LOW TO MEDIUM POWER AC/DC POWER SUPPLIES 65-75W AC/DC Universal Input Switch Mode Power Supplies 1
2 YEAR WARRANTY
NLP65 Series
Single, dual and triple output
•5.0 x 3.0 inch card and 1.26 inch package (1U applications)
•Smallest industry standard package
•EN61000-3-2 compliance option (HCC)
•Overvoltage and short circuit protection
•65W with free air convection cooling
•EN55022, EN55011 conducted emissions level B
•EN61000-4-2,-3,-4, -5, -6 immunity compliant
•Enclosure and cover kit options
The NLP65 series is a 65W universal input AC/DC power supply on a 5 x 3 inch card with a
maximum component height of 1.26 inches for use in 1U applications. Each model has the option
of input harmonic current correction in the same package size making the series ideal for product
designs that will need to comply with EN61000-3-2 legislation. The NLP65 provides 65W of
output power with free air convection cooling which can be boosted to 75W with 20CFM of air.
The NLP65, with full international safety approval and the CE mark, meets conducted emissions
EN55022 level B and has immunity compliance to EN61000-4-2,-3,-4, -5, -6. The series is
available in a factory installed enclosure with an IEC connector and output connector on flying
leads plus a cover kit for self-installation is also available as an accessory. The NLP65 series is
designed for use in low power data networking, computer and telecom applications such as hubs,
routers, POS terminals, internet servers, cable modems and PABX’s. This list is not exclusive as
the generic feature set of the NLP65 series with industry standard output configurations provides
a solution for most low power applications including many industrial applications.
All specifications are typical at nominal input, full load at 25°C unless otherwise stated
EMC CHARACTERISTICS (continued) (11,12)
Surge EN61000-4-5, level 3 Perf. criteria 1
Fast transients EN61000-4-4, level 3 Perf. criteria 1
Radiated immunity EN61000-4-3, level 3 Perf. criteria 2
Conducted immunity EN61000-4-6, level 3 Perf. criteria 2
GENERAL SPECIFICATIONS
Hold-up time 120VAC, 60Hz 16ms @ 65W
230VAC, 50Hz 78ms @ 65W
Efficiency 120VAC, 65W 72% typical
Isolation voltage Input/output 3000VAC
Input/chassis 1500VAC
Switching frequency Fixed 100kHz, ±5kHz
Approvals and EN60950, VDE0805
standards IEC950, UL1950, BABT
(See Notes 9, 13) CSA C22.2 No. 950
Weight 283g (10 oz)
MTBF MIL-HDBK-217F 150,000 hours min.
GENERAL SPECIFICATIONS
Thermal performance Operating ambient, 0°C to +70°C
(See Notes 1, 3, 10) (See derating curve)
Non-operating -40°C to +85°C
50°C to 70°C ambient, Derate to
convection cooled 50% load
0°C to 50°C, ambient, 65W
convection cooled
0°C to 50°C ambient, 75W
20CFM forced air (See Note 10)
Peak (0°C to +50°C, 60s) See table
Relative humidity Non-condensing 5% to 95% RH
Altitude Operating 10,000 feet max.
Non-operating 30,000 feet max.
Vibration (See Note 5) 5Hz to 500Hz 2.4G rms peak
Shock per MIL-STD-810E 516.4 Part IV
OUTPUT SPECIFICATIONS
Total regulation Main output ±2.0%
(Line and load) Auxiliary outputs ±5.0%
Rise time At turn-on 1.0s, max.
Transient response Main output 5.0% or 250mV
25% step max. dev., 1ms max.
at 0.1A/µs recovery to 1%
Temperature coefficient ±0.02%/°C
Overvoltage protection Main outputs 125%, ±10%
Short circuit protection Cyclic operation Continuous
Minimum output current Single and multiple (See Note 6)
INPUT SPECIFICATIONS
Input voltage range Universal input, 85 to 264VAC
(See Note 2)
NLP65-76xx 120 to 370VDC
version only
Input frequency range 47Hz to 63Hz
Input surge current 120VAC 17A max.
(cold start) 230VAC 32A max.
Safety ground 120VAC, 60Hz 0.7mA
leakage current 230VAC, 50Hz 1.4mA
Input current 120VAC, with PFC 1.05A rms
230VAC, with PFC 0.51A rms
120VAC, without PFC 1.40A rms
230VAC, without PFC 0.80A rms
Input fuse UL/IEC127 250VAC S 3.15A
EMC CHARACTERISTICS (11,12)
Conducted emissions EN55022, FCC part 15 Level B
Radiated emissions EN55022, FCC part 15 Level A
ESD air EN61000-4-2, level 3 Perf. criteria 1
ESD contact EN61000-4-2, level 4 Perf. criteria 1
SPECIFICATIONS
File Name: NLP65.PDF Rev: 15 Jan 2002