BIAS 1 Watt Power Supply
BPWX 1 Series Data Sheet
Single (Vo) or Dual (Vo & Vr) output
BPWX 1-08-00, -08-33, -08-50
BPWX 1-14-00, -14-33, -14-50
The BPWX is a revolutionary, micro-sized, drop-in switching power supply
module. It contains patented technology with unique features that
provide solutions for a wide range of applications, including low power
wireless and many other intelligent control devices.
The patented SMPS
topology is totally different from any other:
It's Quiet:
Switching is synchronized and occurs only 10% of the time, so
there is very little EMI / EMC interference with other circuits. This means no
extra filtering or shielding is needed, helping to achieve longer transmission
range with more reliable data communication in low power wireless
applications.
Actual Size
Features:
•
•
•
•
•
•
•
•
Extended Temperature with
NO DE-RATING!
(-40 to +85°C
)
Universal Input (90-308 VAC, 50/60Hz)
Small Size—0.55in
3
[9.0cm
3
]
Low no-load input power <30mW
Constant power mode (not current limit)
3000 VAC Isolation
EN 55022, Class B; FCC Part 15, Class B
Meets UL/CSA and EN Product Safety (ITE)
It's Powerful:
No power de-rating across the full wide temperature range.
Bias Power AC/DC power supplies are available with two
No current limit design margin needed when selecting a module. Charge
different types of outputs to fit your applications…
large super caps faster than any regular SMPS with twice the power rating.
It's Green:
High efficiency with ultra low standby power and very little self
are different and each has application-specific benefits which
generated heat make it ideal for intelligent devices such as smart-sensors,
can provide high value to the system designer:
smart-meters, smart-lighting, smart-grid, M2M or IoT , and any other control
Vo is a voltage-regulated output which has a constant power
applications.
The characteristics of the main (Vo) and auxiliary (Vr) outputs
Operating Specifications
(@120VAC / 60 Hz / 25°C unless otherwise specified)
Electrical
Input Voltage Range
Input Surge Withstand
Output Power (Pmax)
Efficiency
Output Vo (Peak)
Line / Load Regulation Vo (Peak)
Temperature Regulation Vo (Peak)
Ripple Vo (@120 Hz)
(@ 100 kHz)
Output Vr, 3.3 volt (+/- 5%)
Output Vr, 5.0 volt (+/- 5%)
No-load Consumption
Isolation
Earth Leakage @ 120 VAC
Short Circuit Protection
Reliability @ 25° C, MIL HDBK-217F
Thermal
Operating Temperature
Operating Relative Humidity
Storage Temperature
Mechanical
Package Size
(L x W x H)
Safety
Safety Compliance
EMI Emissions
90 - 308 VAC (50/60Hz)
345V, < 30 sec
1.0 W (60Hz)
0.83 W (50Hz)
70% nom.
8 or 14 VDC nom. +/- 5%
+/- 1% Po < Pmax
+/- 2% Po < Pmax
1.00 V p:p
0.25 V p:p
For Vo = 8V, Ir out 53mA max, Io+Ir ≤ 125mA*
For Vo = 14V, Ir out 23mA max, Io+Ir ≤ 71mA*
For Vo = 8V, Ir out 83mA max, Io+Ir ≤ 125mA*
For Vo = 14V, Ir out 28mA max, Io+Ir ≤ 71mA*
30 mW typical @ Vin=120 VAC
3000 VAC (meets UL / CSA &
EN Product Safety)
< 10 uA
Continuous, Pin ≤ 0.6 w @ Vin = 120 VAC
> 500 Khr MTBF
-40 to +85
o
C
0 – 95%, non-condensing
-40 to 105
o
C
1.10 x 0.92 x 0.55 inches
[27.94 x 23.24 x 13.97 mm]
UL / EN 60950-1 2
nd
Ed. (CB Report Available)
EN 55022, Class B, FCC Part 15, Class B
mode instead of a conventional current limit. This output is
best suited as a source for isolated DC utility power, which may
be used directly or post-regulated with either a linear regulator
or a DC/DC converter.
Vo is self protecting, cannot be over-
loaded and can be shorted indefinitely.
So unlike design-your-
own, or partially complete modules where significant design
margin is required to stay far away from current limit,
there is
no need to oversize a Bias Power supply.
The graceful transi-
tion from voltage regulation to constant power along with the
wide range of product ratings allows the designer to select a
supply tightly matched to the design load.
Vr is also a voltage-regulated output and is thermally protected
from overload. It has very low output ripple capable of driving
elements which require a low-noise, tightly-regulated supply.
In addition, Vr is supplied internally by Vo. This means that any
capacitance added to Vo can increase the hold-up time of Vr as
well.
*Note: maximum currents specified for constant voltage range
only. See V-I curve on page 2 for Vo in constant power range.
www.biaspower.com
BPWX 1 Series Data Sheet, Page
1 of 2
Revised 12/10/2013
Specifications subject to change
Microcontroller MCU
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