DESCRIPTION

This series of AC /DC switching power supplies are for 120-

135 watts of continuous output power. They are enclosed

in a 94V-1 rated polyphenylene-oxide case with an

IEC 320/C 14 or IEC 320/C 18 inlet to mate with

interchangeable cord for world-wide use. All models meet

EN55011, EN55022 and FC C class B emission limits, and

are designed for medical and ITE applications, not for life-

supporting equipment.

FEATURES

Low safety ground leakage current

C lass I models are to be certified to medical and ITE

safety standards, C lass I I models to medical standards

only.

Wide input range 90 to 264 VAC

Power factor corrected 200% peak power capability on

models below 26 Vdc output

Optional output connectors

Over voltage protection

Over current protection

C ompliant with C EC and Energy Star Efficiency level V

requirements

* No load power consumption less than 0.5 W

* Average active efficiency greater than 87%

C ompliant with RoHS requirements

W ATTAGE

Wattage:

135W

DIMENSION

Dimension:

146.2mm(L) x 75.2mm(W) x

39.0mm(H)

INPUT SPECIFICATION

Input Range:

90-264 Vdc

Input F requency :

47-63 Hz

Input Current:

1.6A(rms) for115VAC ,

0.8A(rms) for230VAC

Leakage Current:

200 µA max. @ 264 VAC ,63

Hz

SAFETY STANDARD APPAOVAL

OUTPUT SPECIFICATION

Ripple & Noise:

Maximum excursion of 4% or

better on all models,

recovering to 1% of final

value within 500 us after a

25% step load change

Ov er Current

Protection:

Protected to short circuit

conditions

ENVIRONMENTAL SPECIFICATION

TEMP.Range:

Operating Temperature:0°C to

+60°C

Storage Temperature: -40°C to +

OUTPUT ELECTRICAL

Single Output:

24-25 V/ 5.63 A

NOTES

1. C lass I models are equipped with IEC 320/C 14 inlet, and class II models with IEC 320/C 18 inlet.

2. For 10 seconds maximum, average power not to exceed maximum power rating.

3. Ripple and noise is maximum peak to peak voltage value measured at output within 20 MHz bandwidth, at rated line

voltage and output load ranges, and with a 10 μF tantalum capacitor in parallel with a 0.1 μF ceramic capacitor across the

output.

MECHANICAL SPECIFICATION

T his co nte nt is subje ct to cha nge , ple a se re fe r to spe cifica tio n fo r m o re de ta il.

FSP re se rve the right to cha nge the co nte nt witho ut prio r no tice

Medical PSU

FSP135-KAAM1