PBHV3160ZX

The PBHV3160ZX application field and working principle is an important part of the field of transistors, specifically in the category of bipolar junction transistors (BJT). It is a single transistor, meaning that it contains only a single input and output, with each operating on three basic principles. The first principle is the current transfer ratio, which is the ratio of the collector current to the base current. This determines how many electrons can be taken from the base region series circuit into the collector region. This ratio is highly dependent on the base-collector voltage, and is the key parameter to the transistor\'s operation. The second principle is the collector-emitter saturation voltage. The effect of this voltage is to control how many electrons can be taken away from the base series circuit, by setting a limit to the amount of current given to the collector. This is done by adjusting the voltage applied to the collector-emitter junction, which will limit the amount of current taken away from the base region. The third principle is the emitter-base voltage. This voltage controls the amount of electrons that can be taken away from the collector region. It works by setting a limit to the amount of current given to the emitter-collector junction, which then limits the amount of current taken away from the collector. These three principles, along with several other key electrical properties, allow the PBHV3160ZX to operate as a variable resistance device. Since it operates by controlling the total current taken away from the collector region, the resistance can be varied. This ability to vary resistance makes this transistor ideal for use as an electronically controlled variable resistor in a wide variety of applications. For example, one of the most common uses of this transistor is in electrical circuits that need to control the amount of current. By varying the resistance level, the design engineer can set up a circuit that will only allow a certain amount of current to be supplied to a specific area. This is especially useful in the production of audio amplifiers and video playback systems, as it allows the system to restrict the amount of current being passed to the amplifier or playback system. The PBHV3160ZX is also popularly used as a switch. By adjusting the amount of resistance, a signal can be sent through the transistor that will toggle the switch, either on or off. This capability makes this type of transistor ideal for use in automated switching systems, where one switch can control multiple circuits. This type of transistor is also used in electronic sensors that can determine the presence of a particular signal, such as in proximity sensors. Finally, the PBHV3160ZX can be used for regulating the amount of current in a circuit. By adjusting the resistance level, the design engineer can set up a circuit that will only allow a certain amount of current to flow, allowing more precise control over the current. This is especially useful for applications such as power supplies, where a steady amount of current is necessary to keep the system functioning properly. In conclusion, the PBHV3160ZX application field and working principle is an important part of the field of transistors and is an invaluable addition to any electronics engineer’s arsenal of components. By understanding the three principles at work, it is possible to create circuits that utilize the versatility of this type of transistor and apply them to a wide assortment of applications.

PBHV9040Z/ZLF	Nexperia USA...	0.0 $	1000	TRANSISTOR PNP SOT-223Bip...
PBHV9040Z/ZLX	Nexperia USA...	0.0 $	1000	TRANSISTOR PNP SOT-223Bip...
PBHV9050Z/ZLX	Nexperia USA...	0.0 $	1000	TRANSISTOR PNP SOT-223Bip...
PBHV9050Z/ZLF	Nexperia USA...	0.0 $	1000	BISSBipolar (BJT) Transis...
PBHV8540T,215	Nexperia USA...	0.08 $	1000	TRANS NPN 400V 0.5A SOT23...
PBHV9115T,215	Nexperia USA...	0.11 $	1000	TRANS PNP 150V 1A SOT23Bi...
PBHV9040T,215	Nexperia USA...	0.11 $	1000	TRANS PNP 400V 0.25A SOT2...
PBHV8115Z,115	Nexperia USA...	0.18 $	1000	TRANS NPN 150V 1A SOT223B...
PBHV2160ZX	Nexperia USA...	0.18 $	2000	IC TRANS NPN 600V 0.1A SC...
PBHV9560ZX	Nexperia USA...	0.18 $	1000	IC TRANS PNP 600V 0.5A SC...
PBHV8118T,215	Nexperia USA...	0.08 $	1000	TRANS NPN 180V 1A SOT23Bi...
PBHV9040X,115	Nexperia USA...	0.12 $	1000	TRANS PNP 400V 0.25A SOT8...
PBHV9215Z,115	Nexperia USA...	0.14 $	1000	TRANS PNP 150V 2A SOT223B...
PBHV8215Z,115	Nexperia USA...	0.14 $	2000	TRANS NPN 150V 2A SOT223B...
PBHV8115TLHR	Nexperia USA...	0.08 $	1000	PBHV8115TLH/SOT23/TO-236A...
PBHV9115TLHR	Nexperia USA...	0.08 $	1000	PBHV9115TLH/SOT23/TO-236A...
PBHV9540XF	Nexperia USA...	0.11 $	1000	PBHV9540X/SOT89/MPT3Bipol...
PBHV9540XX	Nexperia USA...	0.12 $	1000	PBHV9540X/SOT89/MPT3Bipol...
PBHV9040ZF	Nexperia USA...	0.13 $	1000	PBHV9040Z/SOT223/SC-73Bip...
PBHV9050ZF	Nexperia USA...	0.14 $	1000	TRANS PNP 500V 250MA SC-7...
PBHV8540Z,115	Nexperia USA...	0.18 $	3000	TRANS NPN 400V 0.5A SOT23...
PBHV9050Z,115	Nexperia USA...	0.14 $	1000	TRANS PNP 500V 0.25A SOT2...
PBHV8140Z,115	Nexperia USA...	0.18 $	1000	TRANS NPN 400V 1A SOT223B...
PBHV9040Z,115	Nexperia USA...	0.14 $	1000	TRANS PNP 400V 0.25A SOT2...
PBHV9414ZX	Nexperia USA...	--	2000	TRANS PNP 140V 4ABipolar ...
PBHV8560ZX	Nexperia USA...	--	520	IC TRANS NPN 600V 0.5A SC...
PBHV8540X,115	Nexperia USA...	0.15 $	1000	TRANS NPN 400V 0.5A SOT89...
PBHV9115X,115	Nexperia USA...	0.12 $	1000	TRANS PNP 150V 1A SOT89Bi...
PBHV8115T,215	Nexperia USA...	0.11 $	1000	TRANS NPN 150V 1A SOT23Bi...
PBHV8115X,115	Nexperia USA...	0.12 $	2000	TRANS NPN 150V 1A SOT89Bi...
PBHV9540Z,115	Nexperia USA...	0.18 $	12000	TRANS PNP 400V 0.5A SOT22...
PBHV9050T,215	Nexperia USA...	0.11 $	1000	TRANS PNP 500V 0.15A SOT2...
PBHV3160ZX	Nexperia USA...	--	1000	IC TRANS PNP 600V 0.1A SC...
PBHV9515QAZ	Nexperia USA...	0.09 $	1000	TRANS PNP 150V 0.5A DFN10...
PBHV8515QAZ	Nexperia USA...	0.09 $	1000	TRANS NPN 150V 0.5A SOT12...
PBHV9115Z,115	Nexperia USA...	0.18 $	1000	TRANS PNP 150V 1A SOT223B...