SWG30 ARTESYN [Artesyn Technologies], SWG30 Datasheet

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SWG30

Manufacturer Part Number
SWG30
Description
DC/AC single output ring generator
Manufacturer
ARTESYN [Artesyn Technologies]
Datasheet

Available stocks

Company
Part Number
Manufacturer
Quantity
Price
Part Number:
SWG30-24S75C01/P
Quantity:
60
Part Number:
SWG30-48S75C01
Manufacturer:
ARTESYN
Quantity:
53
Part Number:
SWG30-48S85C01
Manufacturer:
PACKAGED
Quantity:
78
Part Number:
SWG30-48S85C01
Manufacturer:
VICOR
Quantity:
452
SPECIFICATION
OUTPUT SPECIFICATIONS
Nominal voltage
Voltage accuracy
Load regulation (static)
Line regulation
Load impedance
Output frequency
Maximum output current
Output ripple and noise Full load
Output ripple frequency Full load
Total harmonic distortion
Voltage range
DC offset
INPUT SPECIFICATIONS
Input voltage range
Input current
Input filter
Input undervoltage
(output clipped)
Reference input
impedance
Remote ON/OFF
PAGE 172
[ 2 YEAR WARRANTY ]
No load to full load
SWG30-48S75C01
SWG30-48S85C01
SWG30-48S90C01
Capacitive load (See Note 2)
48VDC nominal
48VDC input model
All specifications are typical at nominal input, full load at 25°C unless otherwise stated
75VAC, 85VAC, 95VAC
1.1A max. @ 40VDC
reference oscillator
Internal sine-wave
240kHz, nominal
40 to 60VDC
38VDC max.
(See Note 4)
25Hz, ±2Hz
SWG30 SERIES
DC/AC single output ring generator
• 30VA of ringer output power
• Short circuit protection
• Operating temperature up to 70°C
• Internal sine wave reference
• Remote ON/OFF control
Measuring just 4.00 x 4.00 x 0.63 inches, the SWG30 design maximizes
efficiency, typically 80% at full load. Operating from any input voltage in the
range 40 to 60VDC, the SWG30 features indefinite short circuit protection and
overcurrent protection features, and has a high MTBF of 300,000 hours
(calculated in accordance with MIL-HDBK-217F) to ensure reliable operation. A
remote on/off control feature facilitates easy systems integration. The SWG30
ring generator has a typical input current of 780mA, and a maximum output
current of 400mA rms, (260mA peak DC current). The series features line and
load regulation of 1% and at full load the maximum output ripple is typically less
than 5V peak-to-peak. The unit has a wide operating temperature range of 0
to +70
standard UL94V-0. The SWG30 has an isolation voltage of 500VDC and an
internal sine-wave reference oscillator.
5.0% max.
Pi network
See table
±2V max.
5V pk-pk
±3.0%
±1.0%
±1.0%
188Ω
284Ω
270Ω
30VA
°
±3V
C and the black coated copper case material meets flammability
INPUT NOISE SPECIFICATIONS
Conducted noise
GENERAL SPECIFICATIONS
Efficiency
Isolation voltage
Switching frequency
Case material
Material flammability
Weight
MTBF
ENVIRONMENTAL SPECIFICATIONS
Thermal performance
Relative humidity
VDE0871, FCC part 15 (Note 7) Level A
Resistive load
Fixed
Demonstrated
Operating temperature
ambient
(See Note 1)
Non-operating
Cooling
Non-condensing
Black coated copper
Free air convection
Free air convection
after 50°C, under
10% to 95% RH
Derate 2.5%/°C
–40°C to +85°C
120kHz, typical
300,000 hours
230g (8.12oz)
0°C to +70°C
See table
UL94V-0
500VDC
cooled
cooled
°
C

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SWG30 Summary of contents

Page 1

... Measuring just 4.00 x 4.00 x 0.63 inches, the SWG30 design maximizes efficiency, typically 80% at full load. Operating from any input voltage in the range 40 to 60VDC, the SWG30 features indefinite short circuit protection and overcurrent protection features, and has a high MTBF of 300,000 hours (calculated in accordance with MIL-HDBK-217F) to ensure reliable operation. A remote on/off control feature facilitates easy systems integration ...

Page 2

... Notes 1 The SWG30 can operate up to 70°C as long as the maximum case temperature does not exceed 85°C. 2 The output loading power factor should be greater than 0.85. 3 Measured under resistive load condition at nominal input voltage. 4 All models are available with the suffix ‘/P’ e.g. SWG30-48S75C01/P. ...

Page 3

DC/AC | TELEPHONE RING GENERATORS 30VA DC/AC ring generator Application notes 1 Examples of DC biased operation. 1.1 Non-biased operation. Fuse +48Vin Vin 0V Vin 1.2 Negative DC Biased operation. Fuse 0V Vin -48Vin Vin 1.3 Positive DC biased ...

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