A0505S-2WR2

A_S/D-2WR2 7 pin SIP Package, 2 Watt, Isolated, Unregulated Features  7pin SIP Package with Industry-Standard Footprint  Input / Output Isolation Voltage: 1.5kVDC  High Efficiency  Lead Free Design, RoHS Compliant  Operating temperature: -40°C to +105°C  Meet Safety Standard / Approval: IEC / EN60950-1 Applications These converters are well suitable for battery operated equipment, measurement equipment, telecom, wireless network, Industry control system, everywhere where isolated, tightly regulated voltages and compact size are required. Technical Specification All specifications are typical at nominal input, full load and 25°C unless otherwise stated. Output Voltage (V) Output Current (mA) (1) Full Load A0503S-2WR2 3.3 400 A0505S-2WR2 5 A0509S-2WR2 Input Current (mA) Typ. No Load Full Load Eff .(%) (2) Typ. Capacitive Load, max. (3) (uF) 338 78 68 400 500 80 47 9 220 477 83 33 A0512S-2WR2 12 166 475 84 22 A0515S-2WR2 15 133 475 84 22 24 83 475 84 10 Model Number A0524S-2WR2 A0503D-2WR2 Input Voltage Range(V) 4.5-5.5 Nominal:5 35 A0505D-2WR2 ±3.3 ±5 ±200 ±200 338 500 78 80 33/33 22/22 A0509D-2WR2 ±9 ±110 477 83 10/10 A0512D-2WR2 ±12 ±83 475 84 10/10 A0515D-2WR2 ±15 ±66 475 84 10/10 A0524D-2WR2 ±24 ±42 475 84 4.7/4.7 A1203S-2WR2 3.3 400 143 77 68 A1205S-2WR2 5 400 208 80 47 A1209S-2WR2 9 220 199 83 33 A1212S-2WR2 12 166 198 84 22 15 133 198 84 22 24 83 198 84 10 ±200 ±200 143 208 77 A1205D-2WR2 ±3.3 ±5 80 33/33 22/22 A1209D-2WR2 ±9 ±110 199 83 10/10 A1212D-2WR2 ±12 ±83 198 84 10/10 A1215D-2WR2 ±15 ±66 198 84 10/10 A1215S-2WR2 A1224S-2WR2 A1203D-2WR2 10.8-13.2 Nominal:12 E-mail: bothhand_sales@bothhandww.com 15 https://www.bothhandww.com Rev: A0 Page 1 of 7 A1503S-2WR2 3.3 Output Current (mA) (1) Full Load 400 A1505S-2WR2 5 400 167 80 47 A1509S-2WR2 9 220 159 83 33 A1512S-2WR2 12 166 158 84 22 15 133 158 84 22 24 83 158 84 10 ±3.3 ±5 ±200 ±200 114 167 77 A1505D-2WR2 80 33/33 22/22 A1509D-2WR2 ±9 ±110 159 83 10/10 A1512D-2WR2 ±12 ±83 158 84 10/10 A1515D-2WR2 ±15 ±66 158 84 10/10 A2403S-2WR2 3.3 400 71 77 68 A2405S-2WR2 5 400 104 80 47 A2409S-2WR2 9 220 99 83 33 A2412S-2WR2 12 166 99 84 22 15 133 99 84 22 24 83 99 84 10 A2405D-2WR2 ±3.3 ±5 ±200 ±200 71 104 77 80 33/33 22/22 A2409D-2WR2 ±9 ±110 99 83 10/10 A2412D-2WR2 ±12 ±83 99 84 10/10 A2415D-2WR2 ±15 ±66 99 84 10/10 Model Number Input Voltage Range(V) A1515S-2WR2 A1524S-2WR2 13.5-16.5 Nominal:15 A1503D-2WR2 A2415S-2WR2 A2424S-2WR2 21.6-26.4 Nominal:24 A2403D-2WR2 Output Voltage (V) Input Current (mA) Typ. No Load Full Load 114 12 8 Eff .(%) (2) Typ. Capacitive Load, max. (3) (uF) 77 68 Input Specifications 5V nominal input 4.5-5.5V 12V nominal input 10.8-13.2V 15V nominal input 13.5-16.5V 24V nominal input 21.6-26.4V Input filter Capacitor Environmental Specifications -40°C to +105°C Operating ambient temperature Maximum case temperature +125°C Storage temperature range -55°C to +125°C Relative humidity E-mail: bothhand_sales@bothhandww.com 95% RH max. https://www.bothhandww.com Rev: A0 Page 2 of 7 Output Specifications Output power 2Watts max. Voltage accuracy Nominal Vin and full load 3.3Vdc 5Vdc 9Vdc 12Vdc 15Vdc 24Vdc Voltage balance Dual output 3.135-3.399V 4.75-5.15V 8.73-9.18V 11.64-12.24V 14.55-15.30V 23.52-24.36V ±1% max. Minimum load Line regulation Load regulation 10% load of full load For Vin charge of 1% Nominal Vin and 10%-100% load 3.3Vdc 5Vdc 9Vdc 12Vdc 15Vdc 24Vdc ±1.2% Typ. 15% Typ. 13% Typ. 9% Typ. 8% Typ. 7% Typ. 6% Typ. 100mVp-p Typ. 150mVp-p Max. See table Ripple and Noise (20MHz Bandwidth) Maximum capacitive load Output short circuit protection A24XXS-2WR2 / A24XXD-2ER2 Other models 3S Max. Continuous, Automatic recovery Temperature coefficient ±0.03%/°C Typ. General Specifications Efficiency Nominal input and full load Isolation voltage Input to output Isolation resistance 500VDC See table 1500VDC (60 second) 1000MÙ min. Isolation capacitance 30pF typ. 150kHz typ. Switching frequency 300kHz max. Reliability, calculated MTBF 2×10 6 Hrs Physical Specifications Case material Plastic (UL94 V-0) Potting material PU (UL94 V-0) Dimensions 19.6× 10.1× 7.0 mm Weight 2.5g Typ. Note 1. Io below this value will not damage these converters, however, they may not meet all listed specifications. 2. Typical value, tested at nominal input and full load. 3. For each output. 4. Specifications subject to change without notice. 