AM2N-N Datasheet, PDF (1/3 Pages) AIMTEC – 2 watt dc-dc converters

AM2N-N Series
2 watt dc-dc converters
• ^{24-PIN DIP PACKAGE}
• ^{HIGH EFFICIENCY UP TO 85%}
• ^{LOW PROFILE PLASTIC}
PACKAGE
• ^{INPUT/OUTPUT ISOLATION: 6000VDC}
• ^{OPERATING TEMPERATURE: -40°C ... +85°C}
• ^{PIN-COMPATIBLE WITH MULTIPLE MANUFACTURERS}
GENERAL DESCRIPTION
Our AM2N-N series is a family of cost effective 2W
single and dual output DC-DC converters. These converters
combine plastic package in a 24-pin DIP compatible case
with high performance feature such as 6000VDC input/
output isolation voltage. Input voltages of 5, 12 & 24VDC
with output voltages of 5, 9, 12, 15, ±5, ±9, ±12, ±15VDC.
Full SMD-design and a 100% production test of parame-
ters ensures a high reliability in this product.
ELECTRICAL SPECIFICATIONS
Specifications typical at +25°C, nominal input voltage, rated output current unless otherwise specified
Input Specifications:
Voltage range
Filter
±10%
Capacitor
General Specifications:
Efficiency
Switching Frequency
72% to 81%
35KHz, typ. 100% load
Isolation Specifications:
Rated voltage (60 sec)
Resistance
6000VDC
> 1000MOhm
Environmental Specifications:
Operating temperature (ambient) -40ºC ... +85ºC
Storage temperature
-55ºC ... +125ºC
Case temperature
+95°C, max.
Derating
None required
Humidity (non-condensing) Up to 90%
Cooling
Free-air Convection
Output Specifications:
Voltage accuracy
Ripple & noise (at 20MHz BW)
Short circuit protection
Line voltage regulation
Load voltage regulation
Temperature Coefficient
See tolerance
envelope graph
100mVp-p, typ.
1 sec.
±1.2%/1% of Vin max.
15%, max.
±0.03%/ºC, max.
Physical Specifications:
Dimensions
Weight
Case material
32.3x14.7x9.4mm
1.27x0.58x0.37inches
16g
Plastic UL94-VO
MTBF: > 1,000,000 hrs (MIL-HDBK-217F, Ground Benign, t=+25ºC)
Specifications are subject to change without notification
OUTLINE DIMENSIONS & PIN CONNECTIONS
Single output
Pin Function
1
2
8,17
10,15
12,13
+V Input
-V Input
N.C.
OV
+V Output
Dual output
Pin Function
1
2
8,17
10,15
12,13
+V Input
-V Input
-V Output
OV
+V Output
Series
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