VICOR 600W Ac Vi Ham Em Vi-ham 250-400VDC 95-250VAC 675W

( Brand: Vicor ), ( Model: VI-HAM-EM ), ( Part Type: Ac )

Review VICOR 250-400vdc Dc 95-250vac Input 675w Ac Output Vi ham em

The Vicor 250-400VDC, 95-250VAC, 600W power module, model VI-HAM-EM, is a versatile and high-performance component designed for various power conversion applications. This module features a wide input voltage range, making it suitable for use in a variety of power sources.

The 250-400VDC input voltage range allows this module to operate efficiently in high-voltage environments, while the 95-250VAC input voltage range ensures compatibility with standard AC power supplies. The module delivers a continuous power output of 600W, making it suitable for applications that require moderate to high power levels.

The Vicor VI-HAM-EM module is built using Vicor's proprietary Multi-Level DirectFET topology, which delivers high efficiency, low noise, and excellent power density. This technology allows the module to operate with minimal heat dissipation, reducing the need for large and bulky cooling systems.

The VI-HAM-EM module is also compact, measuring only 2.8 inches (71.1mm) in width and 2.9 inches (73.7mm) in length. Its thin profile makes it easy to integrate into a range of systems, from small-scale electronics to large-scale power conversion systems.

The module is designed to meet stringent safety and reliability standards, including UL, CE, and RoHS compliance. It features built-in protection mechanisms against overcurrent, overvoltage, and short-circuit conditions, ensuring safe and reliable operation in a wide range of environments.

In summary, the Vicor 250-400VDC, 95-250VAC, 600W power module, model VI-HAM-EM, is a versatile and high-performance component that delivers efficient and reliable power conversion in a compact and reliable package. Its wide input voltage range, high power output, and advanced technology make it an ideal choice for a variety of power conversion applications.

1. High power density: The Vicor 675W AC VI-HAM-EM offers a high power density, which means it can deliver a significant amount of power in a small form factor, making it suitable for space-constrained applications.

2. Efficiency: This converter has a high efficiency rating, which means it can convert input power into output power more effectively, reducing energy waste and lowering operating costs.

3. Wide input voltage range: The converter has a wide input voltage range, which means it can operate in various voltage environments, providing flexibility in system design and reducing the need for additional power conditioning equipment.

4. High reliability: Vicor's converters are known for their high reliability and long lifespan, which can reduce maintenance costs and downtime.

1. High cost: Vicor converters are typically more expensive than other brands, which can be a drawback for budget-conscious buyers.

2. Limited output voltage range: Although the input voltage range is wide, the output voltage range is limited to 25VDC, which may not be suitable for all applications that require a different output voltage.

3. Limited customization options: Vicor's converters are highly standardized, which means there is limited customization options for buyers who need specific features or modifications.

The (250-400VDC 95-250VAC 600W Vicor 675W AC VI-HAM-EM) is a high-quality, high-power density converter that offers efficiency, reliability, and a wide input voltage range. However, its high cost and limited output voltage range may be drawbacks for some buyers. Ultimately, the decision to buy this converter should be based on the specific requirements of the application and the budget available.

If the application requires a high power density converter with a wide input voltage range and high efficiency, the (250-400VDC 95-250VAC 600W Vicor 675W AC VI-HAM-EM) is a good option to consider. However, buyers should weigh the high cost against the benefits of this converter and consider alternative options if the budget is limited.

