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G2405SY-2WR2
● High efficiency with low output ripple and noise
● Low no-load power consumption and low quiescent current
- Product Description
- Parameter Introduction
- Precautions
-
● Small size, high power density● High efficiency, low output ripple and noise.● Low no-load power consumption and low quiescent current.● Long-duration short-circuit protection with auto-recovery● Good thermal stability and excellent temperature characteristics.● Operating temperature range: -40°C to +85°C● Isolation voltage up to 6000 VDC● High reliability (MTTF ≥ 3.5 million hours)● International-standard SIP package, saving PCB mounting space.● Eco-friendly design, compliant with the RoHS Directive.● 100 % Full-load aging
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Model number
Rated Input Voltage (V)
Rated output
Typical Efficiency (%)
Maximum capacitive load
(uF)
Nominal
Scope
Voltage (V)
Current (mA)
G0303SY-2WR2
3.3
3.0~3.6
±3.3
±200
78
1000
G0305SY-2WR2
±5
±200
80
2200
G0309SY-2WR2
±9
±111
82
2200
G0312SY-2WR2
±12
±83
82
1000
G0315SY-2WR2
±15
±67
81
1000
G0324SY-2WR2
±24
±42
80
1000
G0503SY-2WR2
5
4.5~5.5
±3.3
±200
81
2200
G0505SY-2WR2
±5
±200
84
2200
G0509SY-2WR2
±9
±111
86
2200
G0512SY-2WR2
±12
±83
88
1000
G0515SY-2WR2
±15
±67
88
1000
G0524SY-2WR2
±24
±42
86
1000
G1203SY-2WR2
12
10.8~13.2
±3.3
±200
81
2200
G1205SY-2WR2
±5
±200
84
2200
G1209SY-2WR2
±9
±111
88
1000
G1212SY-2WR2
±12
±83
88
1000
G1215SY-2WR2
±15
±67
88
1000
G1224SY-2WR2
±24
±42
86
1000
G1503SY-2WR2
15
13.5~16.5
±3.3
±200
81
2200
G1505SY-2WR2
±5
±200
84
2200
G1509SY-2WR2
±9
±111
86
2200
G1512SY-2WR2
±12
±83
87
1000
G1515SY-2WR2
±15
±67
87
1000
G1524SY-2WR2
±24
±42
87
1000
G2403SY-2WR2
24
21.6~26.4
±3.3
±200
80
2200
G2405SY-2WR2
±5
±200
84
2200
G2409SY-2WR2
±9
±111
87
2200
G2412SY-2WR2
±12
±83
88
1000
G2415SY-2WR2
±15
±67
88
1000
G2424SY-2WR2
±24
±42
90
1000
Output characteristics
Project
Conditions
Minimum
Typical
Maximum
Unit
Output power
0.2
2
W
Line regulation of voltage
Under rated load, the input voltage varies by ±1%.
±1.2
±1.5
%
Load Regulation Rate
Under nominal input conditions, the load varies from 10% to 100%.
10
15
Quiescent current
Under nominal input, with the output load at 0 Ω.
G03XX
≤25
mA
G05XX
≤20
Other
≤10
Temperature drift coefficient
Under rated load
±0.03
%/°C
Ripple & Noise
Bandwidth: 20 MHz, using the parallel‑line method.
100
150
mVp-p
Switching frequency
Rated input voltage
250
KHz
Output short-circuit protection
Long-duration short-circuit protection
Input filter
Capacitor filtering
Hot-swappable
Not supported
Output voltage accuracy
See the error envelope plot.
Insulation characteristics
Project
Test conditions
Minimum
Typical
Maximum
Unit
Insulation resistance
500VDC
1000
MΩ
Insulation voltage
Test time between input and output: 1 minute; leakage current less than 1 mA.6000
VDC
General Characteristics
Project
Conditions
Minimum
Typical
Maximum
Unit
Storage humidity
5
95
%
Operating temperature
-40
85
°C
Storage temperature
-55
125
Case temperature rise during operation
15
25
Pin soldering temperature resistance
Solder joint is 1.5 mm from the housing; apply for 10 seconds.
300
MTTF
MIL-HDBK-217F@25℃
350
Ten thousand hours
Weight
4.4
Kerl
Cooling method
Natural air cooling
Housing material
Flame-retardant, heat-resistant plastic (UL94-V0)
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Avoid operating under no-load conditions whenever possible: When the load power consumption is less than 10% of the module’s rated output power. % It is recommended to connect a dummy load at the output or to select a module with a lower rated power; the dummy load (resistor) can be set to 10% of the module’s rated power. % Calculate the resistance value R = U 2 /(10 % ×2W);Avoid excessively large output bypass capacitors: The external capacitor C2 at the output should not have an excessively large capacitance; otherwise, it may cause overcurrent during module startup or result in poor startup performance. The specific value should be selected based on the capacitor’s datasheet.This product series does not support hot-swapping on the input side or parallel operation on the output side.In applications with stringent ripple‑noise requirements, an external LC filter should be used. The resonant frequency of the LC filter must be significantly lower than the switching frequency of the DC/DC converter to prevent mutual interference that could increase output ripple or damage the module, as shown in the figure.
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