The part number CD40106BM96 refers to a Hex Inverter integrated circuit (IC) produced by Texas Instruments, a well-known electronics manufacturer. This IC is part of the CD4000 series of CMOS logic ICs, designed for high noise immunity and low power consumption.
Now, I will provide the information you requested based on this part number. Since the CD40106BM96 typically comes in an 14-pin Dual In-line Package (DIP-14) configuration, I’ll describe the pin functions in detail for that package. I'll list each pin's function, followed by a FAQ section. Let's get started with the pinout:
Pinout of CD40106BM96 (DIP-14 Package)
Pin Number Pin Name Function Description 1 VSS Ground connection. The negative terminal of the power supply. 2 Input A Input to the first inverter gate. Accepts logical levels to drive the corresponding output. 3 Output Y Output of the first inverter gate. Logical inversion of Input A. 4 Input B Input to the second inverter gate. Accepts logical levels. 5 Output Z Output of the second inverter gate. Logical inversion of Input B. 6 Input C Input to the third inverter gate. 7 Output W Output of the third inverter gate. 8 VDD Positive supply voltage pin. Connects to the positive terminal of the power supply (typically +5V). 9 Input D Input to the fourth inverter gate. 10 Output V Output of the fourth inverter gate. 11 Input E Input to the fifth inverter gate. 12 Output U Output of the fifth inverter gate. 13 Input F Input to the sixth inverter gate. 14 Output T Output of the sixth inverter gate.The CD40106BM96 contains 6 inverters, each of which has one input and one output. These gates perform logical NOT operations, so the output is the logical inverse of the input.
20 Common FAQs Regarding the CD40106BM96
What is the function of the CD40106BM96 IC? The CD40106BM96 is a Hex Inverter IC, meaning it contains six independent inverters that provide logical NOT operations on the input signals.
What is the maximum supply voltage for the CD40106BM96? The maximum supply voltage is typically 15V. However, the recommended operating voltage is 5V to 10V.
What are the operating temperature ranges for CD40106BM96? The IC operates within a temperature range of -55°C to 125°C, making it suitable for a wide range of industrial and automotive applications.
How many pins does the CD40106BM96 have? The CD40106BM96 has 14 pins.
Can the CD40106BM96 be used for both high and low logic levels? Yes, the CD40106BM96 operates on CMOS logic levels, meaning it can handle both high and low logic levels with high noise immunity.
Is the CD40106BM96 compatible with TTL logic? No, the CD40106BM96 is CMOS-compatible, but it is not directly compatible with TTL logic without interfacing components.
What is the input voltage range for the CD40106BM96? The input voltage must be between 0V (ground) and the supply voltage (typically up to VDD).
What is the output voltage of the CD40106BM96? The output voltage is either a logical 0 (close to ground) or 1 (close to VDD), depending on the input signal.
How much current can the CD40106BM96 sink or source? The CD40106BM96 can typically source or sink 1mA of current at VDD = 5V.
Can the CD40106BM96 be used for power-sensitive applications? Yes, the CD40106BM96 is designed to be low-power and is ideal for battery-operated or power-sensitive applications.
Is the CD40106BM96 suitable for high-speed applications? The CD40106BM96 is not the fastest inverter available but is suitable for low-speed and medium-speed logic circuits.
What is the typical propagation delay of the CD40106BM96? The typical propagation delay is 35ns at 5V and 15pF load capacitance.
Can the CD40106BM96 be used in combination with other logic gates? Yes, the CD40106BM96 can be used alongside other CMOS logic gates in various configurations for more complex logic circuits.
What is the recommended storage temperature for the CD40106BM96? The storage temperature range is from -65°C to 150°C.
How does the CD40106BM96 handle noise immunity? Due to its CMOS design, the CD40106BM96 has high noise immunity and can tolerate higher voltage spikes compared to other logic families.
Can the CD40106BM96 be used in both digital and analog circuits? No, the CD40106BM96 is designed specifically for digital logic circuits and cannot be used directly in analog applications.
Is the CD40106BM96 available in other package types besides DIP-14? Yes, the CD40106BM96 is also available in surface-mount packages like the SOIC-14.
What is the power dissipation of the CD40106BM96? The power dissipation is typically 1mW when operated at 5V with a typical logic load.
Can I use the CD40106BM96 in automotive applications? Yes, the CD40106BM96 can operate within the temperature ranges required by automotive applications, and it is designed for robust use in industrial environments.
How do I connect the CD40106BM96 to other circuits? The IC has standard power and ground pins (VDD and VSS), and the input and output pins can be connected to other logic gates or components. Input pins receive digital signals, and output pins provide the inverted signal.
This detailed explanation covers the requested specifications for the CD40106BM96 in the DIP-14 package, including a complete list of pin functions and the frequently asked questions. If you need further clarifications or other details, feel free to ask!