Digital static switch register (CMOS) SMD SOP-16, supply 3–15 V

Digital static switch register (CMOS) in an SMD SOP-16 package designed for operation from 3 to 15 V. This integrated circuit implements digital switching and register functions using CMOS technology, providing low-power operation and compatibility with a wide range of logic voltages. The compact SOP-16 surface-mount footprint is suitable for automated assembly and dense PCB layouts, and the device is intended for signal routing, state storage and simple logic control in embedded systems and electronic prototypes.

Advantages

The CMOS design ensures low quiescent current and reduced power dissipation across the specified supply range of 3–15 V. The SMD SOP-16 package supports automated pick-and-place and reflow soldering, enabling efficient assembly in production environments. The device’s static switching and register functions offer stable logic-level handling without continuous dynamic drive, and the broad supply voltage tolerance allows straightforward integration with 3.3 V, 5 V and other common logic domains.

Suitable for

• PCB surface-mount assemblies requiring compact logic registers
• Prototyping and development boards with 3–15 V supply systems
• Embedded systems for signal routing and state retention
• Automated assembly lines using reflow soldering

Key specifications

• Technology: CMOS digital static switch register
• Package: SMD SOP-16 (surface-mount)
• Supply voltage range: 3 V to 15 V
• Operating function: switching and register (logic state storage)
• Power characteristics: low quiescent current typical of CMOS
• Connection type: gull-wing leads for PCB soldering

How to use

Place the SOP-16 device on the PCB footprint following standard orientation marks and solder using recommended surface-mount reflow profiles for small-outline packages. Connect the supply pins to a stable 3–15 V source within the device’s specified range and provide appropriate bypass capacitors near the power pins to reduce supply noise. Route input and output signals as required for the switching and register functions, respecting logic-level compatibility with the rest of the circuit. Observe typical static-sensitive device handling precautions during assembly and testing.

Usage recommendations

Use decoupling capacitors (for example, 0.1 µF close to the supply pins) and ensure proper PCB land pattern and thermal profile for reliable solder joints. Verify logic-level thresholds of the surrounding circuitry to confirm compatibility across the chosen supply voltage. For automated production, follow standard ESD precautions and reflow profiles tailored to SOP-16 packages.