EQ2660-9R Datasheet, PDF (8/26 Pages) Power-One – Q Series Data Sheet 66 – 132 Watt DC-DC Converters

Q Series Data Sheet
®
66 – 132 Watt DC-DC Converters
Electrical Output Data
General Conditions:
– T_A = 25 °C, unless T_C is specified.
– Sense lines connected directly at the connector, inhibit (28) connected to Vi – (32).
– R input not connected; with option P, V_o set to V_{o nom} at V_{i nom}.
Table 5a: Output data for single-output models and double-output models with both outputs in parallel configuration
Output
BQ – GQ1101
3.3 V
48Q / BQ – GQ1001 48Q / BQ – GQ2320 Unit
5.1 V
12 V
Characteristics
Conditions
min typ max min typ max min typ max
V_o1 Setting voltage of 1^st output
V_ow Worstcase output voltage
V_{o P} Overvoltage limitation
by 2^nd control loop
V_{i nom}, I_{o nom}
V_{i min} – V_{i max}
T_{C min} – T_{C max}
I_o = 0 – I_{o max}
3.28
3.24
4.5
3.32 5.07
3.35 5.02
4.9 5.9
5.13 11.94
5.18 11.82
6.4
13.5
12.06 V
12.18
15.0
I_o
I_{o nom}
I_oL
v_o ⁴
P_{o max}
v_{o d} ⁴
t_d ^{4 5}
V_{o os}
V_{o tr}
α_Vo
Output current ²
Nominal output current
Output current limit ²
Output
Switch. frequ.
voltage noise _{Total incl.spikes}
Output power ¹
Dynamic Voltage deviation
load
regulation Recovery time
Dynamic line regulation
(output overshoot)
Output
via R-input ¹
voltage
trim range using opt. P¹
Temp. coefficient of V_o
V_{i min} – V_{i max}
T_{C min} – T_{C max}
V_{i nom}, I_{o nom}
BW = 20 MHz
V_{i min} – V_{i max}
T_{C min} – T_{C max}
V_{i nom}
I _{o nom} ↔ ¹/2 I _{o nom}
0 ↔ V_{i max}
0 – I_{o max}
1.1•V_{i min} – V_{i max}
0.1•I_{o nom} – I_{o nom}
T_{C min} – T_{C max}
I_{o nom,} T_{C min} – T_{C max}
0.05
26*
25*
0
16/20 ³
0
8.0/10 ³ A
20*
16
8.0
32.5* 16.8/21³
20.8/26³ 8.4/10.5³
10.4/12.5³
15
25
25
50
82
10 20
20 50
82/102³
10
20
96/120 ³
20 mV_pp
40
W
±300
800
0.5
±250
800
0.5
±200
1500
mV
µs
0.8 V
n.a.
n.a
±0.02
4.0
5.6
4.6
5.6
±0.02
7.2
13.2
10.8
±0.02
13.2
%/K
* Converters with version V104 or higher.
1 _{If the output voltage is increased above Vo nom through R-input control, option P setting, or remote sensing, the output power should be}
reduced accordingly, so that P_{o max} and T_{C max} are not exceeded.
2 _{See Output Power at Reduced Temperature.}
3 _{First value for 48Q, 2}nd _{value for BQ – GQ}
4 _{According to IEC/EN 61204}
5 _{Recovery time see Dynamic load regulation.}
BCD20011- G Rev AG, 12-Mar-2012
Page 8 of 26
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