Description
2 amp 120 volt adjustable linear DC power supplies often incorporate digital control interfaces, facilitating precise adjustments with user-friendly interfaces. Users can effortlessly set desired voltage levels and control amperage with accuracy, granting flexibility in powering diverse circuits or components.
Specification
| Model | ATO-JK1202D |
| Input Voltage | 110V or 220V AC (+/- 10%) |
| Output Voltage Range | DC 0-120V |
| Output Current Range | 0-2A |
| Output Power | 240W |
| Frequency | 50Hz/60Hz |
| Output Type | Dual |
| Display | 3 digit |
| Display Accuracy | ≤ ±0.1%＋2d |
| Voltage Display Resolution | 10mV |
| Current Display Resolution | 10mA |
| Efficiency | >65% |
| Voltage Regulation | |
| Load Regulation (CV) | 1×10-1+8mV |
| Line Regulation (CV) | 1×10-1+3mV |
| Ripple & Noise (P-P) | 0.5mV |
| Temperature Coefficient | 300PPｍ/℃ |
| Current Regulation | |
| Load Regulation (CC) | ≤5mA |
| Line Regulation (CC) | 2×10-1+3mA |
| Temperature Coefficient | 500PPｍ/℃ |
| Others | |
| Protection | Over Load and Over Voltage Protection |
| Recovery Time | ≤100µs |
| Operating Ambient | 0℃ to + 40℃/ 85%RH |
| Storage Ambient | -10℃ to + 80℃/ 80%RH |
| Warranty | 12 Months |
| Size | 290 (L) x 130 (W) x 165 (H) mm |
| Weight | 6.5kg |
Detail
Tips: Can I use a variable linear DC power supply for electroplating applications?
Using a variable linear DC power supply for electroplating applications is feasible, but it has limitations. Electroplating typically requires a stable and controlled DC voltage to ensure consistent deposition of metal ions onto the substrate. While a linear power supply can provide a steady output, it may face challenges in terms of precision and efficiency compared to specialized electroplating power sources. Electroplating often demands specific current and voltage profiles for different stages of the process, which might be better addressed by dedicated electroplating power supplies designed to handle the dynamic requirements of the application. Additionally, linear power supplies may generate more heat and be less energy-efficient compared to other options. Consider consulting with experts and ensuring that the power supply can meet the specific demands of your electroplating process before use.
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