Categories
Products feature | ||||||||||
◆Input voltage range:10% | ||||||||||
Application Field | ||||||||||
It is widely used in power supply systems like on wireless network,telecommunication/data communication,power system,industrial control system,measuring instrumen,intelligent field, etc.This product is suitable for designs which require large input range fluctuations, power supply isolation, and small layout space, and realize product functional modularization to improve product reliability. | ||||||||||
Product specification | ||||||||||
Model | Input Voltage range | Output Voltage/current Vo/Io | Efficiency (TYP) | |||||||
RM1-03S03 | 2.97 –3.63 VDC | 3.3V / 303mA | 75% | |||||||
RM1-03S05 | 2.97 –3.63 VDC | 5V / 200mA | 74% | |||||||
RM1-05S03 | 4.5 – 5.5 VDC | 3.3V / 303mA | 75% | |||||||
RM1-05S05 | 4.5 – 5.5 VDC | 5V / 200mA | 78% | |||||||
RM1-05S12 | 4.5 – 5.5 VDC | 12V / 83mA | 78% | |||||||
RM1-05S15 | 4.5 – 5.5 VDC | 15V / 67mA | 79% | |||||||
RM1-12S05 | 10.8 – 13.2 VDC | 5V / 200mA | 71% | |||||||
RM1-12S12 | 10.8 – 13.2 VDC | 12V / 83mA | 80% | |||||||
RM1-12S15 | 10.8 – 13.2 VDC | 15V / 67mA | 80% | |||||||
RM1-24S05 | 21.6 – 26.4 VDC | 5V / 200mA | 74% | |||||||
RM1-24S12 | 21.6 – 26.4 VDC | 12V / 83mA | 77% | |||||||
RM1-24S15 | 21.6 – 26.4 VDC | 15V / 67mA | 78% | |||||||
Product feature | ||||||||||
Item | Testing Condition | Min | Typ | Max | Unit | |||||
Output voltage accuracy | Input voltage range, 100% load | -7.5 | 2.5 | % | ||||||
Load regulation | Load from 10% to 100% | 15 | 20 | |||||||
Voltage regulation | Input range of voltage | 1.0 | ±1.2 | |||||||
Output short-circui trotection | 1s | |||||||||
Ripple & Noise | Nominal input full load,20MHZ brandwidth | 100 | 150 | mVp-p | ||||||
operating frequency | Full Load of input voltage range | 100 | KHz | |||||||
Temperature drift coefficient | Nominal voltage input 100% load,-40℃~ +85℃ | ±0.03 | %/℃ | |||||||
Storage humidity | 95 | %RH | ||||||||
Operation temperature | Security working area of products | -40 | 85 | ℃ | ||||||
Storage temperature | -55 | 125 | ||||||||
Shell temperature rising when operating | Nominal voltage input 100% load | 30 | ||||||||
Soldering resistant temperature of pins | The solder joint is 1.5mm away from the edge of the shell, 10 seconds | 300 | ||||||||
Dielectric strength | Test 1 minute, leakage current is < 0.5mA | 1000 / 3000(H) | VDC | |||||||
Insulation resistance | Insulation voltage 500VDC | 1000 | MΩ | |||||||
cooling method | Natural air cooling | |||||||||
Shell material | Flame-retardant and heat-resistant plastic | |||||||||
MTBF | MIL-HDBK-217F@25℃ | 100 | X104hrs | |||||||
Weight | 2.1 | g | ||||||||
Note: 1.Unless otherwise specified, the data listed above all testing under the condition of TA=25℃,humidity<75%; | ||||||||||
Typical Application | ||||||||||
Single output | ||||||||||
Attention in Operation: 1.Input power requirements The input terminal of the product must be connected to a low impedance voltage source. If the impedance of the voltage source is too high or the connection line between the voltage source and the input terminal of the product is too long, the product will be unstable. Connecting a low ESR capacitor to the input terminal of the product (as close as possible to the input pin of product) can effectively solve this problem. For example, a 24V input product can be connected to a 22μF capacitor. 2.Reduce output ripple If requirement need to further reduce the output ripple, a suitable filter capacitor or an "LC" filter network can be parallel connected to output end. But it should be noted that the external capacitance of the output terminal cannot be too large, otherwise it may cause startup problems,so please refer to the product's maximum output capacitive loading requirements for details. The bandwidth of the "LC" filter network should be far away from the working frequency range of the product. In general, a low ESR filter capacitor can be connected to the output end to meet the requirement which is usually Co=100uF. When input power voltage is unstable, please ensure that its output voltage fluctuation range meets the input requirements of the product; the output current of the input power supply must be sufficient to bear the product's instantaneous starting current Ip, generally: Ip =2-4*Iin-max. | ||||||||||
Packing Dimension and pin method | ||||||||||
Unit: mm [inch] |