TP06DA24S05

TP06DA_V01 TOPPOWER | Alldatasheet

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www.gztoppower.com T E L ：0086-20-62162688 EMAIL ：sales2@gztoppower.com page 1 of 4 DESCRIPTION ： The rated output power of TP06DA converters is 6W,the outline dimensions is "31.75*20.32*11.2", 2:1 and 4:1 wide input Voltage range, the voltage range is 4.5-9V,9V-18V,18V-36V,36V-72V,9V-36V and 18V-72VDC.The accuracy of the converter can reach ±1% it can be widely used in telecommunications, railway transportation, instrument and etc. 6W 1.5KVDC、3KVDC Isolated Wide Input Voltage DC/DC Converters

FEATURES

6W output power 2:1 and 4:1 wide input voltage range Over load protection 31.75mm*20.32mm*11.2mm standard package Fixed switching frequency Operating temperature: -40 to ℃ 85℃ Metal shell package or plastic shell packaging RoHS compliant 1.5KVDC、3KVDC isolation SELECTION GUIDE Part Number Input Voltage Output Efficiency(Typ) Maxmum capacitive load （u F) voltage（VDC) Voltage（VDC) Current（A） Rated Range values TP06DA05S05 5(2:1) 4.5-9 5 1.2 ≥79 1500 TP06DA05S12 5(2:1) 4.5-9 12 0.5 ≥82 660 TP06DA05D05 5(2:1) 4.5-9 ±5 ±0.6 ≥79 850 TP06DA12S03 12(2:1) 9-18 3.3 1.5 ≥77 2200 TP06DA12S05 12(2:1) 9-18 5 1.2 ≥79 1500 TP06DA12S12 12(2:1) 9-18 12 0.5 ≥82 660 TP06DA12S15 12(2:1) 9-18 15 0.4 ≥84 470 TP06DA12D05 12(2:1) 9-18 ±5 ±0.6 ≥79 850 TP06DA12D12 12(2:1) 9-18 ±12 ±0.25 ≥82 330 TP06DA12D15 12(2:1) 9-18 ±15 ±0.2 ≥84 220 TP06DA24S03 24(2:1) 18-36 3.3 1.5 ≥78 2200 TP06DA24S05 24(2:1) 18-36 5 1.2 ≥80 1500 TP06DA24S12 24(2:1) 18-36 12 0.5 ≥84 660 TP06DA24S15 24(2:1) 18-36 15 0.4 ≥86 470 TP06DA24S24 24(2:1) 18-36 24 0.25 ≥83 470 TP06DA24D05 24(2:1) 18-36 ±5 ±0.6 ≥81 850 TP06DA24D12 24(2:1) 18-36 ±12 ±0.25 ≥84 330 TP06DA24D15 24(2:1) 18-36 ±15 ±0.2 ≥86 220 TP06DA48S03 48(2:1) 36-72 3.3 1.5 ≥78 2200 TP06DA48S05 48(2:1) 36-72 5 1.2 ≥80 1500 TP06DA48S12 48(2:1) 36-72 12 0.5 ≥84 660 TP06DA48S15 48(2:1) 36-72 15 0.4 ≥86 470 TP06DA48D05 48(2:1) 36-72 ±5 ±0.6 ≥80 850 TP06DA48D12 48(2:1) 36-72 ±12 ±0.25 ≥84 330 TP06DA48D15 48(2:1) 36-72 ±15 ±0.2 ≥83 220 TP06DA24S05W 24(4:1) 9-36 5 1.2 ≥80 1500 TP06DA24S12W 24(4:1) 9-36 12 0.5 ≥82 660 TP06DA24S15W 24(4:1) 9-36 15 0.4 ≥84 470 TP06DA24D05W 24(4:1) 9-36 ±5 ±0.6 ≥80 850 TP06DA24D12W 24(4:1) 9-36 ±12 ±0.25 ≥82 330 TP06DA24D15W 24(4:1) 9-36 ±15 ±0.2 ≥84 220 TP06DA48S03W 48(4:1) 18-72 3.3 1.5 ≥78 2200 TP06DA48S05W 48(4:1) 18-72 5 1.2 ≥77 1500 TP06DA48S12W 48(4:1) 18-72 12 0.5 ≥80 660 TP06DA48S15W 48(4:1) 18-72 15 0.4 ≥84 470 TP06DA48D05W 48(4:1) 18-72 ±5 ±0.6 ≥80 850 TP06DA48D12W 48(4:1) 18-72 ±12 ±0.25 ≥82 330 3KVDC isolation with /3H at the end of the part number. for example TP06DA24S05W/3H ;3KVDC isolated parts only can make with plastic shell packaging. TP06DA48D15W 48(4:1) 18-72 ±15 ±0.2 ≥79 ±47

