Description
0.2R (R200) SMD 2512 1% Resistor for Precision PCB & Power Applications
The 0.2R Ohm (R200) SMD 2512 1% Resistor is a precision surface-mount resistor designed for current limiting, voltage division, biasing, sensing and general resistance applications in electronic circuits. The larger 2512 package provides more PCB surface area than smaller SMD resistor sizes, making it suitable for circuits that require a robust surface-mount resistor format. With a resistance tolerance of 1%, this resistor is suitable for applications where consistent resistance values are important.
This 0.2R Ohm 2512 SMD Resistor has a resistance marking of R200 and is suitable for power supplies, LED circuits, industrial control boards, automotive electronics, consumer devices, embedded systems and PCB repair applications. Its surface-mount construction is suitable for automated SMT assembly, prototyping, manufacturing and component replacement.
Technical Specifications:
- Product Type: SMD Resistor
- Package Size: 2512
- Approx. Package Dimensions: 6.3 × 3.2 mm
- Mounting Type: Surface Mount (SMD/SMT)
- Resistance Tolerance: ±1%
- Resistance Value: 0.2R Ohm
- Resistor Marking: R200
- Power Rating: Depends on selected resistor model
- Number of Terminals: 2
- Termination Type: Metalized End Terminals
- Application Type: Current Limiting, Voltage Division and Circuit Control
Features:
- Standard 2512 SMD resistor package
- ±1% resistance tolerance
- 0.2R Ohm resistance value with R200 marking
- Suitable for precision electronic circuits
- Designed for surface-mount PCB assembly
- Easy integration into automated SMT production
- Suitable for current limiting and voltage division
- Useful for production, prototyping and electronic repair
Applications:
- Current limiting circuits
- Voltage divider networks
- Power supply circuits
- LED circuits
- Industrial control boards
- Embedded electronic systems
- Consumer electronics
- Automotive electronic circuits
- PCB assembly and manufacturing
- Electronic repair and component replacement




