What is the C5707 transistor?

Transistor C5707 is a low -current voltage transistor for high current applications. It has a large capacity of current and allows high -speed switching. The C5707 transistor is commonly used in computer monitors (LCD). It is known that the transistor fails in the LCD monitor applications when it is subject to a particularly high load on a defective tuning capacitor or dry joints on high -cost transformer pegs.

transistors are designed from solid semiconductor materials with at least three connection terminals. One of the characteristics of the transistor is the ability to amplify the signals by providing output power known as controlled power, beyond the incoming or control signal. One of the most common uses of the transistor is as a controlled electronic switch that turns on the current when switching on and off. The C5707 transistor is mainly used as a controlled switch due to its high -speed switching capabilities.

there are many differentCh various transistors. Each has an individual combination of output capacity, the collector limit current and the voltage saturated on the emiter, among other variables. When the consumer tries to buy a transistor, a wide range of available combinations causes it necessary to obtain a corresponding transistor or in -depth research to ensure that a suitable alternative is available before purchase.

The relatively common occurrence of transistor pairs of C5707 in computer monitors LCD may be due to a high equivalent resistance of the series (ESR) in a tuning capacitor that shortens the C5707 transistors. A failure or abbreviations of transistors can also be caused by high voltage pegs that have "dry" joints through insufficient solders that are present on the pegs. When examining this problem on LCD monitors, HFE C5707 Transistors is important because different values ​​NAnd with four transistors, they will lead to the problem.

The term "HFE" is not an abbreviation in itself, although it is based on the terms "hybrid parameters;" “Forward”, as in the direction of the current; and "ordinary emitter". Instead, the term was applied to measurement of transistor manufacturers and is applied to the designation of AC current (AC) via transistor. There are two terms for current profit across the transistor, where capitalization indicates actual measurements - "HFE" for AC and "HFE" for profit with fixed direct current (DC).