CD4035BMTG4

Series:	4000B
Packaging:	Tape & Reel (TR)
Part Status:	Obsolete
Logic Type:	Shift Register
Output Type:	Complementary
Number of Elements:	1
Number of Bits per Element:	4
Function:	Parallel or Serial to Serial
Voltage - Supply:	3 V ~ 18 V
Operating Temperature:	-55°C ~ 125°C
Mounting Type:	Surface Mount
Package / Case:	16-SOIC (0.154", 3.90mm Width)
Supplier Device Package:	16-SOIC
Base Part Number:	4035

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CD4035BMTG4 Logic - Shift Registers

The CD4035BMTG4 is a monolithic integrated circuit involving logic - shift registers. It features an 8 bit shift register, enabling a low power CMOS procedure that is ideal for multiplexing display applications. The device operates on any data register, allowing it to process both 4-bit and 8-bit data in the same shift register, and maintaining excellent register access times and speeds.

Applications of the CD4035BMTG4

As a monolithic integrated circuit, the CD4035BMTG4 is well suited for a variety of applications due to its 8-bit shift register capabilities. Examples of its usage include multiplexing address scanning in dot matrix LCD applications, memory address incremental search, digital comparator performance, as well as data register applications. It is also a preferred choice for systems that require accurate data processing and management.

General Working Principle

The CD4035BMTG4 chain is a synchronous device, meaning that it operates by loading data into a register, or a series of registers in a chain, inputting a clock pulse on the Clock input pin, and then making the data available at the output pins. Each clock pulse causes the data contained in the shift register to move either right or left, depending on the configuration of the logic signals. The data present on the Data input pin is placed in the first cell of the register, while the data decreases in length as the pulses move the information through the output pins.

Register Operation

The basic operation behind the register operation of the CD4035BMTG4 is based on two principal logic signals: Shift Right (SR) and Shift Left (SL). Data can be entered into the shift register simply by applying a logic signal to the respective input pin for either the SR or SL. The data is then transmitted through the chain of registers in the desired direction until the shift register reaches the end of the chain.

System Design Considerations

To ensure reliable operation of the CD4035BMTG4, it is important to consider the necessary design specifications. First, the device must be powered from a stable power supply voltage, typically between 4.75V to 15V. It is also recommended that the device is operated at a temperature of 0 to 70°C with a humidity of up to 85%, both of which should be closely monitored. When considering the output current, the device should be operated at a minimum current of 10µA, at a maximum output of 25mA. It is also important to consider system noise and interference when designing a system incorporating the CD4035BMTG4; noise affects how much data can be reliably transferred through the shift register, and proper shielding should be implemented to protect the device from external noise sources.

Conclusion

The CD4035BMTG4 is an integrated circuit that is perfect for applications requiring an 8-bit shift register. With its synchronous operation and minimal power consumption, it is suited for applications such as address scanning in dot matrix LCDs, digital comparator performance, and memory address incremental search. To ensure reliable operation, it is important to consider the necessary design specifications, including power supply voltage, temperature range, humidity, output current, and system noise.

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