Adjusted to 5.0 Vout - Data
Tref = -30 ... +90 °C, VI = 8.3 ...16 V unless otherwise specified. Input filter 4 x 4.7 µF, Output filter 2 x 150 µF
Typ values specified at: Tref = +25 °C and VInom. IOmax = 16 A. Note: +Sense connected to +Out. Radj 1.472 kΩ
Characteristics
Conditions
Output
min
typ
dVOi
Output voltage adjusted setting Tref = +25 °C, VInom, IOmax
-2
dVO
Output voltage tolerance band IO = 0.01...1.0 x IOmax
-3
dVO
Idling voltage
IO = 0 A
-2
dVO
Line regulation
VImin ... VImax, IOmax
12
dVO
Load regulation
ttr
Load transient
recovery time
Vtr
Load transient voltage
0.01...1.0 x IOmax, VInom
Load step = 0.25-0.75-0.25 x IOmax,
dI/dt = 5 A/µs, CO = 2 x 150 µF,
VI = 12 V
25
40
±150
Tcoeff
Temperature coefficient
Tref = -30 ... +90 °C, IOmax
-0.6
ts
Start-up VI on to 0.9 x VO
IO = IOmax, VInom
7
tr
Ramp-up, VI ... 0.9 x VO
IO = IOmax, VInom
3
tf
Fall time, VI to 0.1 x VO
IO = IOmax, VInom
1
tf
Fall time, VI to 0.1 x VO
IO = 0 A, VInom
16
tRC
RC shut-down time 0.1 x VO
IO = IOmax, VInom
1
tRC
RC start-up time 0.9 x VO
IO = IOmax, VInom
7
tRC
RC fall time, 0.1 x VO
IO = 0 A, VInom
15
IO
Output current
0
POmax Max output power
80
Ilim
Current limiting threshold
Tref < Trefmax
19
VOac
Output ripple
20 Hz ... 5 MHz, IOmax
50
η
Efficiency - 50% load
IO = 0.5 x IOmax, VO = 3.30 V
94.5
η
Efficiency - 100% load
IO = IOmax, VO = 3.30 V
91.0
94.3
Pd
Power Dissipation
Fo
Switching frequency
IO = IOmax, VO = 3.30 V
IO = (0... 1) x IOmax
4.8
260
300
Isense
II
Remote sense current
Static input current VI = 8.3 V
IO = IOmax, VO = 3.30 V
10.2
MTBF Predicted reliability
5
max
+2
+3
+2
16
7.9
340
10
Unit
% VO
% VO
% VO
mV
mV
µs
mV
mV/°C
ms
ms
ms
s
ms
ms
s
A
W
A
mVp-p
%
%
W
kHz
mA
A
million
hours
PMB 8818T P Datasheet
24
EN/LZT 146 066 R2A © Ericsson Power Modules, April 2007