CD4015BM96

The CD4015BM96 is a dual 4-stage static shift register IC from the CD4000 series of CMOS digital logic devices. It features two independent shift register sections, each capable of storing 4 bits of data. The IC can operate in both serial and parallel input modes, allowing for flexible data handling. It is commonly used in applications like digital signal processing, data storage, and general-purpose digital circuits.
Key features include low power consumption, wide voltage operating range (3V to 15V), and compatibility with other CMOS logic devices. The shift registers can be clocked synchronously, enabling precise data manipulation. This makes the CD4015BM96 particularly useful in applications requiring data manipulation and timing control.
Overall, the CD4015BM96 is valued for its versatility and reliability in various electronic applications, making it a popular choice among designers and engineers in the field of digital electronics.

The CD4015BM96 is a dual 4-stage static shift register designed for use in digital applications. Key features include:
1. Dual Functionality: Contains two independent 4-bit shift registers.
2. Serial/Parallel Input: Allows for both serial and parallel data input configurations.
3. Clock Controlled: Operates with a clock input, enabling synchronized data transfer.
4. High Noise Immunity: Designed for robust performance in noisy environments.
5. Wide Supply Voltage Range: Operates typically between 3V to 15V, making it versatile for various applications.
6. CMOS Technology: Low power consumption and high speed due to complementary metal-oxide-semiconductor (CMOS) technology.
7. Output Compatibility: Outputs are compatible with standard CMOS logic levels.
8. Direct Coupling: Can be directly connected to other CMOS devices without additional buffering.
9. Easy Integration: Suitable for integration into larger digital circuits and systems.
The CD4015BM96 is commonly used in applications like data storage, digital signal processing, and data manipulation tasks.

The CD4015BM96 is typically packaged in a Dual In-Line Package (DIP) format, specifically a 14-pin DIP. This package type allows for easy integration into circuit boards and breadboards.

The CD4015BM96 is a dual 4-stage static shift register, which is a digital integrated circuit. It features a total of 16 pins.
Pin Count and Functions:
1. Pins 1-4: Shift Register A (Q1, Q2, Q3, Q4 outputs)
2. Pins 5-8: Shift Register B (Q5, Q6, Q7, Q8 outputs)
3. Pin 9: Shift Control for both registers (Serial input for Register A)
4. Pin 10: Shift Control for both registers (Serial input for Register B)
5. Pin 11: Common Clock Input
6. Pin 12: Common Reset (Active high)
7. Pin 13: Ground (VSS)
8. Pin 14: VDD (Power supply)
9. Pin 15: No connection (N/C)
10. Pin 16: No connection (N/C)
The device operates on a wide voltage range and is commonly used in various digital applications for data storage and manipulation.

The CD4015BM96 is manufactured by Texas Instruments, a leading global semiconductor company. Texas Instruments (TI) specializes in designing and manufacturing a wide range of analog and digital semiconductor devices, as well as embedded processors. The company is known for its innovations in various sectors, including automotive, industrial, communications, and consumer electronics. TI provides solutions for signal processing, power management, and connectivity, making it a key player in the electronics industry.

The CD4015BM96 is a dual 4-stage static shift register used in various applications such as data storage, digital signal processing, and timing circuits. It can be utilized in serial-to-parallel conversion, pulse generation, and as a memory element in digital systems. Additionally, it is suitable for applications in communication systems, control systems, and waveform generation due to its ability to manipulate binary data efficiently.

The CD4015BM96 is a dual 4-stage static shift register. Equivalent products include the CD4015, CD4015B, and 74HC595 (for similar functionality in a different logic family). Ensure to check specifications for compatibility in your application, as voltage levels and timing characteristics may vary.