Correspond to Analog Ciruits, Ultra Low Noise 8mVp-p
Small Size, Long-Life, Isolated Type DC-DC Converter
1.5 Watt VY-L Series
VY-L series is a long-life, ultra low noise and isolated type DC-DC converter which is most suitable for analog circuits and analog-digital circuits.
It has achieved low conducted emission and low radiated emission with the improved TCT circuit. The output noise is ultra low noise of 8mVp-p and
has the ability to become the industry leader.
<Features>
- Ultra Low Noise, 8mVp-p typ.
- 24pin DIP IC Size, 5-Side Metallic Shield Case
- Wide Operating Temp. Range -25°C to +71°C
- Possible to start-up from -30°C (No guarantee)
- No Electrolytic Capacitor, No Tantalum Capacitor
- MTBF 1,000,000Hrs , All aging
- High Reliability with the Latest SMD Structure
- Over-Heat Protection
- Over-Current protection
- Isolation Capacitance 100pF max.
- Isolated Type: DC500V
- Most Suitable for Analog and Digital Circuits
-High Reliability, Long-Life, High Performance
- New TCT Circuits (Patented)
Table 1
Rating lnput
Voltage
VY-L(1.5W) Series
VY05-05S30L
VY05-09S16L
VY05-12S12L
VY05-15S10L
VY05-05W08L
VY05-12W06L
VY05-15W05L
Vdc
5
5
5
5
5
5
5
Input Voltage
Range
Vdc-Vdc
4.75-6
4.75-6
4.75-6
4.75-6
4.75-6
4.75-6
4.75-6
Output
Voltage
Vdc
5
9
12
15
±5
±12
±15
Output I
Current
mA
0-300
0-160
0-120
0-100
±0-80
±0-65
±0-53
%(max.)
0.3
0.3
0.3
0.3
0.5
0.5
0.5
%(max.)
0.3
0.3
0.3
0.3
0.5
0.5
0.5
mVpp(typ.)
10
10
10
10
8
8
8
%(typ.)
60
60
60
60
45
60
60
Line Reg
Load Reg
Noise
Efficiency
<Model, Rating>
Model
* This model is compatible with the old VY series to be used for substitutions.
<Specification>
Table 2
Input Voltage/ Range
5V±0.25Ｖ (Refer to the derating curve when input is 5.25-6.0V)
Output Voltage
Refer to Table 1
Line Regulation
Refer to Table 1 (For the input voltage range of 5V±5%, at rating load)
Load Regulation
Refer to Table 1 (For the load regulation of 0-100%, at rating input voltage)
Temperature Coefficient
±0.02%/°C typ. (When operating temperature changes between -20°C to +70°C )
Short Term Drift
50mV/ 8H max. (Except initial drift)
Ripple & Noise
(1)VY-SL: 10mVp-p typ. 15mVp-p max. (2)VY-WL: 8mVp-p typ. 15mVp-p max. (20MHz bandwidth)
Efficiency
60% typ. (Rating input/ output, room temperature, refer to Table 1)
Over-Current Protection
Operates at 105% or more rating load current, auto recovery type.
Over-Voltage Protection
None
Over-Heat Protection
Built-in in the regulator part
EMI Line Filter
Built-in LC type line filter
MTBF
1,000,000Hr (EIAJ RCR-9102)
Isolation Voltage
Between primary and secondary DC500V: for 1min., between case and input/ output DC500V: for 1min.
Isolation Resistance
Between primary and secondary DC500V: 10M ohm or more, between case and input/output DC500V: 10M ohm or more.
Isolation Capacitance
Between primary and secondary capacitance: 100pF max.
Operating Temperature Range -25°C to +71°C (Temperature derating required from +50°C)
Storage Temperature Range -30°C to +85°C
Humidity Range
95%R. H. max.
Cooling Condition
Natural convection
5-10Hz All amplitude 10mm (1hour in each of 3 directional axes),
Vibration
10-55Hz acceleration 2G (1 hour in each of 3 directional axes)
Shock
Acceleration 20G (3 times in each of 3 directional axes), Shocking time 11±5ms
Weight
14g typ.
Outline
W=20.42 L=32.6 H=10.3 (mm) (For detail dimensions refer to the outline.)
*The above specification is provided with rating value, unless otherwise specified.
Kaga Electronics/Volgen
DC-DC CONVERTERS
www.volgen.com
1.5 Watt VY-L Series
<Outline>
VY-SL Series
N.P
VY-WL Series
N.P
10.3
10.3
9.8
9.8
5typ
0.5
0.5
2.54
2.54
Φ0.6
2.54
2.54
Φ0.6
20.42
20.42
15.24
15.24
1
10
12
1
10
12
24
15
13
24
15
13
(2.33)
22.86
32.6
5.08
(2.33)
(2.33)
22.86
32.6
5.08 (2.33)
Figure 1
- Dimensions: mm, Weight: 14g typ.
- 5-Side Metallic Shield Case, black plating (with a standoff)
Figure 2
- Pin side is not shielded. It is recommended to set a pattern wider than the converter's bottom area right under the converter.
<Standard Usage>
VY-SL Series (5V, 9V, 12V, 15V)
VY-WL Series (±12V, ±15V)
- Recommended capacitor
C1=22µF -33µF (Electrolytic or multilayer ceramic capacitor)
C2=0.47-10µF (Electrolytic or multilayer ceramic capacitor)
Figure 3
- High frequency and low impedance capacitors are recommended.
- Recommended capacitor
C1=22µF -33µF (Electrolytic or multilayer ceramic capacitor)
C2, C3=0.47-10µF (Electrolytic or multilayer ceramic capacitor)
Figure 4
- Basically, external capacitors are not required, but noise can be lowered by reducing power line impedance and load line impedance.
- Noise can also be lowered by designing the pattern with short lead and not to make a loop.
<Block Diagram>
VY-SL Series
+Vin
24
L1
T1
TR1
CT1
C1
C2
C3
IC1
C4
C5
D3
C6
D1
L2
D4
VY-WL Series
+Vout
15
13
C1
C2
+Vin
24
L1
TR1
C3
CT1
T1
D1,2
L2
IC1
D5
C4
C6
D6
C8
NEW
NEW
TCT
TCT
TR2
R1
D2
NEW
TCT
TCT
R1
C5
C7
IC2
D3,4
L3
D8
D7
C9
TR2
12
1
-Vin
10
-Vout
1
-Vin
Figure 5
Figure 6
2
Kaga Electronics/Volgen
DC-DC CONVERTERS
BDD20050408-021212
5typ
+Vout
15
Common
13
12
10
-Vout
Microcontroller MCU
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