MOQ (minimum order quantity) PU (Price unit): E (item), H (100 items), T (1000 items), p (pair), P (pack), k (kilogram), h (100 meters) RRP recommended retail price. Stock and prices are updated on an hourly basis. After Registration and Login you will see your individual customer prices and CSV file upload, watchlists and requestlist are accessible in the Customer Portal. All prices are net excluding V.A.T. We do not deliver to private end-users.
Note
You will find suitable SMD Power Inductors starting at product group M4800.
Features
• SIP/SIL8 housing • For direct PCB mounting • Efficiency up to 83% • 1kV DC isolation • Continuous short circuit protection • Low ripple and noise • Safety standards: EN60950-1 • EMC standards: EN55032, Class A and B • 3 year manufacturer warranty • RS3-_S: single output • RS3-_D: dual output • RS3-_/H_: EN-60601 for medical applications
Technical Specifications
Input Voltage:
See Table
Output Power:
See Table
Voltage Accuracy, Max. (Load 100%):
±2%
Ripple & Noise, Max.:
50mVpp
Withstand Voltage (I/P-O/P)
R_Standard:
1000 V DC
R_H2_:
2000 V DC
R_H3_:
3000 V DC
Efficiency:
See Table
Operating Temperature:
-40...+71°C
Weight:
4,7g
Part Nr.
UE
UA
IA
h
[V]
[V]
[mA]
[%]
RS3-0505S
4,5...9
5
600
76...79
RS3-0509S
4,5...9
9
333
77...80
RS3-0512S
4,5...9
12
250
80...81
RS3-123.3S
9...18
3,3
600
73...75
RS3-1205S
9...18
5
600
76...79
RS3-1205S/H3
9...18
5
600
76...79
RS3-1209S
9...18
9
333
77...80
RS3-1212S
9...18
12
250
80...81
RS3-1215S
9...18
15
200
80...81
RS3-243.3S
18...36
3,3
600
77...78
RS3-2409SZ/H3
9...27
9
333
77
RS3-2412S
18...36
12
250
83
RS3-2412SZ/H3
9...27
12
250
80
RS3-2415SZ/H3
9...27
15
200
80
RS3-0505D
4,5...9
±5
±300
76...80
RS3-0512D
4,5...9
±12
±125
78...83
RS3-0515D
4,5...9
±15
±100
79...83
RS3-1205D
9...18
±5
±300
76...80
RS3-1212D
9...18
±12
±125
78...83
RS3-1215D
9...18
±15
±100
79...83
RS3-2405D
18...36
±5
±300
76...80
RS3-2412D
18...36
±12
±125
83
RS3-2415D
18...36
±15
±100
83
RS3-2415DZ/H3
9...27
±15
±100
80
UE = Input Voltage, UA = Output Voltage, IA = Output Current Range, h = Efficiency