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ON Semiconductor MC14013BCP Dual D Flip-Flop IC DIP-14 Unused NOS

ON Semiconductor

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$1.14
SKU:
N26089
Condition:
New
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Product Overview

Dual Type-D CMOS Logic Integrated Circuit 14-Pin PDIP

Condition

Unused new old stock (NOS). Markings legible: MC14013BCP. Pin leads are straight and clean. Sold each.

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Product Overview

Engineered with monolithic P-channel and N-channel enhancement mode MOS devices, this CMOS logic component integrates two independent type-D stages. Each channel features dedicated Data, Direct Set, Direct Reset, and Clock inputs with complementary Q and /Q outputs across a 3.0 Vdc to 18 Vdc operating span.

Key Features

  • Dual independent type-D flip-flop architecture
  • Supply voltage range of 3.0 Vdc to 18 Vdc
  • Pin-for-pin functional equivalent to standard CD4013B logic devices
  • Independent Set, Reset, Clock, and Data inputs per channel
  • Complementary true and inverted outputs (Q and /Q)
  • Standard through-hole 14-pin dual in-line package

Applications

  • Breadboard prototyping and toggle-switch circuit design for DIY electronics hobbyists
  • Bench repairs and board-level component replacement on legacy 4000-series industrial control boards
  • Frequency division, shift registers, and temporary state-storage circuits in custom synthesizer builds

Frequently Asked Questions

Is the MC14013BCP compatible with a standard CD4013B footprint?

Yes. The MC14013BCP follows the standard 4000-series DIP-14 pinout and functions as a direct pin-for-pin replacement for CD4013B devices operating within the same voltage limits.

What supply voltage does this device require?

It operates on any single DC supply between 3.0 Vdc and 18 Vdc, making it adaptable to 5V logic, 12V automotive control circuitry, and 15V modular synthesizer rails.

How many separate flip-flops are housed in one DIP-14 package?

Two completely independent D-type flip-flops share the power and ground pins inside each chip.

Nothing steadies an erratic digital line quite like an old-school CMOS latch that simply holds its state until told otherwise.

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