5. This series of products do not support CC mode, CR mode is recommended. 6. In case of long input lines or hot plug-in requirements, we recommended to use an external low ESR capacitor (22uF) near to the converter’s input pins. E-mail: bothhand_sales@bothhandww.com https://www.bothhandww.com Rev: A0 Page 3 of 7 Power Derating Curve Power Derating Curve Output Power (%) 120 100 80 60 40 20 0 85 -40 -20 0 20 40 60 80 105 100 120 Ambient Temp.TA () Mechanical Dimensions Single output Dual output Pin Assignment Pin Single Dual 1 +Vin +Vin 2 -Vin -Vin 4 -Vout -Vout 5 No pin Common 6 +Vout +Vout Unit: mm (inch) Pin section tolerances:±0.1(±0.004) General tolerances:±0.5(±0.02) E-mail: bothhand_sales@bothhandww.com https://www.bothhandww.com Rev: A0 Page 4 of 7 Test Configurations All specifications are typical at nominal input, full load and 25°C unless otherwise stated. A A DC Power Supply DC/DC converter V V Load ◎DC Power Supply: It offers a wide voltage and current range precisely. ◎Current meter (A): Accuracy200μA ~ 200mA 4 ranges+(0.2% rdg + 2 digits) 2000mA ~ 20A 2 ranges+(0.3% rdg + 2 digits). ◎Voltage meter (V): Accuracy+(0.03% rdg + 4 digits). ◎Load: At full load. ◎Wires: The resistance of the wires must be small. 1. Input voltage range: Narrow input voltage range（±10%）、wide input voltage range (2:1 and 4:1）。 EX: Narrow input voltage range（±10%） 5V nominal input 4.5~5.5V 12V nominal input   10.8~13.2V 24V nominal input   21.6~26.4V Wide input voltage range 2:1 5V nominal input  4.5~9V 12V nominal input 9~18V 24V nominal input   18~36V 48V nominal input    36~75V Wide input voltage range 4:1 (W) 24V nominal input    9~36 V 48V nominal input   18~75V 2. Input power : Pin = Vin x Iin Vin：Input voltage Iin：Input current Pout = Vout x Iout Vout：Output voltage Iout：Output current 3. Output power : 4. Efficiency : Efficiency = Pout Pin x100% Pout: Output power Pin: Input power 5. Voltage accuracy: │Vout-Vout(nominal)│ Vout x100% E-mail: bothhand_sales@bothhandww.com Vout：Output voltage Vout(nominal)：Nominal output voltage https://www.bothhandww.com Rev: A0 Page 5 of 7 6. Line regulation: Narrow input voltage range（±10%）and unregulated output voltage series. Line regulation= Ä Vout Ä Vin Ä Vout = Vout(+10%)-Vout(-10%) x100% Vout Vout(+10%)：Output voltage at Vin = 1.1xVin(nominal)&full load Vout(-10%)：Output voltage at Vin = 0.9xVin(nominal)&full load Vout：Output voltage at Vin = Vin(nominal)&full load Ä Vin = Vin(+10%)-Vin(-10%) x100% Vin(nominal) Vin(+10%)：Input voltage = 1.1xVin(nominal) Vin(-10%)：Input voltage = 0.9xVin(nominal) Vin(nominal)：Nominal Input voltage 7. Load regulation : │Vout(FL)-Vout(NL)│ x100% Vout(FL) Vout(FL): Output voltage at full load Vout(NL): Output voltage at 25% full load or 10% full load 8. Ripple and Noise: as shown below. The bandwidth is 0-20MHz. Noise Ripple&Noise Ripple E-mail: bothhand_sales@bothhandww.com https://www.bothhandww.com Rev: A0 Page 6 of 7 Output Ripple&Noise measurement test circuit: as shown below. Copper strip DC/DC converter Co Load Oscilloscope Copper strip Co: usually 0.47uF. 9. Temperature derating curve: The DC-DC converter will operate over a wider temperature range if less power Output Power (%) is drawn from the output and the device is already running. The temperature derating curve shows the operating power-temperature range. As shown below. 120 100 80 60 40 20 0 85 -40 -20 0 20 40 60 80 105 100 120 Ambient Temp.TA (℃) 10. Switching frequency: The nominal operating frequency of the DC-DC converters. 11. Input to output isolation: The dielectric breakdown strength test between input and output circuits. This is the isolation voltage the device is capable of withstanding for a specified time, usually 1 second or 1 minute. 12. Input souce impedance: The power module should be connected to low ac-impedance input souce. Highly inductive souce impedances can affect the stability of the power module. In applications where power is supplied over long lines and output loading is high , it maybe necessary to use a capacitor at the input to ensure startup. Capacitor mounted close to the power module helps ensure stability of the unit , it is commended to use a good quality low Equivalent Series Resistance ( ESR < 0.1Ù at 100KHz ) capacitor of a 22uF for the power module. DC Power Supply Cin DC/DC converter E-mail: bothhand_sales@bothhandww.com Load https://www.bothhandww.com Rev: A0 Page 7 of 7