CD4007UBNSR Integrated Circuits (ICs)

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CD4007UBNSR is a type of specialty logic device designed for use in high-speed and low-voltage applications. The device operates from a single 5V supply and features bipolar technology with 1.8V switching thresholds. It has two grade levels with a maximum speed of 25- ns for the different grades.

The CD4007UBNSR is a 6-input AND-OR gate. It is commonly used in applications such as logic functions, signal conditioning, logic switching, and waveform generators. It has open-drain outputs that provide a low reset or set function that allows it to be used as a reset or set circuit.

The CD4007UBNSR consists of an array of six input circuits and two output circuits, and can be used to construct a variety of digital logic functions. The device is composed of six input transistors, one output transistor, and a pullup resistor connected between the supply voltage and the output terminal.

The CD4007UBNSR is designed for use with TTL and CMOS logic levels. Its inputs can accept signals from sub-nanosecond to over 1 microsecond, and its output drive is sufficient to directly drive 10 TTL loads. The device is designed to consume minimal power and has protection circuits to reduce the effects of electrostatic discharges.

The CD4007UBNSR has an operating temperature range of -55 ° C to +125 ° C, and it is able to operate from a single 5V supply. The device is designed for use in microprocessor and microcontroller system designs, including microcontroller power monitoring and IRQ signal applications.

The operating principle of the CD4007UBNSR is based on the “OR” logic of the transistors. This means that when any of the inputs is HIGH, the output is also HIGH. The device is a logic gate in which the output will be HIGH only if all of the inputs are HIGH. The logic functions of the device are AND and OR.

The CD4007UBNSR is often used in applications such as digital logic functions, signal conditioning, logic switching, and waveform generators. It has protection circuits to reduce the effects of electrostatic discharges, and can be used to construct a variety of digital logic functions. It is commonly used in microprocessor and microcontroller system designs, including microcontroller power monitoring and IRQ signal applications.

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