PI2123 Datasheet, PDF (4/20 Pages) Vicor Corporation – 15 Volt, 15 Amp Full-Function Active ORing Solution

Electrical Specifications
Unless otherwise specified: -40°C < T_J < 125°C, VC =12V, C_Vc = 1uF, C_{SL =} 10pF
Parameter
Symbol Min Typ Max Units
Conditions
FAULT (Continued)
Over-Voltage Threshold Hysteresis
V_OV-HS
25
mV
Over-Voltage Bias Current
I_OV
-1
1
μA
Fault Output Low Voltage
V_FTL
0.2
0.5
V I_FT=2mA, VC>3.5V
Fault Output High Leakage Current
I_FT-LC
10
μA V_FT=14V
Fault Delay Time
t_FT-DEL
20
40
60
Over Temperature Fault ⁽¹⁾
T_FT
160
Over Temperature Fault Hysteresis⁽¹⁾ TFT-HS
-10
μs Includes output glitch filter
°C
°C
DIFFERENTIAL AMPLIFIER AND COMPARATORS
Common Mode Input Voltage
V_CM
-0.1
Differential Operating Input Voltage V_SP-SN -50
SP Input Bias Current
I_SP
-50 -37
SN Input Bias Current
I_SN
3.5
SN Voltage
V_SN
Reverse Comparator Threshold
V_RVS-TH -10
-6
Reverse Comparator Hysteresis
V_RVS-HS
2
Reverse Fault to Slave Low Delay
Time
t_RVS-MS
160
Reverse Fault to Slave Low Delay
Time
t_RVS-SL
430
Forward Comparator Threshold
V_FWD-TH
2
6
Forward Comparator Hysteresis
V_FWD-HS
-5
Forward Over Current Comparator
Threshold
V_OC-TH
60
66
Forward Over Current Comparator
Hysteresis
V_OC-HS
-8
SLAVE
Slave Source Current
I_SL
-60
Slave Output Voltage High
V_SL-Hi
4.3
Slave Output Voltage Low
V_SL-Lo
0.2
Slave Hold-off Voltage at VC UVLO V_SL-UV
0.7
5.5
125
8
10.6
-2
5
200
600
9
-2
70
-4
-25
5.5
0.5
1
V SP to GND & SN to GND
mV SP-SN
μA SP=SN=1.25V
μA SP=SN=1.25V
V SP=0V
mV V_CM = 3.3V
mV V_CM = 3.3V
ns
V_SP-SN = -50mV step, V_BK=0
(minimum blanking)
ns
V_SP-SN = -50mV step, V_BK= V_VC
(maximum blanking)
mV V_CM = 3.3V
mV V_CM = 3.3V
mV V_CM = 3.3V
mV V_CM = 3.3V
μA
V_SL = 1V, Normal Operating
Conditions, No Faults
V
Normal Operating Conditions,
No Faults
V I_SL=4mA
V I_SL=5μA,1.5V<VC<3.5V
Slave Threshold
V_SL-TH
1.75
2
V
Slave Fall Time
Slave Low to FET Turn Off Delay ⁽¹⁾
Time Master Mode
Slave Low to FET Turn Off Delay ⁽¹⁾
Time Slave Mode
t_SL-FL
t_G-SL
t_G-SL
15
25
20
30
100 130
ns VBK=0
ns VBK=0
ns VBK=VC
Picor Corporation • picorpower.com
PI2123
Rev 1.0 Page 4 of 20