M74HC4060YRM13TR

Timing:	--
Base Part Number:	74HC4060
Supplier Device Package:	16-SO
Package / Case:	16-SOIC (0.154", 3.90mm Width)
Mounting Type:	Surface Mount
Operating Temperature:	-40°C ~ 125°C
Voltage - Supply:	2V ~ 6V
Trigger Type:	Negative Edge
Count Rate:	65MHz
Series:	Automotive, AEC-Q100, 74HC
Reset:	Asynchronous
Number of Bits per Element:	14
Number of Elements:	1
Direction:	Up
Logic Type:	Binary Counter
Part Status:	Active
Packaging:	Tape & Reel (TR)

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M74HC4060YRM13TR Application Field and Working Principle The M74HC4060YRM13TR, manufactured by ON Semiconductor and released in November,1993, is a high-speed CMOS logic integrated circuit of the 74HC family. It contains an oscillator, 14-bit counter and 14-bit binary counter, making it useful as a time base generator, event counter, and frequency divider.The M74HC4060YRM13TR belongs to a family of Logic-Counters, Dividers, which are devices designed to do basic arithmetic operations by using digital circuitry. Counters can count up and count down, divide an input frequency, generate a predetermined number of clock pulses, convert a binary coded decimal (BCD) number or binary coded octal (BCO) number to a decimal number, encode information for telecommunications, or delay the timing for a variety of functions. Application fields include digital systems, switching, communications and display electronics such as digital cameras, cell phones, DVD players, computer displays, PDAs and MP3 players.M74HC4060YRM13TR has two outputs: a 14-bit Oscillator and a 14-bit Binary Counter. Each output has an input, an output and an enable pin. The input to the oscillator is an external clock signal, usually provided by a capacitor and an external resistor. The oscillator output is a high-frequency clock signal, which can be used to clock other integrated circuits, providing synchronization and timing information to them. The binary counter output is a sequence of binary numbers, each incrementally higher than the one before. This output can be used to count events, divide frequencies and perform mathematical operations.To examine the working principle of M74HC4060YRM13TR in more detail, let’s consider the oscillator. The oscillator is an asynchronous device and is made up of two parts: the oscillator circuit and the clock driver. The oscillator circuit consists of two units, the first being a voltage controlled oscillator (VCO), and the second being a frequency divider. The VCO consists of two transistors, an resistors and capacitors connected in a negative feedback configuration. The VCO produces a square wave whose frequency is determined by the resistance and capacitance values. The output of the VCO is then fed into a frequency divider which divides the frequency of the input into two or more output frequencies. This is done by connecting the output of the VCO to a number of flip-flops arranged in a series configuration. The flip-flops divide the frequency of the input signal by two, thus reducing the frequency of the output signal.The clock driver consists of flip-flops arranged in a series configuration similar to the frequency divider. However, the flip-flops in the clock driver are connected to a clock pin, which allows the frequency to be externally controlled. By selecting the right resistor and capacitance values, the frequency of the oscillator is adjusted to the desired value.The binary counter can count positive or negative numbers depending on which pins are enabled. The counter consists of 14 flip-flops, connected in a series configuration. The least significant bit (LSB) is connected to the input pin, which provides the input signal that the counter must count. As the counter is counting up, it outputs the current binary number on the output pin. By enabling the next most significant bit (MSB) pin, the counter will also count down, and output the previously counted binary number on the output pin. Thus the counter can be used one of two ways, either to count up to a predetermined number, or to count down from a predetermined number. In conclusion, M74HC4060YRM13TR is a Logic-Counters, Dividers and is used in numerous digital electronic devices. It contains two outputs, one being an oscillator and the other a binary counter. The oscillator has a voltage controlled oscillator, a frequency divider and a clock driver, whereas the binary counter consists of 14 flip-flops. The oscillator and the binary counter can operate in various ways depending on the required task. Application fields include digital systems, switching, communications and display electronics.

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