BC636_J35Z

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

BC636_J35Z transistors belong to Bipolar Junction Transistors (BJTs), more specifically to the category of single transistors. These transistors are primarily used for digital signal amplification, buffer and other generalized purpose applications. Depending on the application, the BC636_J35Z transistors can operate at speeds up to 20MHz and voltages up to 55 volts. The majority of applications involve low-voltage, low-power circuits, but they can also be used in medium-power and power circuits as well.

The BC636_J35Z transistors contain three layers; an emitter, collector and base, which generate a current flow when activated. The transistor works by simple act of current flow from the emitter layer to the collector layer. When a small current flows from the base layer to the emitter layer, it allows for a much larger current to pass through the emitter collector layers; this effect is known as amplification.

Transistors are rated in terms of the amount of current they can handle and the amount of voltage they can handle. The BC636_J35Z transistors can handle a maximum of 1.5 Amps of continuous collector current and 35 Volts of peak collector-to-emitter voltage. The total power dissipation rating is 1.2 Watts.

When using the BC636_J35Z transistor, it is important to make sure that the biasing setting is correct for the desired application. The bias is the DC supply level that must be set for the transistor to operate properly. The DC current gain of the transistor, also known as hFE, varies from 10 to 130. This means that the BC636_J35Z transistors are best suited for applications such as audio amplifiers, voltage followers, multiplexers and so on.

To ensure that the BC636_J35Z transistor stays in the saturation region, it is important to pay attention to the input and output bias voltages that are applied to the transistor. The saturation region is the region where the transistor provides maximum gain and the highest collector current. To make sure that the transistor stays in the saturation region, the collector current must be above a certain threshold, usually between 20mA and 30mA.

For higher collector current applications, it is important to pay attention to the maximum ratings; the collector-to-base voltage must not exceed 35 volts, and the collector current must not exceed 1.5 Amps. Additionally, the maximum voltage that can be applied across the collector-emitter terminals must not exceed 30 volts.

Finally, it is important to make sure that the transistor is used in the proper configuration, otherwise it may not work properly. The BC636_J35Z transistor is primarily used for amplification and switching applications; it can be used in either a common emitter, common-base, and source follower configurations.

In conclusion, the BC636_J35Z transistors are versatile transistors that can be used in a variety of applications ranging from low-voltage, low-power circuits to medium-power and power circuits. These transistors are rated in terms of their maximum voltage and current rating, and it is important to make sure that the right bias setting and configuration are used in order to get optimal performance.

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