PI31XX-01-HVIZ Datasheet, PDF (11/18 Pages) Vicor Corporation – 24VIN, 5V and 12VOUT, ZVS Isolated Converter Module Family

PI31xx-01-HVIZ
PI3106-01-HVIZ Electrical Characteristics
Unless otherwise specified: 18V < V_IN < 36V, 0A < I_OUT < 4.2A, -40°C < T_CASE < 100°C ^[1]
Parameter
Symbol
Conditions
Min
Typ
Max
Input Voltage Range
Input dV/dt ^[1]
Input Undervoltage Turn-on
Input Undervoltage Turn-off
Input Undervoltage Hysteresis
Input Overvoltage Turn-on
Input Overvoltage Turn-off
Input Overvoltage Hysteresis
Input Quiescent Current
Input Idling Power
Input Standby Power
Input Current Full Load
V_IN
V_INDVDT
V_UVON
V_UVOFF
V_UVH
V_OVON
V_OVOFF
V_OVH
I_Q
P_IDLE
P_SBY
I_IN
Input Reflected Ripple Current
I_INRR
Recommended Ext Input Capacitance
C_IN
Output Voltage Set Point
Total Output Accuracy
Output Voltage Trim Range
Output Current Range
Overcurrent Protection
Efficiency – Full Load
Efficiency – Half Load
Output OVP Set Point
Output Ripple Voltage
Switching Frequency
Output Turn-on Delay Time
Output Turn-off Delay Time
Soft-Start Ramp Time
Maximum Load Capacitance
Load Transient Deviation
Load Transient Recovery Time
Maximum Output Power
Name
+OUT to –OUT
Continuous Output Current
Peak Output Current
V_OUT
V_OA
V_OADJ
I_OUT
I_OCP
η_FL
η_HL
V_OVP
V_ORPP
f_SW
t_ONDLY
t_OFFDLY
t_SS
C_OUT
V_ODV
t_OVR
P_OUT
Input Specifications
V_IN = 36V
I_O = 4.2A
I_O = 4.2A
I_O = 4.2A
I_O = 4.2A
I_O = 4.2A
I_O = 4.2A
V_IN = 24V, ENABLE = 0V
V_IN = 24V, I_OUT = 0A
V_IN = 24V, ENABLE = 0V
T_CASE = 100°C, I_OUT = 4.2A, η_FL = 88.2% typical,
V_IN = 24V
L_IN = 0.47µH C_IN = 100µF 63V electrolytic + 2 x 4.7µF
50V X7R ceramic
C_IN = 100µF 50V electrolytic + 2 x 4.7µF 50V X7R
ceramic C_IN = Cbulk + Chf
Output Specifications
I_OUT = 2.1A
-0ºC < T_CASE < 100ºC
-40ºC < T_CASE < 0ºC
18
16.2
15.1
37.8
38.6
-3
-4
-20
T_CASE = 100ºC, V_IN = 24V
T_CASE = 100ºC, V_IN = 24V
C_OUT = 6 x 2.2µF 16V X7R DC-20MHz
4.6
86.2
83.5
13.8
V_IN = V_UVON to ENABLE = 5V
V_IN = V_UVOFF to ENABLE < 1.8V
ENABLE = 5V to 90% V_OUT C_REF = 0
C_REF = 0.39µF, C_OUT = Al Electrolytic
I_OUT = 50% step 0.1A/µS
C_OUT = 6 x 2.2µF 16V X7R
I_OUT = 50% step 0.1A/µS
C_OUT = 6 x 2.2µF 16V X7R
V_OUT - 1%
Absolute Maximum Output Ratings
Rating
-0.5V to 16V_DC
4.2A_DC
12A_DC
24
36
1.0
17.0
17.8
15.9
16.7
1.1
39.6
41.7
40.6
42.6
1.0
2
3.3
0.048
2.38
13
109.4
12.0
+3
+3
10
4.2
5.4
12
88.2
85.5
14.5
15.3
120
900
80
10
230
2200
360
100
50
[1] _{These parameters are not production tested but are guaranteed by design, characterization and correlation with statistical process control.}
Unless otherwise specified, ATE tests are completed at room temperature.
[2] _{Current flow sourced by a pin has a negative sign.}
24 Volt
Page 11 of 18
Rev 1.4
02/2015
vicorpower.com
800 927.9474
Unit
V_DC
V/µs
V_DC
V_DC
V_DC
V_DC
V_DC
V_DC
mA_DC
W
W
A_DC
mApp
µF
V_DC
%
%
%
A_DC
A_DC
%
%
V_DC
mVpp
kHz
ms
µs
µs
µF
mV
µs
W