Optimizing DC-DC converter stability: AC and transient analysis in simulations of source impedance effects
Learn how to optimize DC-DC converter stability through AC analysis in the frequency-domain and transient analysis in the time-domain
IAM™ input filter
for VI-200/VI-J00
The IAM (Input Attenuator Module) is a component-level, DC-input front-end filter designed to occupy minimum board space while providing maximum protection for today's sophisticated electrical systems. The IAM in combination with 24, 48 and 300VDC input modules, provides a highly-efficient, high-density power system with outputs from 1 to 95VDC and power up to 400W (expandable to 800W). Your system will benefit from the small size, efficiency and inherent reliability of Vicor component-level converters, while meeting the toughest demands of telecommunications and industrial power applications.
Filter Products
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| Part Number | Data Sheet | Input (V) | Temperature | Power (W) | RoHS Compliant | Add to cart / view details | ||
|---|---|---|---|---|---|---|---|---|
|
VI-AWW-EU
|
|
Part Number: VI-AWW-EU |
Data Sheet:
 |
Input (V):
18 – 36
|
Temperature:
–10°C to +100°C
|
Power (W):
200
|
RoHS Compliant:
No
|
View details |
|
VI-A11-CU
|
|
Part Number: VI-A11-CU |
Data Sheet:
|
Input (V):
21 – 32
|
Temperature:
–25°C to +100°C
|
Power (W):
200
|
RoHS Compliant:
No
|
View details |
|
VI-AWW-CU
|
|
Part Number: VI-AWW-CU |
Data Sheet:
|
Input (V):
18 – 36
|
Temperature:
–25°C to +100°C
|
Power (W):
200
|
RoHS Compliant:
No
|
View details |
|
VI-A11-IU
|
|
Part Number: VI-A11-IU |
Data Sheet:
|
Input (V):
21 – 32
|
Temperature:
–40°C to +100°C
|
Power (W):
200
|
RoHS Compliant:
No
|
View details |
|
VI-AWW-IU
|
|
Part Number: VI-AWW-IU |
Data Sheet:
|
Input (V):
18 – 36
|
Temperature:
–40°C to +100°C
|
Power (W):
200
|
RoHS Compliant:
No
|
View details |
|
VI-A11-MU
|
|
Part Number: VI-A11-MU |
Data Sheet:
|
Input (V):
21 – 32
|
Temperature:
–55°C to +100°C
|
Power (W):
200
|
RoHS Compliant:
No
|
View details |
|
VI-AWW-MU
|
|
Part Number: VI-AWW-MU |
Data Sheet:
|
Input (V):
18 – 36
|
Temperature:
–55°C to +100°C
|
Power (W):
200
|
RoHS Compliant:
No
|
View details |
|
VE-A11-EU
|
|
Part Number: VE-A11-EU |
Data Sheet:
|
Input (V):
21 – 32
|
Temperature:
–10°C to +100°C
|
Power (W):
200
|
RoHS Compliant:
Yes
|
View details |
|
VE-AWW-CU
|
|
Part Number: VE-AWW-CU |
Data Sheet:
|
Input (V):
18 – 36
|
Temperature:
–25°C to +100°C
|
Power (W):
200
|
RoHS Compliant:
Yes
|
View details |
|
VE-A11-IU
|
|
Part Number: VE-A11-IU |
Data Sheet:
|
Input (V):
21 – 32
|
Temperature:
–40°C to +100°C
|
Power (W):
200
|
RoHS Compliant:
Yes
|
View details |
|
VE-AWW-IU
|
|
Part Number: VE-AWW-IU |
Data Sheet:
|
Input (V):
18 – 36
|
Temperature:
–40°C to +100°C
|
Power (W):
200
|
RoHS Compliant:
Yes
|
View details |
|
VE-A11-MU
|
|
Part Number: VE-A11-MU |
Data Sheet:
|
Input (V):
21 – 32
|
Temperature:
–55°C to +100°C
|
Power (W):
200
|
RoHS Compliant:
Yes
|
View details |
|
VE-AWW-MU
|
|
Part Number: VE-AWW-MU |
Data Sheet:
|
Input (V):
18 – 36
|
Temperature:
–55°C to +100°C
|
Power (W):
200
|
RoHS Compliant:
Yes
|
View details |
|
VI-A66-EQ
|
|
Part Number: VI-A66-EQ |
Data Sheet:
|
Input (V):
200 – 400
|
Temperature:
–10°C to +100°C
|
Power (W):
400
|
RoHS Compliant:
No
|
View details |
|
VI-A33-CQ
|
|
Part Number: VI-A33-CQ |
Data Sheet:
|
Input (V):
42 – 60
|
Temperature:
–25°C to +100°C
|
Power (W):
