IR3094M International Rectifier Corp., IR3094M Datasheet - Page 7

• Manufacturer Part Number: IR3094M
• Description: 3 Phase Pwm Controller For Point Of Load
• Manufacturer: International Rectifier Corp.

Note 1: Guaranteed by design, but not tested in production
Note 2: VREF Output is trimmed to compensate for Error Amp input offsets errors
Share Adjust Error Amplifier
Input Offset Voltage
MAX Duty Cycle Adjust Ratio
MIN Duty Cycle Adjust Ratio
Transconductance
SCOMPX Source/Sink Current
SCOMPX Precondition and
GATELX Release Threshold
SCOMP precondition current
Duty Cycle Match at Startup
0% Duty Cycle Comparator
Threshold Voltage
Propagation Delay
OVP
Comparator Threshold
Power-up Headroom for OVP
Flag
OVPSNS Threshold at Power-
up
SS/DEL Power-up Clear
Threshold
Propagation Delay
OVP Source Current
OVP Pull Down Resistance
OVP High Voltage
OVPSNS Bias Current
5VREF
Short Circuit Current
Supply Voltage
General
VCC Supply Current
VOSNS- Current
VCCHX and VCCL3 Current
VCCL1_2 Supply Current
5VUVL Supply Current
Non_Sync to Sync Threshold
Page 7 of 29
PARAMETER
Note 1
Compare Duty Cycle to GATEH1
Compare Duty Cycle to GATEH1
Note 1
V(FB)
Compare Duty Cycle to GATEHX
Below Internal Ramp1 Start Voltage
VCCLX= 8V. Step EAOUT from .8V to
.3V and measure time to GATELX
transition to < 7V.
Compare to V(VREF)
VCC=OVPSNS where V(OVP)>0.5V.
Same for 5VUVL=OVPSNS.
VCC=2V, V(OVP) >0.5V. Same for
V(5VUVL)=2V.
VCC=12V, V(OVPSNS)=1V,
VREF=1.6V, where OVP<0.5V
VCCLX= 8V. V(EAOUT)=0V. Step
OVPSNS 540mV + V(VREF). Measure
time to GATELX transition to >1V.
Note 1.
V(OVP)=0.5V, VCC=1.8V, 5VUVL=0V
OVP to LGND
I(OVP)=10uA, V(VCC) or V(5VUVL)-
V(OVP), VCC=1.8V
I(5VREF)=0A
V(VCC)=16V
-0.3V
V(VCCHX)=28V, V(VCCL3)=14V
V(VCCL1_2)=14V
V(5VUVL)=5V, no OVP condition
VOSNS-
TEST CONDITION
0.3V
-5
1.5
0.6
100
16
0.6
160
-7
-25
120
0.8
0.3
0.35
150
10
30
0.4
-6.0
20
4.5
28.5
0.6
3
6
100
70.6
MIN
0
2.0
0.5
200
22
0.67
360
-1
25
200
150
1.1
0.48
0.60
350
75
60
0.70
-3.0
45
5
35
0.8
5
10
200
77.7
TYP
IR3094PBF
09/26/05
5
300
28
0.74
560
7
75
400
200
1.8
0.85
0.95
650
100
1.1
1.5
60
5.5
40.5
1.2
7
17
400
87
MAX
mV
PA/V
PA
V
PA
%
mV
ns
mV
V
V
V
ns
PA
k
V
uA
mA
V
mA
mA
mA
mA
uA
%VRE
F
UNIT