The CD4511 from the CD4XXX CMOS logic series by Xinbole is a high-performance BCD-to-7-segment latch/decoder/driver IC designed for reliable digital display control in electronic systems. Operating over a wide voltage range of 3V to 15V, it ensures excellent compatibility with both low-voltage and standard CMOS logic environments, making it highly versatile for modern circuit designs.
Built using advanced CMOS technology, the CD4511 offers ultra-low power consumption, high noise immunity, and stable switching performance. It efficiently converts BCD input signals into seven-segment outputs, driving LED displays with clear and accurate numeric representation. The built-in latch function allows data retention, reducing the need for continuous input updates and improving system efficiency.
Compared to lower-voltage logic families, the CD4511 provides a wider operating range and improved robustness, making it suitable for industrial and mixed-voltage applications. Its reliable thermal stability and consistent output performance ensure long-term durability in demanding environments.
Available in both DIP and SOP packages, the CD4511 offers flexibility for prototyping and compact PCB designs. It is widely used in digital counters, display systems, instrumentation panels, and embedded control applications.
With its efficiency, reliability, and wide voltage compatibility, the CD4511 Xinbole CMOS display driver IC is an ideal solution for modern digital display and logic interface designs.
Key Features:
- BCD to 7-segment latch/decoder/driver IC
- Wide 3V to 15V operating voltage range
- Low power CMOS technology
- High noise immunity and stable switching
- Built-in data latch function
- Strong LED segment driving capability
- Available in DIP and SOP packages
- Compatible with CD4XXX logic family
Applications:
- Digital counters and timers
- LED 7-segment display systems
- Instrumentation panels
- Embedded display interfaces
- Industrial control systems
- Digital meters and readouts
- Consumer electronics displays
- Educational and prototype circuits