400
|
RoHS Compliant:
No
|
View details |
|
VI-ANN-CQ
|
|
Part Number: VI-ANN-CQ |
Data Sheet:
|
Input (V):
36 – 76
|
Temperature:
–25°C to +100°C
|
Power (W):
400
|
RoHS Compliant:
No
|
View details |
|
VI-A66-CQ
|
|
Part Number: VI-A66-CQ |
Data Sheet:
|
Input (V):
200 – 400
|
Temperature:
–25°C to +100°C
|
Power (W):
400
|
RoHS Compliant:
No
|
View details |
|
VI-A33-IQ
|
|
Part Number: VI-A33-IQ |
Data Sheet:
|
Input (V):
42 – 60
|
Temperature:
–40°C to +100°C
|
Power (W):
400
|
RoHS Compliant:
No
|
View details |
|
VI-ANN-IQ
|
|
Part Number: VI-ANN-IQ |
Data Sheet:
|
Input (V):
36 – 76
|
Temperature:
–40°C to +100°C
|
Power (W):
400
|
RoHS Compliant:
No
|
View details |
|
VI-A66-IQ
|
|
Part Number: VI-A66-IQ |
Data Sheet:
|
Input (V):
200 – 400
|
Temperature:
–40°C to +100°C
|
Power (W):
400
|
RoHS Compliant:
No
|
View details |
|
VI-A66-MQ
|
|
Part Number: VI-A66-MQ |
Data Sheet:
|
Input (V):
200 – 400
|
Temperature:
–55°C to +100°C
|
Power (W):
400
|
RoHS Compliant:
No
|
View details |
|
VE-ANN-CQ
|
|
Part Number: VE-ANN-CQ |
Data Sheet:
|
Input (V):
36 – 76
|
Temperature:
–25°C to +100°C
|
Power (W):
400
|
RoHS Compliant:
Yes
|
View details |
|
VE-A66-CQ
|
|
Part Number: VE-A66-CQ |
Data Sheet:
|
Input (V):
200 – 400
|
Temperature:
–25°C to +100°C
|
Power (W):
400
|
RoHS Compliant:
Yes
|
View details |
Power System Designer
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Output
Min output:
Minimum output:
Nom output:
Nominal output:
Max output:
Maximum output:
Features and Benefits
Features and benefits
High surge withstand
Input polarity protection
Logic disable
Expansion output for arrays (up to 800W)
Resources
Resources for the design engineer
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Using a 48V Factorized Power Architecture™ to overcome traditional multiphase limitations and drastically cut I²R thermal losses for high-demand loads
11 ways to fine tune your high-voltage-to-48V power conversion
Converting high-voltage to 48V DC slashes cabling costs and weight, significantly boosting energy efficiency across data centers and industrial systems
Achieving seamless interoperability and long-term upgradeability
Understand which specifications to look for and what tradeoffs will be acceptable, to choose products that best fit your design requirements
- VI-200, VI-J00 Design Guide and Applications Manual
- 1. Zero-Current Switching
- 2. DC-DC Converter Pinouts
- 3. Module Dos and Donts
- 4. Overcurrent Protection
- 5. Output Voltage Trimming
- 6. Multiple Gate In Connections
- 7. Applications Circuits / Converter Array Design Considerations
- 8. Using Boosters and Parallel Arrays
- 9. EMC Considerations
- 10. Optional Output Filters
- 11. Battery Charger (BatMod)
- 12. AC Input Module (AIM / MI-AIM)
- 13. Harmonic Attenuator Module (HAM)
- 14. Input Attenuator Module (IAM / MI-IAM)
- 15. Ripple Attenuator Module (RAM / MI-RAM)
- 16. Offline Front End
- 17. DC Input Power System (ComPAC / MI-ComPAC Family)
- 18. AC Input Power System (FlatPAC Family)
- 19. AC Input Power System (PFC FlatPAC)
- 20. Thermal and Module Mounting Considerations
- 21. Thermal Curves
- 22. Lead Free Pins (RoHS)
- 23. Tin Lead Pins
- 24. Module Packaging Options (SlimMod, FinMod, BusMod and MegaMod Families)
- 25. Product Weights
- 26. Glossary of Technical Terms
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Related Products
Related Products
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