MC10E1652FNG

Series:	MOSAIC III™
Packaging:	Tube
Part Status:	Last Time Buy
Type:	with Latch
Number of Elements:	2
Output Type:	Differential, ECL
Voltage - Supply, Single/Dual (±):	--
Voltage - Input Offset (Max):	--
Current - Input Bias (Max):	--
Current - Output (Typ):	100mA
Current - Quiescent (Max):	50mA
CMRR, PSRR (Typ):	--
Propagation Delay (Max):	--
Hysteresis:	27mV
Operating Temperature:	0°C ~ 85°C
Package / Case:	20-LCC (J-Lead)
Mounting Type:	Surface Mount
Supplier Device Package:	20-PLCC (9x9)
Base Part Number:	MC10E1652

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Linear-Comparators are electronic circuits that measure the electrical potential difference between two terminals, typically voltage, and compare it to a prescribed threshold level. MC10E1652FNG, by ON-Semiconductor, is a very versatile comparator for multiple applications, featuring operation from 2.5V to 5.5V, low power consumption, and very low input offset voltage.The MC10E1652FNG comparator is capable of operating at a very low supply voltage, in addition to being very power efficient. It is suitable for an array of application such as switched capacitor filters, envelope detectors, sample-and-hold circuits, sample-and-compare circuits, overcurrent protection, peak-reading circuits, low frequency pulse detection and timing, low frequency oscillators, wide bandwidth data acquisition systems and logic level conversion. Its low input offset voltage of less than 350mV implies high degree of accuracy. The comparator’s capability of analog-to-digital and digital-to-analog conversion with signals beyond the scale of the voltage conforming to the power supply provides an even greater potential for applications. The MC10E1652FNG comparator has three states, based on the level of input voltage. If the voltage is sufficiently above the threshold voltage, the comparator will output a "high" logic level, which is represented by VCC. If the voltage is sufficiently below the threshold, the compatible will output a "low" logic level, which is represented by GND/0V. Finally, if the voltage is very close to the threshold, the comparator will produce a "high-impedance output" state, which is represented by the undefined logic level state.The MC10E1652FNG is a common emitter circuit, and is composed of two transistors and two resistors. The circuit works by applying voltage to the bases of two transistors, and by setting the resistors on the two outputs with a fixed ratio. When a negative voltage is applied to one of the two inputs of the MC10E1652FNG, the voltage on the voltage on the base of one of the two transistors falls down, while the voltage on the base of the other transistor increases. This, in turn, causes the output voltage betweenthe two outputs of the MC10E1652FNG to assume some reasonable values, depending on the voltage applied to the inputs. The input offset voltage describes the difference in the potential of the two inputs, and depending on the external conditions, it may have some millivolts of difference. This is one of the drawbacks of the MC10E1652FNG comparator, as the accuracy of the output may be affected. To avoid this, the source should be properly buffered, and the supply voltage should be regulated.The MC10E1652FNG has two pins for external components, one for power voltage and one for ground. Both of these pins are opposed to each other and hence the comparator works as a differential, whereby the voltage difference between the two external components determines the output, and this helps to keep the circuit sufficiently stable.Due to its versatility, the MC10E1652FNG is an ideal solution for many low power applications requiring precision and stability. With its low power consumption, low input offset voltage, and operation from a 2.5V to 5.5V, the MC10E1652FNG is an ideal choice for applications such as switched capacitor filters, envelope detectors, and sample-and-compare circuits.To sum up, the MC10E1652FNG is a versatile and power efficient comparator, suitable for a wide range of low power applications. Its low input offset voltage and its ability to operate from a 2.5V to 5.5V source, make it an ideal choice. With its two pins for external components, it allows precise and stable operation, and can be used in a variety of projects.

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