LMC7215IM5X

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The LMC7215IM5X under the category of Linear - Comparators is a precision, dual, low-power, Schmitt-trigger input, voltage comparator IC. It is designed to operate with a minimum of external components and is ideal for a variety of sensor and signal detection applications. It is a precision, low-power, dual, Schmitt-trigger input voltage comparator that can operate with minimal external components. The LMC7215IM5X can be used for a wide range of positive and negative input voltages and consumes very little power.

The LMC7215IM5X is internally programmed for low-power operation, with a wide-range of selectable supply currents. The supply current ranges from 10 μA to 600 μA, making it suitable for use in a wide range of voltage-sensing applications. An optional input protection network is included to protect against voltage spikes and unexpected damage.

The LMC7215IM5X is designed to provide a high level of accuracy and stability. It can withstand transients up to 25V, while operating from supplies ranging from +2.6V to +18V with an output voltage level range of 0V to VDD – 0.9V. The device features an offset voltage range of ±10mV, which ensures a high degree of Noise Immunity and provides excellent immunity to noise and EMI.

The LMC7215IM5X includes a high-speed output stage that is capable of operating at speeds up to a maximum of 30MHz. The device supports logic-level input signals in both ways. The output transistor is designed to provide a very low output-sink current of only 50 μA, allowing the comparator to sink more current than other comparators.

The output stage of the LMC7215IM5X is designed to provide low-power performance with a very low output impedance. This allows the device to provide better performance in high-frequency applications. The output stage is designed to operate with an open-circuit voltage level of +10 volts and a maximum output of between 0 volts and VDD. The device can also be used in AC and DC applications.

The LMC7215IM5X input stage is designed to provide excellent response to very small input signals. The input stage is designed to have a low input current of 40 nA. The input stage can accept a wide range of input signals, from –25V to +25V, and is capable of responding to signals with low frequencies as low as 10 Hz. The device has also been designed to provide a very low breakdown voltage of less than 2V and a very high input impedance of 70 kΩ.

The Schmitt-trigger input stage of the LMC7215IM5X is designed to provide a low-input current, high-performance design with a minimal number of external components. The trigger-level is set by setting the resistor between the two input pins. The Schmitt-trigger input stage is designed to support logic-level signals in both ways, providing a wide range of input signals. The device also features a low-power, high-speed output state that can be operated with a frequency of up to 30MHz.

The LMC7215IM5X can be used in a variety of applications, including voltage-level sensing, sensor and signal detection, over-voltage and under-voltage protection and protection against EMI. The device is laid out for a range of voltage supplies, including +2.6V to +18V, with a minimum of external components. The design offers high accuracy, low power and a wide input range, making it ideal for a wide range of applications.

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