be attained, if one replaces = the free=20 wheeling diode also by a FET. Since triggering this FET is more complex = than=20 from VT3 and VT4, I did without this measure. A second reason is that = with mains=20 undervoltage or high output current the switch-on time of VT3/4 and not = the=20 switch-on time of D3 rise.

Fig. 4: Synchronous rectifier
3D"{short

Construction and alignment

For the power supply assembly a glass epoxy circuit board with the = dimensions=20 82 x 122 mm is needed. One should not use another material. It applies = to fasten=20 relatively heavy components and realize copper tracks that are able to = carry=20 high current. The components for regulation and monitoring are mounted = on a=20 small strip board. Sorry, but I was too lazy to design a PCB layout for = this=20 circuit part.

Fig.5: PCB layout (1:1) and assembly
3D"{short

For the interconnection of the components for regulation and = monitoring a 40=20 x 45 mm small strip-board is sufficient. The copper tracks (pink) are to = be=20 removed in the indicated places. A wood or a metal drill with a diameter = from 3=20 to 4 mm is suited best tool for this work. Cable links are drawn in as = broken=20 lines. They are forgotten fast with the assembly. The same applies to = the=20 horizontal ground potential bar within the upper area of the strip-board = that=20 distributes Gnd potential onto the vertical copper tracks.

Fig.6: View to the strip-board soldering side (2:1)
3D"{short

Fig. 7: View to the strip-board component side (2:1) =

Transformers

The following drawing shows the transformers stripped from a PC = switching=20 power supply. The data were determined so far as possible by = measurements,=20 counting turns and calculations.

Before using the transformers it has to be checked exactly = whether the=20 size, number of layers, wire size, number of turns and phasing = correspond to the=20 specification in the drawing and the photos. If doubts exist in the = matching,=20 the transformers should better not be used.

Fig. 8: PC transformers and modifications
3D"{short

Heat sinks

At the heat sinks is nothing special. They are manufactured from an = approx. 1=20 mm thick aluminum plate. VT1 and VT2 are to be fastened isolated on the = first=20 heat sink. The FETs may not have a electrical connection against each = other and=20 against the heat sink. With professional assembling of the transistors = touching=20 the heat sink is without danger. On the secondary side it is somewhat = simpler.=20 VT3, VT4 and D3 carry no dangerous voltage and need thus no isolation = for this=20 reason. Because of the FETs case and the Schottky diodes case have the = same=20 potential, there is no objection against mounting all three components = directly=20 onto the second heat sink. It is to be made certain however that there = is not=20 electrical connection between the heat sink itself and the power supply = housing=20 or electrical components.

Fig.9: Heat sink drawings
3D"{short

Parts list (1)

Resistors, capacitors and semi conductors

Parts No. Value
R1, 2 120 kOhm, 0,5 W
R3 100 Ohm , 2 W
R4, 5, 9 1 kOhm
R6 10 Ohm, 2 W
R7, 10 10 kOhm
R8 1,5 KOhm + 150 Ohm
R11 5,6 kOhm
R12, 13, 14 47 Ohm
R15, 16 150 Ohm
P1 10 kOhm trimming pot, 10 turns
NTC Heissleiter, 5 Ohm at 25 =B0C
C1, 2 0,1 uF 250 Vac
C3, 4 470 uF 200 V, 22 x 36 mm (diam. , H)
C5, 15 2,2 nF
C6 1 uF, 250 Vac
C9, 10 2200 uF, 35 V low ESR, 16 x 34 mm (Diam., = H)
C7 100 =B5F, 35 V
C8, C20 10 nF
C11,12 0,22 =B5F
C13 10 uF, 25 V
C14 2,2 nF Styroflex
C16 2,2 uF
C17, 18, 19 0,047 uF
D1, 2 PXPR1507 etc. fast 200 V / 1A diode
D3 MBR3045, 30 A / 45 V Schottky diode
D4, 5, 6 BAT 46
D7 Zener diode, 13 V / 0,5 W
D8 1N4148
VT1, 2 IRF730
VT3, 4 IRFZ44N
IC1 SG3525A
Gl1 Rectifier bridge, dual in-line B40C800 = DIP
Gl2 Rectifier bridge 400 V / 4 = A

