MC14076BCPG

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The MC14076BCPG is a quad complementary pair of high-performance silicon-gate CMOS devices. It consists of four pairs of flip-flops configured as two gated D type flip flops and two JK type flip flops. The logic type flip flops are designed to operate from a wide range of power supplies, typically 10V to 35V and draw very low power, typically 2μW.

The MC14076BCPG flip flops are designed to use CMOS logic and are thus capable of operating at higher frequencies than other types of flip flops. The MC14076BCPG includes an input buffer which ensures low power consumption and low input capacitance. This allows it to operate from a wide range of input voltages, typically 3V to 15V.

The MC14076BCPG is ideal for many applications, including process control, instrumentation, security systems, industrial automation, and robotics. It is also well suited for applications where multiple logic functions are required at high switching speeds. The MC14076BCPG flip-flops are available in both standard and socketed packages.

The MC14076BCPG flip flops operate on an edge or noise-free cmos clock, active-high preset and clear input, and level sensitive data. The data is latched on the positive edge of the clock and is transferred to the outputs at the negative edge of the clock. The inputs can be buffered with MC14076BCPG\'s integral TTL and CMOS input buffers. The outputs can be configured as open-collector, TTL, or CMOS, depending on the application. The outputs also feature an integral Schmitt trigger function.

The MC14076BCPG flip flops feature a wide set of functions and are ideal for applications that require a durable and reliable device. The flip-flop has a low power consumption of 2μW, a high-speed input buffer, and a wide operating voltage range. It also has a low active-high preset and clear input. The outputs can be configured as open-collector, TTL, or CMOS, and include an integrated Schmitt trigger function.

The MC14076BCPG flip flops have low power consumption, are highly reliable, and have excellent signal to noise margins. They are also capable of operating at higher frequencies than other types of flip flops. The wide operating voltage range and buffered inputs make them suitable for a variety of applications. The low power consumption, wide operating voltage range, and high-speed input buffer make it an ideal choice for providing efficient switching speed in combination with low power consumption.

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