PM3604-25-B

DC Resistance (DCR) - Parallel:	54 mOhm Max
Height:	0.265" (6.73mm)
Size / Dimension:	0.550" L x 0.452" W (13.97mm x 11.48mm)
Package / Case:	Nonstandard
Mounting Type:	Surface Mount
Operating Temperature:	-55°C ~ 125°C
Ratings:	--
Shielding:	Unshielded
DC Resistance (DCR) - Series:	220 mOhm Max
Series:	PM3600
Current Rating - Series:	960mA
Current Rating - Parallel:	1.91A
Tolerance:	±20%
Inductance - Connected In Series:	100µH
Inductance - Connected In Parallel:	25µH
Number of Coils:	2
Part Status:	Obsolete
Packaging:	Bulk

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Introduction to PM3604-25-B

PM3604-25-B is a digital signal counter used in multiple fields, such as in signal transformation, networks, information engineering and arrays. It performs fast and precise, digital counting in single channels or multiple channels. PM3604-25-B has several features, such as its ability to produce either positive or negative modes, as well as a wide range of frequency ranges and dynamic characteristics. It can be easily integrated into a system and easily configurable to perform various tasks.

Arrays Applications

PM3604-25-B is mainly used in the field of arrays, meaning it works with arrays in order to help understand how data in various forms are stored and accessed in memory. An array is a collection of elements that is ordered with a particular address or index. PM3604-25-B helps to store and access data more efficiently and quickly due to its ability to perform strong signal counting in multiple channels. It is mainly used for processing images, as well as analyzing data collected from transducers, sensors, and other components.

Signal Transformers Application

PM3604-25-B is also used in the field of signal transformation. Signal transformation is a process of converting a signal from one form to another. PM3604-25-B helps in the transformation of an electrical signal, such as from a sensor, to an appropriate format to be used by a device or system. PM3604-25-B can also be used to convert a signal from one type to another, such as from analog to digital, or vice-versa. This helps to increase the speed and accuracy of signal transformation.

Working Principle of PM3604-25-B

PM3604-25-B is a digital signal counter, meaning it works by converting an analog signal into a digital count. The principle behind PM3604-25-B is based on the well-known divider circuit. In this circuit, the input signal is first divided by a certain number, which is determined by the selected counting range. The divided signal is then passed through a comparator circuit, which compares the divided signal with a reference voltage and produces an output signal. The output signal is then counted according to the divided signal and a counter is produced.The working principle of PM3604-25-B can be explained as follows: The input signal is first divided by the selected counting range (this is usually done by a programmable dividing circuit) and is then compared to a reference voltage. When the input signal is greater than the voltage, an output signal is produced. The output signal is then counted, thus producing a digital count. The divider circuits used in PM3604-25-B are designed in such a way that the range can be changed without changing the internal components of the circuit. This helps to increase the range of the counter, allowing it to count from 10 to 10 million.

Conclusion

PM3604-25-B is a digital signal counter used in many applications, such as in arrays and signal transformation. It works using the principle of a divider circuit, in which the input signal is divided into a certain range. The divided signal is then compared to a reference voltage and an output signal is produced. The output signal is then counted and a digital counter is created. With its ability to produce either positive or negative modes, as well as a wide range of frequency ranges and dynamic characteristics, PM3604-25-B can be easily integrated into a system and easily configured to perform various tasks.

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