PANASONIC Resistor: thick film; 100mΩ; SMD; 0805; 330mW; ±1%; ERJ6BSF [ERJ6BSFR10V]
0805 Format low Ohmic Resistor - 0.25W Panasonic ERJ 6B thick film chip resistors are lightweight and compact. Constructed from three layers of electrodes and a metal glaze thick film resistive element, these resistors are highly reliable. AEC-Q200 qualified Current sensing Small size Low-resistance value Suitable for both flow and reflow soldering Applications These current sense resistors are AEC-Q200 qualified and can be used in automotive applications. Standards IEC 60115-8, JIS C 5201-8, JEITA RC-2144 Panasonic ERJ6B Series SMD Resistor, 100mΩ Resistance, 0.33W Power Rating - ERJ6BSFR10V This SMD resistor is a highly efficient and compact solution designed specifically for electronic applications. With a resistance of 100 mΩ and housed in a small 0805 (2012M) package, it is ideal for space-constrained environments. This component is constructed using thick film technology and is AEC-Q200 compliant, making it suitable for automotive standards. Features & Benefits Provides a low resistance value for precise applications Ensures high accuracy with a tolerance of ±1 % Resilient design suitable for temperatures as low as -55 °C Delivers power handling of 0.33W for diverse tasks Features a temperature coefficient of ±250 ppm/°C for stable performance Complies with automotive standards for dependable use in vehicles Applications Used in automotive electronic control units for reliability Suitable for low resistance in power management Employed in communication devices to optimise performance Ideal for use in robotics requiring high precision components What measures have been taken to ensure this component's thermal stability? The resistor is designed with a temperature coefficient of ±250 ppm/°C, helping maintain its performance across varying temperatures, ensuring reliability in critical applications. How does the power rating impact the choices for various projects? With a power rating of 0.33W, it allows for versatile use in both low-power electronics and automotive applications, ensuring stability and performance under specified conditions. In what ways does the tolerance influence the overall performance of the circuit? A tolerance of ±1 % ensures high precision, which is crucial in applications where small variations can affect the overall functionality of the electronic system. Why is the thick film technology beneficial for this resistor? Thick film technology allows for higher reliability and better performance under adverse conditions, making it an reliable choice for automotive and industrial applications.
0805 Format low Ohmic Resistor - 0.25W
Panasonic ERJ 6B thick film chip resistors are lightweight and compact. Constructed from three layers of electrodes and a metal glaze thick film resistive element, these resistors are highly reliable.
AEC-Q200 qualified
Current sensing
Small size
Low-resistance value
Suitable for both flow and reflow soldering
Applications
These current sense resistors are AEC-Q200 qualified and can be used in automotive applications.
Standards
IEC 60115-8, JIS C 5201-8, JEITA RC-2144
Panasonic ERJ6B Series SMD Resistor, 100mΩ Resistance, 0.33W Power Rating - ERJ6BSFR10V
This SMD resistor is a highly efficient and compact solution designed specifically for electronic applications. With a resistance of 100 mΩ and housed in a small 0805 (2012M) package, it is ideal for space-constrained environments. This component is constructed using thick film technology and is AEC-Q200 compliant, making it suitable for automotive standards.
Features & Benefits
- Provides a low resistance value for precise applications
- Ensures high accuracy with a tolerance of ±1 %
- Resilient design suitable for temperatures as low as -55 °C
- Delivers power handling of 0.33W for diverse tasks
- Features a temperature coefficient of ±250 ppm/°C for stable performance
- Complies with automotive standards for dependable use in vehicles
Applications
- Used in automotive electronic control units for reliability
- Suitable for low resistance in power management
- Employed in communication devices to optimise performance
- Ideal for use in robotics requiring high precision components
What measures have been taken to ensure this component's thermal stability?
The resistor is designed with a temperature coefficient of ±250 ppm/°C, helping maintain its performance across varying temperatures, ensuring reliability in critical applications.
How does the power rating impact the choices for various projects?
With a power rating of 0.33W, it allows for versatile use in both low-power electronics and automotive applications, ensuring stability and performance under specified conditions.
In what ways does the tolerance influence the overall performance of the circuit?
A tolerance of ±1 % ensures high precision, which is crucial in applications where small variations can affect the overall functionality of the electronic system.
Why is the thick film technology beneficial for this resistor?
Thick film technology allows for higher reliability and better performance under adverse conditions, making it an reliable choice for automotive and industrial applications.