IR3513Z International Rectifier Corp., IR3513Z Datasheet - Page 8

• Manufacturer Part Number: IR3513Z
• Description: Xphase3tm Pol Control Ic
• Manufacturer: International Rectifier Corp.

Open Sense Line Detection
Sense Line Detection Active
Comparator Threshold Voltage
Sense Line Detection Active
Comparator Offset Voltage
VOSEN+ Open Sense Line
Comparator Threshold
VOSEN- Open Sense Line
Comparator Threshold
Sense Lines Detection Source
Currents
VCCL Regulator Amplifier
Reference Feedback Voltage
VCCLFB Bias Current
VCCLDRV Sink Current
UVLO Start Threshold
UVLO Stop Threshold
Hysteresis
Gate Drivers
GATEH Source Resistance
GATEH Sink Resistance
GATEL Source Resistance
GATEL Sink Resistance
GATEH Source Current
GATEH Sink Current
GATEL Source Current
GATEL Sink Current
GATEH Rise Time
GATEH Fall Time
GATEL Rise Time
GATEL Fall Time
GATEL low to GATEH high
delay
GATEH low to GATEL high
delay
Disable Pull-Down Resistance
Page 8
PARAMETER
V(VOUT) < [V(VOSEN+) – V(LGND)] / 2
Compare to V(VCCL)
V(VOUT) = 100mv
Compare to V(VCCL)
Compare to V(VCCL)
Compare to V(VCCL)
BOOST – SW = 7V. Note 1
BOOST – SW = 7V. Note 1
VCCP – PGND = 7V. Note 1
VCCP – PGND = 7V. Note 1
BOOST=7V,GATEH=2.5V,SW=0V. Note
1
BOOST=7V,GATEH=2.5V,SW=0V. Note
1
VCCP=7V, GATEL=2.5V, PGND=0V
Note 1
VCCP=7V, GATEL=2.5V, PGND=0V
Note 1
BOOST – SW = 7V, measure 1V to 4V
transition time
BOOST - SW = 7V, measure 4V to 1V
transition time
VCCP – PGND = 7V, Measure 1V to 4V
transition time
VCCP – PGND = 7V, Measure 4V to 1V
transition time
BOOST = VCCP = 7V, SW = PGND =
0V, measure time from GATEL falling to
1V to GATEH rising to 1V
BOOST = VCCP = 7V, SW = PGND =
0V, measure time from GATEH falling to
1V to GATEL rising to 1V
Ta=25
o
C Note 1
TEST CONDITION
1.15
MIN
87.5
0.36
150
250
7.0
10
90
82
10
10
40
-1
May 11, 2009
TYP
1.19
0.40
8.5
1.0
1.0
1.0
0.4
2.0
2.0
2.0
4.0
200
500
10
20
20
80
30
94
86
60
90
0
5
5
5
IR3513Z
MAX
1.23
130
92.5
0.44
2.5
2.5
2.5
1.0
9.5
250
750
10
10
20
10
40
40
98
90
90
1
UNIT
mA
kΩ
uA
ns
ns
ns
ns
ns
ns
%
%
%
Ω
Ω
Ω
Ω
mV
mV
A
A
A
A
V
uA
%
V