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50 W DC-DC Converter P50G-Series

Deutschland: Schweiz: Inselkammerstraße 10 Hochstrasse 355 D-82008 Unterhaching CH-8200 Schaffhausen Tel.: 089 614 503-10 Tel.: 052 647 42 00 E-Mail: power@hy-line.de E-Mail: power@hy-line.ch

  • Wide 2:1 input range
  • Efficiency up to 93 %
  • Adjustable output voltage
  • Remote control on / off
  • 1500 VDC isolation
  • Continuous short circuit protection
  • Over voltage protection
  • Standard package 2” x 1” x 0.4”
  • MTBF > 1 Mio. hours
  • -40...+85 °C operating temperature range Model guide Type Input voltage Input current Output voltage [VDC] Output current Efficiency @ full load [%] typ. Capacitive load (see note 3) [µF] max. Nominal [VDC] Range [VDC] no load [mA] typ. full load [mA] typ. minimum load [mA] maximum load [A] Single output P50G243R3S 24 18...36 40 1510 3.3 500 10000 91 27000 P50G2405S 24 18...36 60 2290 5 500 10000 91 18900 P50G2412S 24 18...36 85 2240 12 208 4167 93 3700 P50G2415S 24 18...36 90 2240 15 167 3333 93 2000 P50G2424S 24 18...36 45 2289 24 104 2083 91 1000 P50G483R3S 48 36...75 30 756 3.3 500 10000 91 27000 P50G4805S 48 36...75 50 1145 5 500 10000 93 18900 P50G4812S 48 36...75 35 1120 12 208 4167 93 3700 P50G4815S 48 36...75 50 1120 15 167 3333 93 2000 P50G4824S 48 36...75 30 1130 24 104 2083 92 1000 Specifications Page 1 of 5 Input Start up Shut down Under voltage lockout P50G24xxS 18 VDC 15 VDC P50G48xxS 36 VDC 31 VDC Over voltage protection P50G24xxS 36 VDC 41 VDC P50G48xxS 75 VDC 83 VDC Filter π - type Reflected ripple current 40 mAp-p, typ. Remote control theshold On state 3…12 VDC, or open input Off state 0…1.2 VDC, ICTRL 6 mA Input idle current @ Off state 6 mA, typ. Isolation input - output: Rated voltage (tested for 1 min.) 1500 VDC Input / output resistance > 109 Ω, measured @ 500 VDC Input / output capacitance 2000 pF, typ @ 100 kHz Output Voltage tolerance ± 3 %, max. Voltage load regulation ± 1 % @ 5 %..100 % load Input regulation ± 0.5 %, max @ full Vin range Output voltage trim range ± 10 %, max. Temperature coefficient ± 0.03 % / °C, max. Transient recovery time <500 µs, typ. @ 25 % load steps Transient response deviation ± 5 %, max., @ 25 % load steps Short circuit protection Continuous, hiccup Short circuit restart Automatic Over current protection 120…160 % typ. Rippel & noise, BW 20 MHz 350 mVp-p, max. Start up time 10 ms, typ @ R-load Over voltage protection via integrated TVS-Diode P50Gxx3R3x: 3.9 VDC, typ P50Gxx05x: 6.2 VDC, typ P50Gxx12x: 15 VDC, typ P50Gxx15x: 18 VDC, typ P50Gxx24x: 30 VDC, typ Rippel & noise, BW 20 MHz P50Gxx3R3x: 250 mVp-p, max. P50Gxx05x: 250 mVp-p, max. P50Gxx12x: 300 mVp-p, max. P50Gxx15x: 300 mVp-p, max. P50Gxx24x: 350 mVp-p, max. General Safety standard EN60950-1 Switching frequency (PWM) 300 kHz, typ. Reliability calculated MTBF MIL-HDBK-217F @ 25 °C > 1 Mio. h EMC characteristics Radiated emissions (see Fig. 2) CISPR22 / EN55022 Class B Conducted emissions (see Fig. 2) CISPR22 / EN55022 Class B IEC61000-4-2, EN61000-4-2 ESD, (see Fig. 2) contact ± 4 kV, perf. criteria B IEC61000-4-3, EN61000-4-3, RS 10 V / m perf. criteria A IEC61000-4-4, EN61000-4-4 EFT, (see Fig. 2) ± 2 kV perf. criteria B IEC61000-4-5, EN61000-4-5 Surge, (see Fig. 2) ± 2 kV perf. criteria B IEC61000-4-6, EN61000-4-6 CS 3 Vrms perf. criteria A Environmental Operating ambient temperature -40 … 85 °C with derating Case temperature 105 °C, max. Storage temperature -55 … 125 °C Over temp. protection t-case 110 °C, typ Storage humidity 5…95 %, non condensing Cooling Free air convection Physical Dimensions without heat sink with heat sink 50.8 x 25.4 x 11.8 mm 51.4 x 26.2 x 16.5 mm Weight without heat sink with heat sink 35 g 45 g Case material Aluminium alloy Potting Material Epoxy (UL94V-0 rated) Vibration 10..55 Hz, 10 G, 30 minutes, X-,Y- and Z- axes Absolute max. ratings Pin soldering temperature 1.5 mm distance from body 300 °C for 10 sec Max. input voltage < 1 sec P50G24xxS -0.7…50 VDC P50G48xxS -0.7…100 VDC