Parts list (2)

Transformers, chokes and miscellaneous

Parts No. Value
Tr1 0,5 W print transformer EE20/10, 15 Vac at 34 mA, =
24 x=20 32 mm (Reichelt/Conrad)
Tr2 16 x 15 x 5 mm (W,H,D)
1 Wdg. prim.
2x 100 turns sec.
Tr3 40 x 35 x 12 mm (W,H,D) e.g. Tokin 25812 or. = 25801
2x 20 turns prim. (L  =3D 7 mH between a = <=3D>=20 c)
2x (3 + 4) turns sec. (L =3D 200 uH = between d=20 <=3D> f or d* <=3D> f*)
2x 4 turns sec. auxiliary winding for driving = VT3/4
Tr4 22 x 19 x 6 mm (W,H,D)
2x 26 turns. prim.
2x 16 turns. sec.
Dr1 current compensated 2A mains voltage choke =
Dr2 20 uH, T26-106 (yel. / white), 16 turns. 2x 1 mm = Cu wires=20 in parallel
better Magnetics Kool 259-77934-A7, 20 turns. 2x1 = mm Cu=20 wires in parallel
Additional mains filter general purpose 230 V / 2 A
Si 3,15 AT fuse, slow blow
PS Two pole mains switch
Miscellaneous PCB, heat sinks, isolation material, heat sink = compounder=20 etc.

The grey marked cells indicate the components, which can be taken = over by a=20 PC power supply. The electrical data must be compared before using them = and the=20 indicated modifications have to be executed.

Testing the power supply

I urgently advise against immediate connection to 230 Vac. Testing of = the new=20 power supply should take place in several test phases for safety reasons = and for=20 the avoidance of component destruction. The high voltage causes an = immediate=20 destruction of the components in the case of an error in the circuit. =

Warning: Check temperature of components only = if the=20 mains voltage is switched off.

Phase 1:The first test applies to the PWM-IC and the power = switch=20 control. For running the PWM-IC a lab power supply adjusted to 24 Vdc = must be=20 attached to Gnd and the positive plate of C7 (Vx). After switching on = the the IC=20 generates sharply rising and falling control pulses with maximum pulse = duration=20 at the output pins 11 and 14. With an oscilloscope measured signals at = the gate=20 of VT2 (VT1) must look like the one shown in figure 9. It is very = important that=20 the signals have the indicated shape, voltage and frequency. The signals = at the=20 gates must be further in opposite phase against each other. Otherwise, = both FETs=20 would conduct at the same time and produce a short-circuit when later = applying=20 supply voltage .

Fig. 9: VT2 (VT1) gate-source voltage
3D"{short

Phase 2: Now, connect three car light bulbs = (12 V / 21=20 W) to the 13,8 V output terminals. A 48 V / 1 A mains transformer feeds = the=20 S.M.P.S. via the L1 and N terminal with a galvanical isolated Ac = voltage. The +=20 24 Vdc lab supply is still connected during this test. 60 Vdc at C3 / C4 = is in=20 Europe defined as a non-dangerous voltage rate. At this voltage rate the = switching transistors can start operating and one can perform test = without=20 danger. For measurements with a dual-channel oscilloscope Gnd from the = secondary=20 section has to be connected temporary to the (Y) test point of the = primary=20 section with a wire link. The bulbs glow at Vout =3D 4,3 Vdc = if=20 everything is right. Rectification is executed by the FETs body diodes = only,=20 because the VT3 and VT4 gate-source voltage is not high enough to switch = on the=20 FET. The PWM controller tries to offer 13,8 V at the output at maximum = pulse=20 duration. The later cannot be successful due to the low 60 Vdc input = voltage and=20 the present transformer ratio.

