Texas Instruments CD4011BPWE4

Overview

CD4011BPWE4 from Texas Instruments is a CMOS quad 2-input NAND gate designed for general-purpose digital logic, control gating, signal qualification, latch construction, oscillator circuits, timing networks, and embedded board-level logic applications. The device integrates four independent 2-input NAND gates in a 14-pin TSSOP package and operates across a wide CD4000-series supply range.

As part of the Texas Instruments CD4011B CMOS logic family, CD4011BPWE4 combines wide-voltage operation, buffered outputs, low static power dissipation, high noise immunity, standardized NAND-gate logic behavior, and compact surface-mount packaging. For engineers reviewing the CD4011BPWE4 datasheet, CD4011BPWE4 pinout, CD4011BPWE4 application, or CD4011BPWE4 equivalent, this device is widely used in glue logic, control enable circuits, SR latch networks, waveform generation, oscillator stages, industrial logic boards, consumer electronics, and general-purpose CMOS digital systems.

Technical Context

In digital logic systems, CD4011BPWE4 provides four independent NAND gates. Each gate output goes LOW only when both corresponding inputs are HIGH; if either input is LOW, the output remains HIGH. Because NAND gates are universal logic elements, the device can be used to implement inverters, AND functions, OR functions, latches, gated control paths, and more complex combinational logic.

The CD4011B family belongs to the CD4000 CMOS logic series, which is often selected when a broader supply-voltage range is required than standard 74HC logic. This makes CD4011BPWE4 useful in systems where logic rails may operate at 5V, 10V, 12V, or 15V, provided that all input and output levels remain within the datasheet operating limits.

Compared with 74HC00-type NAND gates, CD4011BPWE4 is typically chosen for broad-voltage CMOS compatibility rather than high-speed low-voltage logic operation. Designers should compare supply voltage, propagation delay, output drive, input thresholds, and package footprint before substituting CD4011B-family devices into existing logic circuits.

Key Specifications

Pinout & Package

The CD4011BPWE4 pinout uses a 14-pin TSSOP package with four independent NAND gate sections. Each section has two logic inputs and one output, with VSS as the ground reference and VDD as the positive supply pin. The package supports compact surface-mount layouts where several NAND-gate functions must be implemented in limited PCB area.

For PCB implementation, VDD should be bypassed close to the package, unused inputs should be tied to a valid logic HIGH or LOW level, and output loading should remain within the recommended operating limits. Since CD4000 CMOS devices can be used across a wide voltage range, every connected logic input and output should be checked for voltage-level compatibility with the selected VDD rail.

Key Features

• Quad 2-input NAND gate with four independent logic channels.
• CD4000B CMOS logic family supports wide-voltage digital systems.
• NAND gate is a universal logic function for combinational and sequential logic construction.
• Buffered CMOS outputs support stable digital signal restoration.
• Low static power consumption is suitable for always-on control logic.
• High CMOS noise immunity supports reliable board-level logic operation.
• Useful for inverters, latches, gating circuits, oscillator stages, and control logic.
• Compact 14-pin TSSOP package supports high-density surface-mount layouts.
• TI E4 ordering option supports lead-free / RoHS-related production requirements.

Applications

Equivalent & Alternatives

When evaluating CD4011BPWE4 equivalent devices, engineers should compare logic family, supply-voltage range, input threshold behavior, propagation delay, output drive, package footprint, temperature range, power consumption, and pin-to-pin compatibility.

Compared with CD4011BM, CD4011BPWE4 is optimized for compact TSSOP / PW package layouts while maintaining the same CD4011B quad NAND-gate function. CD4011BPWE4 vs 74HC00PW selection depends mainly on supply-voltage range, logic-family compatibility, propagation delay, output drive, package footprint, and existing board qualification.

Quality

CD4011BPWE4 should be sourced as original Texas Instruments components through traceable and controlled supply channels. Quality verification procedures may include package inspection, top-mark validation, solderability testing, pin continuity checks, input threshold verification, functional NAND truth-table testing, supply-current review, output-level measurement, and incoming inspection according to standard logic production requirements.

Because the device is often used in control, latch, timing, and gate-level logic, system reliability depends on valid CMOS input levels, clean supply decoupling, tied unused inputs, correct output loading, stable input timing, and verification that the chosen supply voltage is compatible with all connected logic devices. Traceable sourcing supports manufacturing quality and reduces counterfeit supply-chain risk for CD4000 logic production programs.

Availability

CD4011BPWE4 available at Aetrix Electronics and suitable for CD4000 CMOS logic systems, NAND-gate logic, enable gating, latch structures, oscillator support, timing networks, embedded control, industrial boards, and consumer electronics requiring stable component supply and repeatable production support.

Supply support may include scheduled delivery planning, volume procurement support, BOM continuity assistance, traceable sourcing management, and long-term availability support for OEM manufacturers, embedded-system developers, industrial-control designers, logic-board builders, and electronics production programs.

For production deployment, confirming logic family, supply voltage, input threshold compatibility, TSSOP package footprint, propagation-delay margin, output loading, and sourcing continuity helps reduce procurement risk and improve manufacturing stability.

Manufacturer

Texas Instruments is a semiconductor manufacturer specializing in analog ICs, embedded processors, power-management devices, standard logic, interface ICs, data converters, motor drivers, and signal-chain products for industrial, automotive, communication, consumer, and embedded-system applications.

The Texas Instruments CD4000 CMOS logic portfolio focuses on broad supply-voltage operation, low static power dissipation, high noise immunity, standard gate functions, counters, latches, decoders, display drivers, and long-term supply continuity for embedded logic, industrial control, consumer electronics, and general-purpose digital systems.

FAQ

What is CD4011BPWE4 used for?

CD4011BPWE4 is used for NAND-gate logic, enable gating, latch construction, oscillator support circuits, timing networks, signal qualification, embedded control, industrial logic boards, and general-purpose CD4000 CMOS digital systems.

Where can I find the CD4011BPWE4 datasheet download?

The CD4011BPWE4 datasheet is available from Texas Instruments and includes the functional description, pin configuration, electrical characteristics, switching data, recommended operating conditions, package information, and ordering details.

What should be considered in CD4011BPWE4 PCB design?

PCB implementation should provide close VDD decoupling, stable VSS grounding, tied unused inputs, valid CMOS input levels, correct output loading, and package footprint verification for the 14-pin TSSOP / PW layout.

What logic function does CD4011BPWE4 provide?

CD4011BPWE4 provides four independent 2-input NAND gates. Each output is LOW only when both corresponding inputs are HIGH.

What are common CD4011BPWE4 equivalent solutions?

Common alternatives include CD4011BE, CD4011BM, HEF4011BT, and 74HC00PW depending on supply-voltage range, logic family, package footprint, switching speed, output loading, and sourcing continuity.