Encased Mechanical with Flange .....................................................15
Ordering Information .....................................................................16
www.synqor.com
Doc.# 005-0006859 Rev. A
05/10/2017
Page No.
Product MPFIC-U-48-HT
Phone 1-888-567-9596
Page 1
Typical Application
F
1
MPFIC-U-48-HT
Input:85-264Vrms
Output:48Vdc
Current:6.8A
Isolation
L
1
IN
L
1
OUT
TVS
1
L
1
Vout+
MOV
1
SynQor
MCOTS
AC Line Filter
GND
L
2/
N
IN
L
2/
N
OUT
SynQor
MPFIC Module
L
2/
N
DC Good
AC Good
PFC ENA
C
Load
Vout-
I
Load
HU+
AUX
C
Hold-Up
C
Y
1
ENABLE
HU-
C
Y
2
Isolated AC Good
Isolated DC Good
F
1
:
MOV
1
, TVS
1
:
C
Hold-Up
:
C
Y1-Y2
:
5A / 250V Fuse
Must prevent peak voltage from exceeding 575V during all transients.
Must also not be acting for the desire operating range.
50 - 500 μF (Dependent on Power Level and Line Frequency)
See “EMI Considerations” in application notes
Example Parts:
F
1
:
MOV
1
:
TVS
1
:
C
Hold-Up
:
C
Y1
:
C
Y2
:
250VAC, 5A; Littelfuse 0216005.MXEP
300VAC, 60J; EPCOS S10K300E2
400V, 3J; two VISHAY 1.5KE200CA devices connected in series
One 450V, 330µF; EPCOS B43508B5337M (-40°C)
Two 250V, 560µF; Cornell Dubilier MLS561M250EB0C
in series
with balancing resistors (-55°C)
3.3nF, 500VAC; Vishay VY1332M59Y5UQ6TV0
10nF, 300VAC; Vishay VY2103M63Y5US63V7
Figure A:
Typical Application of the MPFICQor module to create an AC-DC Power Supply
Product #MPFIC-U-48-HT
Phone 1-888-567-9596
www.synqor.com
Doc.# 005-0006859 Rev. A
05/10/2017
Page 2
Technical Specification
MPFIC-U-48-HT Electrical Characteristics
MPFIC-U-48-HT
Input:85-264Vrms
Output:48Vdc
Current:6.8A
Operating conditions of 115Vrms, 60Hz input, 6.8A output, 200µF bulk capacitance, and baseplate temperature = 25°C unless otherwise noted; full
operating baseplate temperature range is -55 °C to +100 °C with appropriate power derating. Specifications subject to change without notice.
Parameter
Min.
Typ.
Max.
Units
Notes & Conditions
ABSOLUTE MAXIMUM RATINGS
Input Voltage (L1 to L2/N)
575
Vpk
Isolation Voltage (Input to Output)
4250
Vdc
See Note 3
Isolation Voltage (Input/Output to Baseplate)
2150
Vdc
See Note 3
Operating Temperature
-55
100
°C
Baseplate temperature
Storage Temperature
-65
125
°C
Voltage at
AC GOOD
and pins
-0.3
16
V
Referenced to HU-
Voltage at
DC GOOD
and pins
-0.3
16
V
Referenced to HU-
Current drawn from AUX pin
0
10
mADC
Voltage at
PFC enable
pin
-2
575
V
Referenced to HU-
INPUT CHARACTERISTICS (L1 to L2/N)
Operating Input Voltage Range
AC Input Continuous
85
264
Vrms
Available output power reduced when <90 Vrms
AC Input 100ms Transient
40
290
Vrms
Input Under-Voltage Lockout
30
Vrms
>1s duration
Input Over-Voltage Shutdown
440
Vpk
Operating Input Frequency
47
63
Hz
50/60Hz range, for startup
360
800
Hz
400Hz range, for startup
45
800
Hz
After startup, unit operates over wide frequencies
Power Factor of AC Input Current
0.99
50/60Hz, min 200W output
0.97
400Hz, min 200W output
Total Harmonic Distortion of AC Input Current
3
%
Inrush of AC Input Current
When used with SynQor AC line filter
50/60Hz
10
Apk
400Hz
20
Apk
Enabled AC Input Current (no load)
100
180
mArms 115 Vrms input
Disabled AC Input Current
30
50
mArms
Maximum Input Power
385
W
Maximum Input Current
4.8
Arms
85 Vrms input
OUTPUT CHARACTERISTICS
Output Voltage Set Point at Full Load
See Figure 6 for V-I curve
Standard Option
47.4
48.0
48.6
Vdc
-D Option
45.8
47.1
47.4
Vdc
Total Output Voltage Range
See Figure 6 for V-I curve
Standard Option
47.0
51.5
Vdc
-D Option
45.8
52.4
Vdc
Standard Option Voltage Regulation
Above half load
Over Line
±0.3
%
Vin < 250 Vrms
Over Load
-1.5
0.5
%
Over Temperature
-720
720
mV
Output Voltage Ripple and Noise
60Hz, see Note 1
Peak-to-Peak
3.0
%
With 200µF hold-up capacitance, full load at 60Hz
RMS
1.2
%
Operating Output Current Range
0
6.8
A
Output Current Limit
Unit continues to operate for 1s before shutdown
A
115 Vrms
7.5
230 Vrms
8.5
A
Maximum Output Capacitance
500
µF
At half resistive load
HOLD-UP CHARACTERISTICS
Typical Hold-up Voltage
400
Vdc
Hold-up Voltage Range
385
415
Vdc
Hold-up voltage varies with load
Hold-up Over-Voltage Protection Threshold
440
460
Vdc
Hold-up Under-Voltage Shutdown Threshold
200
Vdc
Hold-up Capacitance
50
500
µF
See Note 2
External Common-Mode Capacitance
20
nF
See “EMI Considerations” in application notes
Efficiency
100% Load at 115Vrms
90
%
See Figure 1 for efficiency curve
100% Load at 230Vrms
92
%
See Figure 1 for efficiency curve
Note 1: 200µF electrolytic hold-up capacitor having a typical ESR of 0.5Ω. Ripple amplitude dependent on capacitance and ESR of hold-up capacitor.
Note 2: The MPFICQor is able to operate with a minimum of 50µF of hold-up capacitance, but SynQor recommends at least 330µF if the power system will be required
to conform to lightning surge standards. This is because the MPFICQor relies on the hold-up capacitor to absorb the energy from a lightning surge.