VI-BAMD-IM datasheet, PDF - EEWORLD Datasheet

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VI-BAMD-IM: DescriptionMicro Peripheral IC; CategoryThe embedded processor and controller Microcontrollers and processors; File Size104KB，2 Pages; ManufacturerXP Power; Websitehttps://www.xppower.com/

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VI-BAMD-IM Overview

Micro Peripheral IC

VI-BAMD-IM Parametric

Parameter Name	Attribute value
Maker	XP Power
Reach Compliance Code	compli

VI-BAMD-IM Preview

Component Power AC Front End Modules

600 Watts

VI-HAM Series

•

ERTS

OWER

0.99 Power Factor Correction

•

EN61000-3-2 Compliant

•

Input Surge Current Limiting

•

Universal 85 - 264 VAC

•

100 W/cu in. Power Density

•

90-94% Efficiency

•

Short Circuit Protection

Specification

VI-HAM and VI-HAMD With External Bridge and Synchronisation Diodes, 1000 µF Output Capacitor and Line Filter P/N VI-7818.

VI-BAM and VI-BAMD When Operated with VI-HAM and VI-HAMD, Respectively.

Input

Input Voltage

Input Frequency

Inrush Current

•

85 V to 264 VAC

47-63 Hz

<13 Amps peak at 120 VAC full load

<20 Amps peak at 240 VAC full load

Up to 600 Watts derate from 110 VAC

to 85 VAC at 8 W/volt

7 V p-p at 120 VAC full load

5 V p-p at 240 VAC full load

500-3000 µF, external to HAM

16 msec typical

90 °C-100 °C baseplate

Yes

General

Efficiency

•

90-91% (with ext. rectifier loss)

at 120 VAC, full load

93-94% (with ext. rectifier loss)

at 240 VAC, full load

Input to output - none (Isolation

provided by DC/DC converters)

Input to Baseplate - 1,500 VRMS

Output to Baseplate - 1,500 VRMS

0.99 at 120/240 VAC,

50-100% of full load

<7.5% at 120 VAC full load

<8.5% at 240 VAC full load

VI-HAM-XM -19-23 VDC at

≤3

VI-BAMD-XM -19-23 VDC at

≤10

VI-HAM-XM & VI-HAMD-XM -

>420,000 hours

VI-BAMD-XM - >818,000 hours

Output

Output Power

Output Ripple

Output Capacitance

Hold-up Time

Thermal Shutdown

Short Circuit

Protection

•

Isolation

•

Power Factor

Total Harmonic

Distortion

Auxiliary Output

MTBF

•

EMC & Safety

Safety Approvals

•

Conducted Emissions •

UL1950, CSA22.2, No.950, TUV

EN55022 A

•

www.xpplc.com

sales@xpplc.com

Typical Application Diagrams

Filter Requirements

The VI-HAM requires an external filter to meet international standards for conducted EMI/RFI emissions.

Filter P/N VI-7818 incorporates transient protection and meets international

standards EN55022, VDE0878 and VFG243.

Connection Diagram, VI-HAM & Filter

Connection Diagram, VI-HAMD & BAMD

The VI-HAM must be used in conjunction with a hold up capacitor, Vicor dc/dc converters and a suitable line filter. The enable output

from the HAM must be connected to the Gate Input of all Driver modules. The HAM will then disable the module output until the

input exceeds 85 VAC. If an external load is connected directly to the HAM output, do not apply the load until the output of the HAM

is in boost mode.

Model Numbering

VI-HAM - x M Driver HAM

VI-HAMD - x M Driver HAM (No Internal Bridge)

VI-BAMD - x M Booster HAM (No Internal Bridge)

Replace ‘x’ in part number with E, C, I & M dependent on

product grade required.

-10

-25

-40

-55

°C

(100

°C)

Mechanical Details

Pin#

HAM

Gate In

Gate Out

L2/N

+Out

P/OK

E/O

A/S

-Out

HAMD

+IN

Gate In

Gate Out

-IN

+Out

P/OK

E/O

A/S

-Out

BAMD

+IN

Gate In

Gate Out

-IN

+Out

N/C

A/S

-Out

Compatible Products

VI-300

VI-26 Series

See VI-300 Series

See VI-200 Series

VI-J6 Series

VI-07818 Input Filter

See VI-J00 Series

Visit www.xpplc.com

www.xpplc.com

sales@xpplc.com

Rev 3.0

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