STX0560

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The STX0560 is a type of single bipolar junction transistor (BJT). It is the simplest type of BJT, incorporating three terminals − the emitter, the base and the collector. These transistors are most popularly used as an amplifier due to their current gain and high levels of resistance. The STX0560 BJT is particularly utilized as a switch in light applications, such as making LEDs blink.

When the STX0560 is used as a switch, it is connected to a power source and an LED with one end of the LED connected to the collector, the middle to the power source and the other end to the emitter. When the base is provided with voltage, the capacitor from the collector to the base will reduce the forward bias of the circuit, rendering the LED inoperable. When the base voltage is removed, due to the reduction of the bias, charge can no longer flow between the collector and the emitter.

As a switch, the current gain of the STX0560 BJT is incredibly important. This gain is determined by the current between the emitter and the base, calculates as the ratio between collector current and emitter current. The current gain of a STX0560 BJT is typical in the range 32-90. In addition to its high current gain, the STX0560 also has high resistance, allowing it to be used as a switch in applications which handle large amounts of current, like LEDs.

Additionally, STX0560 BJTs have a low saturation voltage, meaning that when the transistor is in saturation, it will dissipate the least amount of power required. It is also relatively easy to increase the current gain of the STX0560, allowing for accurate and certain levels of current to flow at specific voltage levels.

The STX0560 can be used for more than just a switch for LEDs, however. It is also incredibly useful in conjunction with electronic timers, where switching between two electrical circuits needs to be done quickly and accurately. Additionally, when high levels of resistance are needed along with ease of activation in power amplifier application circuits, the STX0560 BJT can be used to great success.

When used as an amplifier, the STX0560 BJT is extremely reliable thanks to its low operating current and lack of temperature dependence. There are a few issues to consider, however, such as bias voltages, noise and cross-over distortion. Noise is kept at a minimum when the emitter current is equal to the collector current and equal to the bias current. Cross-over distortion occurs when the collector voltage reaches the base voltage, creating a sudden change in the voltage which can result in incorrect power output. To avoid this, select the bias voltage so that the collector voltage never reaches the base voltage.

Due to its reliability, current gain and wide range of uses, the STX0560 BJT is an excellent choice when it comes to transistor applications. Its ability to switch in light applications, its high resistance and low saturation voltage make it ideal for LED applications, and its reliable performance in high power amplifier circuits make it a go-to choice for those that need reliable transistor performance.

The specific data is subject to PDF, and the above content is for reference