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TSI-5.0S3R0

Traco Electronic AG

DC/DC Converter


TSI-5.0S3R0
TSI-5.0S3R0

PDF File TSI-5.0S3R0 PDF File


Description
DC/DC Converter TSI-20 Series Features Step-down Converter with very high Efficiency (> 91%) 3.
3 VDC or 5.
0 VDC Output, up to 6.
0 A Fast Transient Response Remote ON/OFF Overload Protection Low Output Noise Standby Current only 100 µA Small SIL- or DIP-Package 2 Year Product Warranty This new generation of step-down converters provides designers with a cost-effective solution for converting a 5 VDC resp.
12 VDC voltage down to 3.
3 VDC or to 5 VDC.
To achieve highest efficiency, these dc/dc converters are using adwanced circuit techniques , as amorphous ferrite, solid aluminum capacitors and a synchronous commutation IC.
The TSI-20 series needs no further external components to operate within its specifications.
A very high efficiency allows operation without additional heatsink.
This product finds many applications in distributed powersystems where voltage conversion at the point of load is required.
15/20 Watt Models Ordercode TSI-3.
3S3R0 TSI-3.
3S3R0F TSI-5.
0S3R0 TSI-5.
0S3R0F TSI-3.
3S6R0P TSI-3.
3S6R0FP TSI-5.
0S4R0P TSI-5.
0S4R0FP Input voltage range Output voltage Output current max.
Efficiency typ.
Package SIP DIP SIP DIP SIP DIP SIP DIP 4.
8 – 13.
6 VDC * + 3.
3 VDC 3000 mA 91.
0 % 6.
0 – 16.
5 VDC + 5.
0 VDC 3000 mA 95.
0 % 4.
8 – 7.
5 VDC * + 3.
3 VDC 6000 mA 88.
0 % 6.
0 – 16.
5 VDC + 5.
0 VDC 4000 mA 92.
0 % * Output adjustable 2.
8 to 3.
3 VDC www.
tracopower.
com Page 1 DC/DC Converter TSI-20 Series 15/20 Watt Input Specifications Input current (no load) Input current (at full load) Stand-by current 15 Watt models 20 Watt models 15 Watt models 20 Watt models 1 mA max.
1 mA max.
1350 mA max.
(12 Vin) 1800 mA max.
(12 Vin) 100 µA typ ± 3.
0 % +2.
8 VDC to +3.
3 VDC ± 0.
5 % < 2.
0 % 50 mVpk-pk typ.
50 % Load change: Vout over-/undershoot: 50 % Load change: Vout over-/undershoot: 80 µsec typ.
70 mV typ.
100 µsec typ.
130 mV typ.
± 0.
01 % / °C constant current >105% 20’000 µF ON = Pin 5 (ON/OFF Pin) to pin 4 (GND) open OFF = Pin 5 (ON/OFF Pin) to pin 4 (GND) short...



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