Fig. 10: Voltage at test point (X) against (Y) und cathode D3 = against=20 Gnd
3D"{short

Phase 3: If everything is all right up to now, one can = proceed=20 with the exciting test at 230 Vac. The laboratory power supply, the 48 V = transformer, the measuring instruments and all provisional cable links = attached=20 for the test etc. must obviously be removed. The three car bulbs are = further=20 needed as a load and for the functional checks. If after applying of the = 230 Vac=20 mains voltage the lamps light up brightly, the output voltage amounts to = 13.8 V=20 and no undefined noises or smells are noticeable one has won the first = round. If=20 a non recognizable error has passed the pre-testing the two switching=20 transistors and copper tracks say good-bye with a more or less loud = bang. With=20 5,7 A the duty cycle D =3D tp / T =3D 5 us / 10 us = is=20 approximately 50 %.

Phase 4: For the following load test a dummy load is = needed=20 that can handle up to 300 W. Because such high power resistors are not = laying in=20 the junk box and purchasing them is very expensive, I took instead a 50 = m a ring=20 installation cable (3 x 1.5 mm2) . An individual wire has a resistance = 0.6 ohms=20 and can dissipate the mentioned watts without problems. Depending upon=20 interconnection of the three wires, load resistances of 0,6 / 1,2 and = 1.8 ohms=20 are realizable. By the ampmeter impedance, including the appropriate = measuring=20 wires positioned in series, the resistance value increases by approx. = 0.1 ohms.=20 At Vo =3D 13,8 V the following table indicates the power = output Po and=20 the current Io as a function of the loading.

Rl [Ohm] car bulbs Io [A] Po [W]
- / - 1x 12 V / 21 W 1,9 26
- / - 2x 12 V / 21 W 3,8 52
- / - 3x 12 V / 21 W 5,7 78
1,8 + 0,1 - / - 7,26 100
1,2 + 0,1 - / - 10,6 146
1,2 + 0,1 2x 12V / 21 W 10,6 + 3,8 198
1,2 + 0,1 3x 12V / 21 W 10,6 + 5,7 224
0,6 + 0,1 - / - 19,7 270

Additional measures for RFI noise reduction

Experience during the PC power supply modification have shown that = the=20 filtering on the PCB is not sufficient for amateur radio application. A=20 pre-arranged general purpose mains filter and a home made Pi filter = direct to=20 the 13,8 V output are used for improved RF noise reduction. To favor of = the=20 control loop stability the PI filter voltage drop is not eliminated. = Output=20 voltage changes of several ten millivolts at load changes have no = importance for=20 running a 100 W transceiver. The additional filter have to be mounted = inside the=20 S.M.P.S. case very close to the cable inlet and outlet.

Fig. 11: External components for RF noise reduction =

Operation experiences

Up to 10 A continuous output current or operation with 50 % ESD and = 18 A peek=20 current one can do without a fan if sufficient natural air flow is = present and=20 the ambient temperature does not exceed 30 =B0C. A small CPU fan (40 x = 40 mm)=20 should be used for more than 10 A continuous current. The heatsink = surface is=20 not large enough to keep the FETs junction temperature below the limit = value (=20 Tj  < 100 =B0C). With a CPU fan the heat sink temperature = remains=20 below 28 =B0C (Tu =3D 20 =B0C). The following table shows the = measured and=20 calculated power dissipation Pv of the basic components at 250 W output=20 power.

Abbr. Parts Pv [W]
Gl2, Dr1 Mains rectifier and filter 2,5
VT1 Switching transistors 4,0
VT2 4,0
R3 / C5 Snubbers 1,5
Tr3 Output transformer 2,0
VT3 Synchronous rectifier 1,8
VT4 1,8
D3 Free wheeling diode 4,6
Dr2 Choke 2,0
IC1 PWM control circuit 1,0
 
Sum   25,2

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