ADI AD9208BBPZ-3000
- Dual 14-bit resolution with up to 3.0 GSPS per channel
- 9 GHz analog input bandwidth enabling direct RF sampling
- Integrated digital downconverters with NCO and multistage filtering
- JESD204B interface supporting multi-lane high-speed data transfer
- On-chip clocking and deterministic latency for synchronized systems
The ADI AD9208BBPZ-3000 is a dual-channel high-speed ADC optimized for aerospace and defense platforms such as avionics radar and electronic warfare systems. With 14-bit resolution and a sampling rate of 3 GSPS, it enables direct RF sampling of wideband signals, significantly reducing the need for complex analog front-end stages. Its wide input bandwidth, reaching up to 9 GHz, supports modern radar and EW architectures that demand high-frequency signal acquisition and real-time processing.
Built for high dynamic range and system-level scalability, the device integrates digital downconversion, numerically controlled oscillators, and flexible JESD204B data output. These features allow engineers to optimize signal chains, reduce FPGA resource consumption, and achieve deterministic synchronization across multi-channel systems. It is particularly suited for phased array radar, SIGINT, and advanced avionics receivers where precision timing and spectral performance are critical.
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The ADI AD9208BBPZ-3000 is a high-speed dual-channel ADC designed for aerospace and defense applications requiring direct RF sampling and high dynamic range. With 3 GSPS sampling and up to 9 GHz input bandwidth, it enables simplified receiver architectures for radar and electronic warfare systems while maintaining excellent spectral fidelity. Engineers searching for JESD204B-based high-speed ADC solutions will find this device ideal for multi-channel synchronized designs.
High-speed ADC for radar and avionics systems
In modern radar and EW systems, reducing analog complexity is essential. The AD9208BBPZ-3000 allows direct RF digitization, eliminating multiple mixer stages and improving signal integrity. Integrated digital downconversion and NCOs help reduce FPGA workload, making it easier to implement scalable phased array systems and wideband receivers.
AD9208BBPZ-3000 vs similar high-speed ADCs
| Model | Resolution | Sample Rate | Channels | Interface |
|---|---|---|---|---|
| AD9208BBPZ-3000 | 14-bit | 3.0 GSPS | 2 | JESD204B |
| AD9689 | 14-bit | 2.6 GSPS | 2 | JESD204B |
| AD9213 | 12-bit | 10.25 GSPS | 1 | JESD204C |
The AD9208BBPZ-3000 offers an optimal balance between resolution and sampling speed, making it ideal for dual-channel synchronized systems, unlike ultra-high-speed single-channel alternatives.
Trusted supply for defense-grade ADC components
We supply fully traceable ADI components with anti-counterfeit inspection and CoC certification. The AD9208BBPZ-3000 is available for global shipping with export compliance support, ensuring reliability for aerospace and defense procurement programs. Our team provides 24-hour response for urgent RF system projects.
Contact us today to secure your high-speed ADC supply.
Bullet Points
- Enables direct RF sampling up to multi-GHz frequencies
- Reduces analog front-end complexity in radar systems
- Optimized for phased array and multi-channel synchronization
- Integrated DSP reduces downstream processing load
- Supports deterministic latency architectures
- Ideal for dense, high-channel-count receiver systems
- Designed for harsh aerospace environments
- Flexible JESD lane configuration for system optimization
FAQ
What makes AD9208BBPZ-3000 suitable for radar systems
Its 3 GSPS sampling rate and wide input bandwidth allow direct RF sampling, which simplifies system design and improves detection accuracy in radar applications.
How does this ADC benefit electronic warfare systems
It provides high dynamic range and integrated digital downconversion, enabling efficient signal extraction in dense and complex RF environments.
Is AD9208BBPZ-3000 suitable for multi-channel synchronization
Yes, it supports deterministic latency and JESD204B synchronization, making it ideal for phased array and distributed receiver systems.
What should aerospace buyers verify before purchasing
Buyers should ensure full traceability, anti-counterfeit verification, and CoC certification to meet defense compliance requirements.
How quickly can this ADC be supplied globally
We provide fast response within 24 hours and support export-compliant global delivery for aerospace and defense customers.