Max Output Current:±1.5mA (Typical)
Noise Margin:Approx. 0.45 × VDD
Number:2000
Price:$0.107
Packing:eel diamete
What Is CD40106BM96?
The CD40106BM96 is a hex inverting Schmitt trigger IC, meaning it contains six independent inverters with hysteresis built into each input. Unlike a regular inverter, a Schmitt trigger responds not only to logic thresholds but also provides noise rejection by introducing a differential threshold between high-to-low and low-to-high transitions.
This makes it ideal for digitizing slow or noisy analog signals into clean logic levels — a must-have in environments where electrical noise, interference, or signal bounce is common.
Key Features of CD40106BM96
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✅ Supply voltage range: 3V to 15V
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✅ Schmitt-trigger action with wide hysteresis for improved noise margin
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✅ Low power consumption CMOS design
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✅ High noise immunity: Up to 0.5VDD
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✅ Input voltage range: 0 to VDD
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✅ Operating temperature: -55°C to +125°C
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✅ Available in SOIC-14 package for compact PCB mounting
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✅ Low propagation delay for responsive switching
These features make the CD40106BM96 particularly useful in sensor signal conditioning, wave shaping, debouncing switches, oscillator circuits, and pulse generation applications.
Typical Applications
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Signal clean-up for mechanical switches or contacts
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Debouncing in embedded systems
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Oscillator or square wave generation
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Line receivers in noisy environments
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Audio or sensor signal conditioning circuits
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Industrial automation and automotive control units
Because of its hysteresis, the CD40106BM96 can eliminate spurious transitions caused by slow or noisy input signals — making your circuit more reliable and robust.
Why Choose CD40106BM96?
Compared to standard inverters, the CD40106BM96 offers significant benefits when handling real-world, imperfect signals. Its wide supply range and low power consumption make it suitable for both battery-operated and industrial applications. TI’s version, in particular, offers long-term availability and dependable performance, backed by rigorous quality standards.