Medical Family

Rated100W
SNP-Z10x-M Series

Features:
●
●
●
●
●
●

With built-in PFC
Only 1.26 inch height
4.8 Watt per cubic inch
With Medical safety
Efficiency between 80% to 90%
Operation from 0oC to 50oC by convection

Applications:●3" x 5" x 1.18"/1.26"●

For medical device such as monitors.
For peak power required system such as breath machine.

General Specifications:
Input voltage ......................................... 90 VAC to 264 VAC
Input frequency .............................................. 47 Hz to 63 Hz
Inrush current ............................................ < 30A at 115VAC(cold start at 25oC)
or < 60A at 230VAC
Efficiency ................................ 80%~90% depends on model
Hold up time ..................................................... 20ms typicalat rated load and 115VAC
Over current protection .................................... auto recovery
Short circuit protection .................................... auto recovery
Over voltage protection ............................................ latch off
Remote Sense ........... compensates for 0.5V max. load drop

Mechanical Specifications:
SNP-Z106-M

Earth leakage ................................... 250uA max. at 240VAC
Operating temperature ...................... 0oC to 50oC convection
Cooling .................................... free air convection for 100W
with 18CFM forced air flow for 130W
Storage temperature ...................................... -20oC to +85oC
EMI ......................................................................... FCC "B"
EN55011 "B", EN61000-3-3
Harmonics ........................................... EN61000-3-2 class D
EMS ..................................... EN61000-4-2,-3,-4,-5,-6,-8,-11
Safety ................................................................. UL 60601-1
CSA C22.2 No. 601.1-M90
IEC 60601-1 : 1988 +A1+A2 (2nd)
IEC 60601-1 : 2005 (3rd)
Notes:

127.0 (5")

76.2(3")

1. Size:
1.1 SNP-Z106-M, Z107-M, Z108-M, Z109-M, Z10T-M, Z10H-M
3" x 5" x 1.18"
1.2 SNP-Z101-M, Z104-M, Z10K-M
3" x 5" x 1.26"
2. Mounting Hole:
64.8 x 115.6 (mm)3. Connectors:
AC input :Molex 5277-02A or equivalent
DC output :Molex 5273 or equivalent
Remote Sense : Molex 5045-02A or equivalent (for SNP-Z10x-M, x=6, 7, 8, 9, H, T)
Fan Output : Molex 5045-02A or equivalent (for SNP-Z10x-M, x=1, 4, K)
4. Output Pin assignment:
PIN NO.
123456789SNP-Z101-M +5V +5V +5V GND GND GND GND +12V -12V
SNP-Z104-M +5V +5V +5V GND GND GND GND +15V -15V
SNP-Z10K-M +12V +24V GND GND GND GND +5V +5V +5V
SNP-Z106-M +5V +5V +5V +5V GND GND GND GND
Other Models +V +V +V GND GND GND

30.0 Max.
(1.18")-Steven-JUL. 2014

5.

Packing:
Net weight: 290 g approx. / unit
Gross weight: 12.5 kg approx. / carton, 36 units / carton
Carton size (mm): 339 (L) x 339 (W) x 327 (H)10 years Warranty (contact Skynet's Distributors for details)** This data sheet is only for models selection. For business, engineering specification by model must be used.

4-1

Medical Family

Rated

100W

SNP-Z10x-M Series

Output Specifications:MODEL

OUTPUTNO.

LOAD		VOLTAGERIPPLE

LINE

LOAD

RAIL

MIN.

SNP-Z106-M		

+5V0A

20A

26A 		

+4.95V~+5.05V

50mVpp

±0.5%±1%

SNP-Z107-M		

+12V

0A

9A

11A		

+11.88V~+12.12V

100mVpp±0.5%±1%

SNP-Z108-M		

+15V0A

7A

8.7A 		

+14.85V~+15.15V

100mVpp

±0.5%

±1%

SNP-Z109-M		

+24V

0A

4.5A

5.4A		

+23.76V~+24.24V

100mVpp

±0.5%

±1%

SNP-Z10T-M		

+48V

0A

2.1A

2.7A		

+47.52V~+48.48V

150mVpp±0.5%±1%			
SNP-Z101-M					

+5V
+12V
-12V

0.5A
0.05A
0A

10A
3A
0.8A

15A 		
4.1A		
1.1A		

+4.95V~+5.05V+11.40V~+12.60V-11.40V~-12.60V

50mVpp
120mVpp
120mVpp

±0.5%
±0.5%
±0.5%

±1%
±5%
±5%			
SNP-Z104-M					

+5V
+15V
-15V

0.5A
0.05A
0A

10A
2.5A
0.8A

15A 		
4.1A		
1.1A		

+4.95V~+5.05V+14.25V~+15.75V-14.25V~-15.75V

50mVpp
150mVpp
150mVpp

±0.5%
±0.5%
±0.5%

±1%±5%±5%

SNP-Z10H-M

+28V

0A

3.8A

4.65A		

+27.72 ~+28.28V

100mVpp±0.5%±1%			
SNP-Z10K-M			

+5V+24V
+12V

0.5A
0.05A
0A

2.5A
2.8A
0.7A

4A		
4A		
1A		

+4.95V~+5.05V+22.8V~+25.2V+11.4V~+12.6V

50mVpp240mVpp
120mVpp

±0.5%
±0.5%
±0.5%

±1%±5%±5%

RATED		 MAX.

PEAK

ACCURACY

NOISE

REG.

REG.

Note:
1.
2.
3.
4.
5.
6.
7.
8.

The total output current is rated load with free air convection and max. load with 18CFM of forced air flow over the unit.
At factory, in 60% rated load condition, each output is checked to be within voltage accuracy.
Line regulation is defined by changing ±10% of input voltage from nominal line at rated load.
Load regulation is defined by changing ±40% of measured output load from 60% rated load at another output set to 60% rated load.
Ripple & noise is measured by using 15MHz bandwidth limited oscilloscope and terminated each output with a 0.47uF capacitor and a 47u electrolytic
capacitor at rated load and nominal line.
Hold up time is measured from the end of the last charging pulse to the time which the main output drops down to low limit of main output at rated load
and nominal line.
Efficiency is measured at rated load and nominal line.
Model Selection:
SNP-Z10x-M is for medical application.

-Steven-4-2** This data sheet is only for models selection. For business, engineering specification by model must be used.

JUL. 2014Medical Family

Rated
100W
SNP-Z10x-M Series

Performance for SNP-Z106-M:
1. Switching frequency ripple

2. Line frequency ripple+5V/20A+5V/20A

20.0mV/div, 5us/div

20.0mV/div, 5ms/div

3. Output turn on wave form

4. Output turn off wave form

+5V/20A+5V/20A

1.00V/div, 5ms/div

1.00V/div, 10ms/div

5. Hold-up time

6. Over voltage protection
Trip point around 6.20V

Primary DC
2.00V/div
100V/div

10ms/div

2.00V/div, 10ms/div-Steven-JUL. 2014** This data sheet is only for models selection. For business, engineering specification by model must be used.

4-3

Medical Family

Rated100W

SNP-Z10x-M Series

7. +5V step response

8. FCC B+5V

0.50V/div, 2ms/div+5V step from 4A to 20A

9. CISPR 22 B

10. Thermal profile

Test condition:
M/N : SNP-Z106-M, Input : 244V
Output : 5V/20A, Ambient : 23.5oC

11. Max. load fan location

12. Power derating curve-Steven-4-4** This data sheet is only for models selection. For business, engineering specification by model must be used.

JUL. 2014