Details:

Vicor vi ham em ac to dc 95 250vac 675w input, 250 400vdc 600W output.

part #: viham prices

• $349.99-$1496.99

specifications voltageregula:

• brand: Vicor
• model: Vi-ham-em
• part type: Ac

Seller voltageregula:

• city: San Leandro, California
• zipcode: 94578

General voltageregula:

• Business & Industrial > Electrical & Test Equipment > Electronic Components > Semiconductors & Actives > Power Regulators & Converters
• condition: Used
• in stock: Yes

Offer voltageregula:

• # Sold: 0
• # bids: 0
• Started: November 4, 2016, 5:08 pm
• best offer: false
• quantity: 1

Payments voltageregula:

• PayPal

Shipping voltageregula:

• cost: $0.0
• type: Flat
• handling: 1 days

Ratings:

1. Great merchant, will buy from again. 10-04-16
2. Works great, smooth transaction. Thank you very much. 09-20-16
3. Hope to deal with you again. Tkank you 07-30-16
4. Great seller! Exactly as described 08-26-16
5. Kpoper,Hi,For Big Discount Just Click our Store's Clearance Sales. 07-30-16

Returns voltageregula:

• time: 14 Days
• policy: returns accepted
• paid by: Buyer
• type: Money Back

Vicor VI-HAM Is Similar To:

• Does Not Apply Input 48vdc 250w Output 24vdc 2 New Vicor Dc To Converter (27.1% similar) Functional notes: guaranteed...(February 21st, 2017)
• Fiam1c21 Vicor In Amp Filter Input Attenuator Lot Of New (33.9% similar) Specs and conditions are the same. Consumer electronics PCs laptops and netbooks monitors computer processors networking equipment servers switches Cisco products telephones systems printers print accessories. Please see the below paragraph for warranty on this item. Comports specializing in new and...(October 1st, 2018)
• M-fiam3m22 Vicor Filter Input Attenuator Module New (35.3% similar) Vicor M-FIAM3M22 filter input attenuate module 270V new images to per pictures. Gets you noticed...(March 21st, 2018)
• M-fiam5bh11 Vicor Filter Input Attenuator Module (34.5% similar) In addition, the MVA-FIAM5B and MVA-FIAM9 offers designers using M-FIAM5B or M-FIAM9 capability of cold plate mounting with convenient input output connectors. The m-foam is a dc front-end module that provides emir filtering and transient protection...(September 27th, 2018)
• M-fiam5bhs1 Vicor Filter Input Attenuator Module (34.5% similar) The m-foam is a dc front-end module that provides emir filtering and transient protection...(September 27th, 2018)
• Mi-aim-i1 Vicor Ac Input Front End Module (42.2% similar) Documents data sheets D's mi-aim...(April 16th, 2018)
• N-a Vicor Vipac Dual Converter Input Output (45% similar) Input voltage is 24V dc and there are dual outputs at 5v up to 10A. This item is being sold with a 30-DAY warranty. This offer is for a Vicor VIPs dc-dc converter module. Please about combining items to reduce yours charges. Simply pay the amount of winning bid by shipping calculator for your zip...(March 7th, 2018)
• V300a24c500b Vicor Isolated Module Dc Converter Output Input (37.5% similar) Type isolated module number of OUTPUTS1 voltage - input min 180V max 375V output 124V 2 3- current 20. So, check them out. 20 w x l 83A power watts 500W voltage - ISOLATION3KV application site commercial , uvula operating TEMPERATURE-20 c EFFICIENCY89 mounting type through hole package case ...(April 23rd, 2018)
• V300a5h400bl Vicor Isolated Converter Input Output Power (43.5% similar) 7MM operating temperature: 40 to made in us. Documents data sheets D's 300VIN-MAXI-FAMILY. 9WOUTPUT power: 400WISOLATION voltage : 3000VMOUNTING style: flange module size: handover, ma 01810DATASHEET: CD.: Vicor isolated dc-dc converter module part number: V300A5H400BLINPUT voltage : 300VDC ...(October 19th, 2018)
• V300b48h250bl Vicor 1-output 250w Dc-dc (29.9% similar) ...(May 28th, 2017)
• V300c24c150bg Vicor Isolated Module Dc Converter Output Input (37.2% similar) 25A power watts 150W voltage - ISOLATION3KV application site commercial , uvula operating TEMPERATURE-20 c EFFICIENCY86. So, check them out. 9MM x mounting type through hole package case quarter brick size DIMENSION2. I combine orders and you save on shipping. Type isolated module number of ...(April 23rd, 2018)