AD5761RBRUZ-RL7

AD5761RBRUZ-RL7 is Analog Devices’ 16-bit precision multiplying digital-to-analog converter (DAC) with a SPI-compatible serial interface. It produces a precise analog voltage output that is proportional to a digital input code times a reference voltage (VREF). It can use an external reference or the on-chip/reference variant and provides a buffered, monotonic output suitable for instrumentation, waveform generation, and control loops.
Key features:
- 16-bit resolution; multiplying DAC
- SPI-compatible serial interface
- Low drift and low noise; supports unipolar and bipolar ranges
- Wide supply range (typically 2.7–5.5 V)
- RoHS-compliant packaging
Package and labeling:
- BRUZ indicates a specific leadframe/LFCSP package
- RL7 denotes reel packaging (tape and reel)
Applications include calibration, instrumentation, signal generation, and programmable references. For exact pinout, timing, and electrical specs, consult the AD5761 data sheet and packaging guide.

Equivalents depend on required output range, reference, and packaging. Closest cross‑vendor families:
- TI DAC8562/DAC8563 (16‑bit, SPI, voltage output)
- Analog Devices AD5660/AD5667 (16‑bit, SPI, voltage output)
- Linear Technology LTC1668 (16‑bit, SPI, voltage output)
Use DigiKey/Mouser cross-reference to confirm exact pinout, voltage range, and the -RL7 packaging for AD5761RBRUZ-RL7.

- Pin count: 16 pins (packaging variants like SOIC-16/TSSOP-16).
- Function: 16‑bit multiplying DAC with a buffered voltage output and SPI‑/3‑wire compatible serial interface (control via CS, SCLK, SDI/SDIN; LDAC for update). Uses an external reference (VREF) to set the output range.

- Manufacturer: Analog Devices, Inc. (ADI).
- What kind of company: An American multinational semiconductor company that designs and manufactures analog, mixed-signal, and DSP integrated circuits (e.g., data converters, amplifiers, sensors) for various industries.

Typical application areas for the AD5761RBRUZ-RL7:
- Industrial automation and process control (analog feedback, setpoint generation)
- Instrumentation, test and measurement equipment (calibrators, programmable voltage sources, front-end DACs)
- Data acquisition and lab instruments (sensor excitation, calibration signals)
- Medical and scientific instrumentation requiring precise, low-drift DC voltages
- Embedded systems and FPGA/microcontroller-based designs (SPI/serial DAC for waveform generation and biasing)
- Power-management and bias generation in automotive/industrial electronics
These reflect high-precision, low-noise, high-stability DAC applications.

28-pin LQFP (lead-free/RoHS) package.