PANASONICEEEHB1H1R0RCapacitor: electrolytic
HB Series Panasonic HB Series Type V electrolytic capacitors provide 2000 hours endurance at +105°C. These surface mount capacitors have a low profile. AEC-Q200 qualified (some deviations apply) Some capacitors within this range can withstand high reflow temperatures High ripple current High reliability Low impedance Long life Surface mount Applications Panasonic HB Series Type V electrolytic capacitors are AEC-Q200 qualified and suitable for use in automotive applications. These Panasonic electrolytic capacitors are recommended for use in industrial infrastructure in power supplies, inverters, motor drivers, measuring instruments, HEMS, BEMS and FEMS. Other suitable applications include ICT applications such as PCs, base stations, data centres, non-contact charge. HB Series Type V aluminium capacitors can be utilised in home appliances including air conditioners, white goods and home information appliances. Other uses include lighting, medical equipment, OA equipment, electric tools and power management, safety, infotainment and comfort accessories in automotive applications. Panasonic Series HB Aluminium Electrolytic Capacitor, 1μF Capacitance, 50V DC Voltage - EEEHB1H1R0R This Aluminium Electrolytic Capacitor is designed for surface mounting in various electronic applications. Featuring a capacitance of 1 μF and a voltage rating of 50V DC, it offers reliability even in compact configurations. With dimensions of 4mm in diameter and a height of 5.8mm, this small form factor capacitor is ideal for modern circuitry. Features & Benefits Ensures polarised operation for reliable performance Works effectively in temperatures from -40 °C to +105 °C Provides a lifetime rating of up to 2000 hours Minimises leakage with a current of just 3 μA Supports ripple current of 10 mA for stability Tolerance of ±20 % for accurate capacitance values Applications Used in electronic circuits requiring compact components Ideal for power supply needing efficient smoothing Utilised in automation controls for stable performance Suitable for high temperature environments and industrial settings What is the significance of its polarisation feature? The polarised design ensures correct installation and operation, which is critical in preventing circuit failure and ensuring optimal performance in electronic applications. How does the operating temperature range affect its usage? The wide operating temperature range allows this component to function reliably in various conditions, making it suitable for both hot and cold environments in diverse applications. What is the importance of its capacitance and voltage rating? The 1 μF capacitance and 50 V rating provide a balance between energy storage and the voltage levels typical in many electronic devices, ensuring compatibility with standard circuit designs. How does this component support high-frequency applications? With low leakage current and efficient ripple handling, it maintains performance in high-frequency circuits, reducing signal distortion and improving overall reliability.
HB Series
Panasonic HB Series Type V electrolytic capacitors provide 2000 hours endurance at +105°C. These surface mount capacitors have a low profile.
AEC-Q200 qualified (some deviations apply)
Some capacitors within this range can withstand high reflow temperatures
High ripple current
High reliability
Low impedance
Long life
Surface mount
Applications
Panasonic HB Series Type V electrolytic capacitors are AEC-Q200 qualified and suitable for use in automotive applications. These Panasonic electrolytic capacitors are recommended for use in industrial infrastructure in power supplies, inverters, motor drivers, measuring instruments, HEMS, BEMS and FEMS. Other suitable applications include ICT applications such as PCs, base stations, data centres, non-contact charge. HB Series Type V aluminium capacitors can be utilised in home appliances including air conditioners, white goods and home information appliances. Other uses include lighting, medical equipment, OA equipment, electric tools and power management, safety, infotainment and comfort accessories in automotive applications.
Panasonic Series HB Aluminium Electrolytic Capacitor, 1μF Capacitance, 50V DC Voltage - EEEHB1H1R0R
This Aluminium Electrolytic Capacitor is designed for surface mounting in various electronic applications. Featuring a capacitance of 1 μF and a voltage rating of 50V DC, it offers reliability even in compact configurations. With dimensions of 4mm in diameter and a height of 5.8mm, this small form factor capacitor is ideal for modern circuitry.
Features & Benefits
- Ensures polarised operation for reliable performance
- Works effectively in temperatures from -40 °C to +105 °C
- Provides a lifetime rating of up to 2000 hours
- Minimises leakage with a current of just 3 μA
- Supports ripple current of 10 mA for stability
- Tolerance of ±20 % for accurate capacitance values
Applications
- Used in electronic circuits requiring compact components
- Ideal for power supply needing efficient smoothing
- Utilised in automation controls for stable performance
- Suitable for high temperature environments and industrial settings
What is the significance of its polarisation feature?
The polarised design ensures correct installation and operation, which is critical in preventing circuit failure and ensuring optimal performance in electronic applications.
How does the operating temperature range affect its usage?
The wide operating temperature range allows this component to function reliably in various conditions, making it suitable for both hot and cold environments in diverse applications.
What is the importance of its capacitance and voltage rating?
The 1 μF capacitance and 50 V rating provide a balance between energy storage and the voltage levels typical in many electronic devices, ensuring compatibility with standard circuit designs.
How does this component support high-frequency applications?
With low leakage current and efficient ripple handling, it maintains performance in high-frequency circuits, reducing signal distortion and improving overall reliability.