FA5331P Datasheet, PDF (2/13 Pages) Fuji Electric – Bipolar IC For Power Factor Correction

FA5331P(M)/FA5332P(M)
s Absolute maximum ratings
Item
Symbol
Rating
Unit
FA5331P(M)
FA5332P(M)
Supply voltage
VCC, VC
30
30
V
Output current
IO
±1.5
±1.5
A
Input voltage
VSYNC, VON/OFF, VVIN– –0.3 to +5.3
–0.3 to +5.3
V
VVDET, VOVP
VIDET
–10.0 to +5.3
–10.0 to +5.3
V
Total power dissipation Pd
(Ta=25°C)
850 (DIP-16) *¹ 850 (DIP-16) *¹ mW
650 (SOP-16) *² 650 (SOP-16) *²
Operating temperature Topr
–30 to +85
–30 to +85
°C
Storage temperature Tstg
–40 to +150
–40 to +150
°C
Notes:
*^{1 Derating factor Ta > 25°C: 6.8mW/°C (on PC board)}
*^{2 Derating factor Ta > 25°C: 5.2mW/°C (on PC board)}
s Recommended operating conditions
Item
Symbol
Supply voltage
IDET terminal input voltage
VDET terminal input voltage
VDET terminal peak input voltage
Oscillator timing capacitance
Oscillator timing resistance
Oscillation frequency
Noise filter resistance connected to IDET terminal
VCC, VC
VIDET
VVDET
VPVDET
CT
RT
fOSC
Rn
FA5331P(M) FA5332P(M) Unit
Min. Max. Min. Max.
10 28 10 28 V
–1.0 0
–1.0 0
V
0
2.0 0
2.4 V
0.65 2.0 0.65 2.4 V
–
–
330 1000 pF
–
–
10 75 kΩ
10 220 15 150 kHz
0
100 0
27 Ω
s Electrical characteristics (Ta=25°C, CT=470pF, RT=22kΩ, VCC=VC=18V)
Oscillator section
Item
Oscillation frequency
Frequency variation 1 (due to supply voltage change)
Frequency variation 1 (due to temperature change)
Output peak voltage
Synchronizing input peak voltage
Symbol
fOSC
fdV
fdT
VOSC
VSYNC
Test condition FA5331P(M)
FA5332P(M)
Unit
Min. Typ. Max. Min. Typ. Max.
CT=470pF
68 75 82 68 75 82 kHz
RT=22kΩ
VCC=10 to 30V
1
1
3
%
Ta=–30 to +85°C
5
5
8
%
3.55
3.55
V
SYNC terminal voltage 1.5
1.5
V
Voltage error amplifier section
Item
Reference voltage
Input bias current
Open-loop voltage gain
Output voltage
Output source current
Symbol Test condition
Vr
IBE
AVE
VOE+
VOE–
IOE+
No load
VOE=0V
FA5331P(M)
FA5332P(M)
Unit
Min. Typ. Max. Min. Typ. Max.
1.48 1.54 1.60 1.519 1.550 1.581 V
–500 –50
–500 –50
nA
80
80
dB
3.5 3.8
3.5 3.8
V
50 200
50 200 mV
–900
–900
µA
2