NXP HEF4094BT,653 8‑Stage Shift‑and‑Store Register with 3‑State Outputs SOIC‑16

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HT Part No. HT211055

Mfr. Part No. HEF4094BT,653

Manufacturer: NXP

Technical Documents: Datasheet(datasheets)

14949 - In Stock pcs
Price:
£ 0.17
Units Per Unit Price
1 - 99 £ 0.17
100 - 499 £ 0.15
500 + £ 0.14
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Product Specification

Product Attributes
Features 8-stage shift and store register
Manufacturer NXP
Mounting Type SMT
Package / Case SO16
Output Type Tri-State
Function Serial to Parallel,Serial
Supply Voltage 3V to 15V
Operating Temperature -40°C~+125°C
Rohs ROHS
Packaging TAPE&REEL

More Information

The Nexperia HEF4094BT653 is a high-reliability, 8-stage serial-in/serial or parallel-out shift register designed for B2B and globally focused technical applications. Ideal for industries requiring precise signal buffering and register control, this device delivers 3‑state outputs, separate shift and storage clocks, and versatile cascading capability via dual outputs (QS1, QS2) for reliable chaining across complex systems.

Additionally, it brings precision, durability, and flexibility, making it perfect for industrial automation, automotive electronics, telecommunications, and mixed-signal systems. Its wide-voltage range and cascading ability make it an indispensable component for engineers designing robust, scalable digital logic systems.

Unique Features of the Product

  • Voltage Range: Robust wide‑supply operation from 3 V up to 15 V, accommodating diverse system voltages.
  • Propagation Delay: Fast performance with typical delays of ~330 ns, 150 ns, and 110 ns, ensuring swift, synchronized data transfers.
  • Temperature Rating: Industrial grade,– 40°C to +125°C, with optional AEC-Q100 automotive qualification, providing ruggedness for harsh environments.

How it Benefits Users

  • True 3-state outputs with OE control offers flexible bus isolation, which is critical for modular architectures.
  • Low-Power CMOS Design ensures minimal power draw and high noise immunity, making it ideal for embedded control and instrumentation.
  • Dual Cascading Paths (QS1, QS2) optimize design flexibility across varying clock speeds, ensuring seamless data flow.
  • Clamp‑Diode Inputs enhance input protection, enabling safe interfacing with voltage spikes or mismatches.

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