Pinout Diagram: IC 4013, IC 4014, IC 4015, IC 4016, IC 4018

IC 4013 Pinout Diagram

Here, you can see the pinout diagram of IC 4013

The IC 4013 is a CMOS dual D-type flip-flop with set and reset capabilities. It contains two independent D-type flip-flops. Each of them has their own clock, set, reset, and data inputs. It also has a complementary output.

The 4013 IC is mainly used to store data bits and can be configured as a data latch or a data storage element in various circuits. Each flip-flop in the IC can be set or reset independently using the appropriate control inputs. The IC 4013 can store one bit of data which is useful in memory and register circuits. It also can be used to divide the frequency of a clock signal by two which is useful in clock generation circuits.

IC 4014 Pinout Diagram

Here, you can see the pinout diagram of IC 4014

The IC 4014 is an 8-stage static shift register with parallel/serial data input and parallel outputs. It is a versatile integrated circuit used in various applications, such as data storage, data transfer, and digital signal processing. The IC 4014 is basically designed to shift data serially through its stages or load data in parallel. It provides both serial and parallel inputs and data can be shifted left or right through the register on each clock pulse. The parallel outputs allow for the retrieval of data from any stage of the register.

The IC 4014 can store an 8-bit data word which can be useful in memory or buffer circuits. It also can be used to transfer data serially from one device to another. This shift register IC can be used in applications such as digital filters, counters, or time delays. It can convert parallel data to serial data for communication purposes.

IC 4015 Pinout Diagram

Here, you can see the pinout diagram of IC 4015

The IC 4015 is a dual 4-stage static shift register that consists of two independent shift registers. Each of them has four stages. It is used in various digital applications such as data storage, data transfer, serial-to-parallel conversion, and signal processing.

The IC 4015 shifts data through its stages either left or right depending on the configuration. Each shift register can operate independently allowing for versatile applications. Data is entered serially and can be accessed in parallel at each stage.

The IC 4015 can store and shift a 4-bit data word. It is useful in transferring data from one point to another in a serial fashion. It can convert serial data input into parallel output, useful in digital communication. It is used in timing applications where delays or time sequencing is needed.It also can be used in digital filters or simple finite-state machines.

IC 4016 Pinout Diagram

Here, you can see the pinout diagram of IC 4016

The IC 4016 is a quad bilateral switch which means it contains four independent switches that can pass either analog or digital signals when enabled. Each switch in the IC can be controlled independently which makes it versatile for a variety of signal routing applications.

The IC 4016 is basically designed to control the flow of analog or digital signals through its four switches. When a control input is activated (logic HIGH) the corresponding switch will be closed so the signal will pass between the input and output terminals. When the control input is deactivated (logic LOW) the switch will be open and block the signal.

The IC 4016 can be used to route audio or video signals in multiplexing applications. It is very useful in digital circuits for selecting between different data paths. It can be used to create multiplexers or demultiplexers for routing signals. In analog circuits, it can be used to hold a sampled voltage level for a period. It also can be used to implement basic logic functions by controlling signal paths.

See Also: IC 4017 Pinout Diagram and Terminal Identification

IC 4018 Pinout Diagram

Here, you can see the pinout diagram of IC 4018

The IC 4018 is a 5-stage divide-by-N counter with a decoder and can be configured for divide-by-any-N counting applications. It is commonly used in frequency division, digital clocks, and timing circuits. The IC 4018 is basically designed to count clock pulses and divide the frequency of the input clock signal by a predetermined number (N). It consists of a 5-stage counter that produces a series of output states as it counts, which can be used to generate specific timing sequences or frequency divisions.

See Also: 

• Pinout Diagram: IC 4000, IC 4001, IC 4002, IC 4006, IC 4007
• Pinout Diagram: IC 4008, IC 4009, IC 4010, IC 4011, IC 4012
• IC LM3916, LM3915, and LM3914 Pinout Diagram, Specification
• IC 7473, 7474, 7475, 7476 Pinout Diagram and Data Sheet

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