Deutschland: Schweiz: Inselkammerstraße 10 Hochstrasse 355 D-82008 Unterhaching CH-8200 Schaffhausen Tel.: 089 614 503-10 Tel.: 052 647 42 00 E-Mail: power@hy-line.de E-Mail: power@hy-line.ch - Input + Input DC DC + Vin - Vin/GND + Vout - Vout Measure point Lin 4.7 µH Cin 220 µF ESR < 1 Ω at 100 kHz Load - Input + Input DC DC + Vin - Vin + Vout - Vout Cout Cin Note: 1. Min. load should not be less than 10 %, otherwise ripple may be increased dramatically. If the product operates under min. load, it may not be guaranteed to meet all listed specifications. Operation under minimum load will not damage the converter. 2. Maximum capacitive load is tested at input voltage range and full load. 3. All specifications measured at Ta 25 °C, humidity < 75 %, nominal input voltage and rated output load unless otherwise specified. 4. Specifications of this product are subject to changes without prior notice. 5. It is not recommended to increase the output power capability by connecting two or more converters in parallel. 6. The converters are not hot swappable Measure circuit for Input reflected ripple The input reflected ripple current is measured with inductor Lin and capacitor Cin to simulate source impedance. 1) Recommended circuit The P50G series is been tested according to the following recommended test circuit before leaving the factory (see Figures 1). If you want to further decrease the input / output ripple, you can increase a capacitance values properly or choose capacitors with low ESR, but the total capacitance of the filter capacitor must not exceed the maximum load capacitance value (see „Model guide“ table). Figure 1 Tabel 1 Figures 2, Recommended EMC circuit Tabel 2 Page 2 of 5 Recommended peripheral components to figure 1a Vout Cin Cout P50Gxx3R3S 100 µF 470 µF P50Gxx05S 470 µF P50Gxx12S 100 µF P50Gxx15S 100 µF P50Gxx24S 47 µF Fuse Time delay type MOV C1 LCM C2 CX CY Cout See tabel 1 P50G24xxS 5 A S20K30 680 µF 2.2 mH 330 µF 4.7 µF 3.3 nF, 2 kV P50G48xxS 3.15 A S14K60 330 µF 2.2 mH 330 µF 2.2 µF 3.3 nF, 2 kV +Vin -Vin Load -Vout +Vout DC DC LCM EMI-Filter to meet class B EFT & Surge Filter to meet class B MOV CX Fuse CY CY Cout

Deutschland: Schweiz: Inselkammerstraße 10 Hochstrasse 355 D-82008 Unterhaching CH-8200 Schaffhausen Tel.: 089 614 503-10 Tel.: 052 647 42 00 E-Mail: power@hy-line.de E-Mail: power@hy-line.ch Remote control / trim function Calculation for trim down resistor (Rtd) or trim up resistor (Rtu) Model series R1 [kΩ] R2 [kΩ] R3 [kΩ] V Ref [V] Rtd min. [kΩ] Rtu min. [kΩ] P50Gxx12S 11 2.87 15 2.5 56 9.6 P50Gxx15S 15 3.00 17.4 2.5 340 7.6 P50Gxx24S 20 2.31 15 2.5 242 7.36 Maximum output voltage adjust range ± 10 % of Vout nominal, see min. Rtd / Rtu Trim down resistor formula Trim up resistor formula Page 3 of 5 Rtu= R2*a R2-a -R3 Vref Vout-Vref *R1 Rtd= R1*b R1-b -R3 Vref Vout-Vref *R2 Rtd Trim down circuit P50GxxxxS 0V / -Vout VRef +Vout Rtu Trim up circuit P50GxxxxS 0V / -Vout VRef +Vout +Vin -Vin Ctrl 3 +Vin 1 Load -Vout GND 2 +Vout DC DC Remote control input on: 3 V…≤12 V or open off: 0…1.2 V

Deutschland: Schweiz: Inselkammerstraße 10 Hochstrasse 355 D-82008 Unterhaching CH-8200 Schaffhausen Tel.: 089 614 503-10 Tel.: 052 647 42 00 E-Mail: power@hy-line.de E-Mail: power@hy-line.ch Page 4 of 5

Deutschland: Schweiz: Inselkammerstraße 10 Hochstrasse 355 D-82008 Unterhaching CH-8200 Schaffhausen Tel.: 089 614 503-10 Tel.: 052 647 42 00 E-Mail: power@hy-line.de E-Mail: power@hy-line.ch Dimensions standard version Dimensions heatsink version, ordering designation P50GxxxxSK Page 5 of 5 Pin configuration Pin Single 1 + Vin 2 (GND) -Vin

3 Rem Ctrl

4 Trim

5 (0 V) - Vout 6 + Vout Unit: mm Pin diameter tolerance: 0.1 mm Pin height tolerance: 0.5 mm General tolerances: 0.3 mm PHI-CON is a trademark of HY-LINE Holding GmbH. Only for professional use by professionals ! Not for resale or distribution to the general public in any way ! Read the instructions carefully before using! Life Support Policy: HY-LINE does not authorize the use of any of its products for use in life support devices or systems without the express written approval of an officer of the Company . Life support systems are devices which support or sustain life, and whose failure to perform, when properly used in accordance with instructions for use provided in the labeling, can be reasonably expected to result in significant injury to the user. Rev: 20170704 f