Panasonic ERJP06F3300V

Panasonic ERJP06 Series SMD Resistor, 330Ω Resistance, ±1% Tolerance - ERJP06F3300V

This SMD resistor is an essential component for electronic applications, providing high precision and reliability. Designed in a Compact 0805 (2012M) package, it features a resistance of 330 Ω, making it suitable for a variety of electronic circuits. With a tolerance of ±1% and a power rating of 0.5 W, this resistor meets the criteria for automotive grade standards under AEC-Q200.

Features & Benefits

• Designed with thick film technology for durability
  Operates effectively in a wide temperature range from -55 °C to +155 °C
  Provides high precision with a ±1% tolerance for reliable performance
  Small 0805 package ensures efficient space utilisation on PCBs
  Rated at 0.5 W for stable power handling in various applications
  Complies with AEC-Q200 standards for automotive applications

Applications

• Used in automotive electronic systems for reliable performance
  Suitable for signal processing and filtering in devices
  Ideal for low-power such as consumer electronics
  Utilised in automation equipment requiring precise resistance values

How does the resistance tolerance affect circuit design?

The ±1% tolerance indicates the precision of the resistor, which is Crucial for ensuring that circuits function as intended. Specifications adhering to this tolerance prevent deviations in current, leading to more consistent performance in electronic applications.

Can this resistor be used in high-frequency applications?

Yes, the thick film technology used in this resistor allows for stable performance in high-frequency applications, ensuring minimal signal distortion in sensitive electronic circuits.

What specific advantages does the 0805 package offer?

The 0805 package provides a Compact footprint, making it easier to integrate into densely populated PCB layouts. Its size reduces the overall space requirement and supports modern electronic design trends where board space is at a premium.

Standards

IEC 60115-8, JIS C 5201-8, EIAK RC-2134