AD9674KBCZ

AD9674KBCZ is Analog Devices’ high‑speed, 14‑bit ADC intended for RF/microwave and communications systems. It offers multi‑GSPS sampling, wide input bandwidth, and a flexible data interface in a compact package, enabling direct sampling of wideband signals with strong dynamic range. Typical applications include radar, software‑defined radio, wireless transceivers, and instrumentation.
Key points:
- 14‑bit, high‑speed ADC
- Multi‑GSPS sampling with broad analog bandwidth
- Flexible data interface (high‑speed serial or parallel)
- Compact, RoHS‑compliant KBCZ package
- Suitable for RF front‑ends, test equipment, and broadband receivers
For exact specifications (sampling rate, channels, interface type, power, packaging, temperature range), consult the official AD9674KBCZ datasheet and Analog Devices product page.

AD9674KBCZ features (concise):
- Dual 14‑bit high‑speed ADCs
- High sampling rate up to about 1 GSPS per channel (configurable)
- JESD204B serial interface (lane configurations supported)
- On‑chip sample/hold; differential analog inputs
- Internal reference option plus external reference input
- Programmable full‑scale, input common‑mode, and data formats (e.g., two’s complement, offset binary)
- Wide analog input bandwidth with programmable gain
- Low power with separate analog/digital rails
- Flexible clocking with jitter‑tolerant operation
- Industrial temperature range (-40°C to +85°C)
- Compact package: 48‑lead LFCSP (KBCZ)

- Pin count: 48 pins (LFCSP package, AD9674KBCZ)
- Function: High-speed 14-bit Analog-to-Digital Converter (A/D) with JESD204B serial outputs, intended for RF/communications applications.

Analog Devices, Inc. (ADI) manufactures the AD9674KBCZ. Analog Devices is a US-based multinational semiconductor company that specializes in high-performance analog, mixed-signal, and digital signal processing ICs, including data converters and amplifiers, serving communications, industrial, automotive, aerospace, and other markets.

AD9674KBCZ is a high-speed, high-resolution ADC used in digitizing RF/microwave signals. Common application areas include:
- Wireless/RF receivers and base stations (5G/mmWave, backhaul)
- Radar and surveillance systems
- Electronic warfare, SIGINT, spectrum monitoring
- Test, measurement, and instrumentation (ATE, sampling scopes, waveform capture)
- Software-defined radio and high-speed data acquisition
- Digital beamforming and multi-channel digitization in research/prototyping
These areas leverage its high sampling rate, resolution, and fast data processing capabilities.

Lead Frame Chip Scale Package (LFCSP), RoHS-compliant (CZ suffix).