BCP69-16/ZLX

Series:	Automotive, AEC-Q101
Part Status:	Last Time Buy
Transistor Type:	PNP
Current - Collector (Ic) (Max):	2A
Voltage - Collector Emitter Breakdown (Max):	20V
Vce Saturation (Max) @ Ib, Ic:	600mV @ 200mA, 2A
Current - Collector Cutoff (Max):	100nA (ICBO)
DC Current Gain (hFE) (Min) @ Ic, Vce:	160 @ 500mA, 1V
Power - Max:	1.35W
Frequency - Transition:	140MHz
Operating Temperature:	150°C (TJ)
Mounting Type:	Surface Mount
Package / Case:	TO-261-4, TO-261AA
Supplier Device Package:	SC-73

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Introduction

BCP69-16/ZLX is a type of single Bipolar Junction Transistor (BJT). It is a three-terminal electronic component which is used for wide range of applications, like amplifiers, switching operations, common-collector amplifiers, current regulators and so on. BCP69-16/ZLX is also suitable for use in demanding applications, as it has good voltage and current handling capabilities. It is characterized by a relatively low power dissipation, yet high current gain and low collector-emitter saturation voltage. This article will discuss the application field and working principle of BCP69-16/ZLX.

Application Field

BCP69-16/ZLX is a general-purpose BJT, which can be used for a wide range of applications. It is most commonly used as an amplifier, as it provides excellent voltage and current gain. Its low power dissipation, large current gain and low collector-emitter saturation voltage make it suitable for amplifying signals in high-precision applications, such as medical imaging systems, communications networks and industrial process control equipment.BCP69-16/ZLX can also be used as a switching element in electronic circuits. As it is capable of carrying large current, it can be used to switch loads such as SSR (solid-state relay) and solenoid. The low internal resistance of BCP69-16/ZLX facilitates switching without generating excessive heat and wearing out components.The low power dissipation, low saturation voltage and high current gain of BCP69-16/ZLX make it ideal for use in current regulators, as it can regulate current without generating large amounts of heat. Additionally, the low offset voltage ensures a stable and accurate current. It can also be used to regulate the current in high-side applications, such as automotive electrical systems and power supply panels, as it is capable of handling large voltage and current.

Working Principle

BCP69-16/ZLX is a type of BJT, which consists of three terminals, namely Base, Collector and Emitter. The working principle of BCP69-16/ZLX is based on the semiconductor action of a P-type and an N-type material. When a voltage is applied across the Base and Emitter terminals, current flows from the Base to the Emitter, thus creating electrons between the P and N-type semiconductors. This results in a reduced transistor resistance between the Collector and Emitter terminals.When a voltage is applied across the Collector and Emitter terminals, current flows from the Collector to the Emitter, and this current is amplified by the transistor. The current gain of the transistor is determined by the current flowing through the Base terminal, which is also known as the Base current. The Base current determines how much current is allowed to flow between the Collector and Emitter terminals, thus determining the current gain of the transistor.Additionally, the voltage between the Collector and Emitter terminals is determined by the voltage between the Base and Emitter terminals. As the Base voltage changes, the Collector-Emitter voltage also changes. This is known as the Early Effect, and it allows for voltage and current gain control in BCP69-16/ZLX.

Conclusion

BCP69-16/ZLX is a type of BJT which is used for a variety of applications. It is characterized by a good voltage and current handling capability, low power dissipation, high current gain and low collector-emitter saturation voltage. Its working principle is based on the semiconductor action of a P-type and an N-type material. The Base current determines the current gain of the transistor and the Early Effect allows for voltage and current gain control.

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