www.gztoppower.com T E L ：0086-20-62162688 EMAIL ：sales2@gztoppower.com page 2 of 4 All specifications typical at TA=25°C, nominal input volt age and rated output current unless otherwise specified. GENERAL CHARACTERISTICS parameter Test conditions Min Typ Max Units Isolation voltage Input to Output 500 1500、3000 VDC Isolation resistance Input to Output 100M ohm Seismic 10~55Hz 5 G MTBF MIL-HDBK-217F2 5 x 10 5 hrs Over-current protection mode Full input range Auto recovery Cooling Free air convection Case material Metal case OUTPUT CHARACTERISTICS parameter Test conditions Min Typ Max Units Voltage accuracy Io=0.1…1.0 x Ionom Vi=Vi rated ±1 % Line regulation Vimin≤Vi≤Vimax ±0.2 % Load regulation Io=0.1…1.0 x Ionom Vimin ≤ Vi≤Vimax ±0.5 % Auxiliary voltage accuracy Main Load and auxiliary load differ 25%,the auxiliary circuit of the load with at least 25%, the main circuit with full load ±3 % Ripple and noise 20MHz bandwidth ±1 % Over-current protection Vimin≤Vi≤Vimax 120 % Transient recovery time 25% load change ±5 % Transient overshoot range 25% load change 400 us Switch frequency Vimin≤Vi≤Vimax 300 KHz INPUT CHARACTERISTICS parameter Test conditions Min Typ Max Units Startup voltage 5V Input module(4.5V -9V) 4.9 5 5.15 Startup voltage 12V Input module(9V -18V) 8.8 9 9.3 VDC Startup voltage 24V Input module(18V-36V) 18 VDC Startup voltage 48V Input module(36V-72V ) 36 VDC Startup voltage 24V Input module(9V -36V) 8.8 9 9.3 VDC Startup voltage 48V Input module(18V-72V) 18 VDC Start rising time Input rising time from 5%-100% 20 ms ENVIRONMENT CHARACTERISTICS parameter Test conditions Min Typ Max Units Storage Humidity Non condensing 5 +95 % Operating Temperature Power derating (above 71℃ -40 +85 ℃ Storage Temperature -55 +125 ℃ Max. Case Temperature Operating Temperature curve range 105 ℃ Lead Temperature 1.5mm from case for 10 seconds 300 ℃ Cooling Free air convection  Case temperature under shall not exceed the maximum case temperature level.

www.gztoppower.com T E L ：0086-20-62162688 EMAIL ：sales2@gztoppower.com page 3 of 4 Units: mm Tolerance: ±0.2mm MECHANICAL DIMENSIONS PIN CONNECTIONS Pin Single Output Dual Output 2 -Vin -Vin 3 -Vin -Vin 9 NC （9） / Com

10 NC NC

（11） / -Vout 14 +Vout +Vout

15 NC NC

（16） / Com 22 +Vin +Vin 23 +Vin +Vin MODEL SELECTION RECOMMEND CIRCUIT: Single Output： +vin -vin Cin +V0 Cout -V0 DC-DC TP 06 D A 24 S 05 W W:4:1 Wide voltage input range Output voltage S:single output D:Dual output Input Rated Voltage Package type DC-DC Output rated power Brand name 2 3 9 (9) 10 11 (11) 23 22 16 15 14 (16) 31.75 20.32 15.24 2.54 2.54 11.20 ≥4.00 1.00 5.084.57 17.78 0.50 bottom view

www.gztoppower.com T E L ：0086-20-62162688 EMAIL ：sales2@gztoppower.com page 4 of 4 STEMPERATURE DERATING GR RECOMMEND CIRCUIT: Dual Output： USING ATTENTIONS  Module will cause irreversible damage when in the state of the input reverse polarity.  Module will cause irreversible damage when in the long-term overload conditions.  Module will cause irreversible damage when out of the maximum input voltage range. +vin -vin Cin +V0 Cout1 -V0 DC-DC Cout2 COM  Add input capacitance Cin is helpful to improve the electromagnetic compatibility, recommend Cin use 47 uF-100uF of the electr olytic capacitors.  If the module connect to the digital circuits, please add the Cout 、Cout1、Cout2.  If Cout, Cout1, Cout2 value is too high or lower ESR, it will cause the module instable,  The recommended value of Cout, Cout1, Cout2 should be 100 uF/A, the current here means the output current.