| Allicdata Part #: | FMMTL717TR-ND |
| Manufacturer Part#: |
FMMTL717TA |
| Price: | $ 0.00 |
| Product Category: | Discrete Semiconductor Products |
| Manufacturer: | Diodes Incorporated |
| Short Description: | TRANS PNP 12V 1.25A SOT23-3 |
| More Detail: | Bipolar (BJT) Transistor PNP 12V 1.25A 205MHz 500m... |
| DataSheet: |  FMMTL717TA Datasheet/PDF |
| Quantity: | 1000 |
Specifications
| Series: | -- |
| Packaging: | Tape & Reel (TR) |
| Part Status: | Active |
| Transistor Type: | PNP |
| Current - Collector (Ic) (Max): | 1.25A |
| Voltage - Collector Emitter Breakdown (Max): | 12V |
| Vce Saturation (Max) @ Ib, Ic: | 290mV @ 50mA, 1.25A |
| Current - Collector Cutoff (Max): | 10nA |
| DC Current Gain (hFE) (Min) @ Ic, Vce: | 300 @ 100mA, 2V |
| Power - Max: | 500mW |
| Frequency - Transition: | 205MHz |
| Operating Temperature: | -55°C ~ 150°C (TJ) |
| Mounting Type: | Surface Mount |
| Package / Case: | TO-236-3, SC-59, SOT-23-3 |
| Supplier Device Package: | SOT-23-3 |
| Base Part Number: | FMMTL717 |
Description
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The FMMTL717TA is a single bipolar junction transistor (BJT) designed for a variety of applications. It was initially created with transistors in mind, but has since been adapted to other fields of operation. This article will discuss the applications and working principle of the FMMTL717TA.The FMMTL717TA is an NPN discrete transistor that can operate in a variety of configurations. It is designed to work on very low power, typically 0.5 watts, and can be used in a variety of functions. Common applications of this discrete transistor include switching applications, such as connecting digital devices to relays. It can be connected in a variety of ways, such as base-emitter or base-collector. It can also be used as an amplifier in low-power audio setup.The FMMTL717TA has a variety of uses in analog circuits. It can be used as a current limiter in order to prevent over-current conditions, and as voltage and current amplifiers. Additionally, it can be used as a driver for LEDs and other logic devices, allowing for a very low-power setup.The working principle of the FMMTL717TA is based on the behavior of the N-type and P-type materials. An N-type material has an excess of electrons, while a P-type material has an excess of holes, from where the name “Bipolar Junction Transistor” is derived. The operation of the FMMTL717TA is based on the transistor’s ability to control the current in all three terminals, namely, Emitter, Base and Collector, using the internal current gain. The current gain of a transistor is the ratio of collector current to base current. In an NPN transistor, the current gain will be relatively high when the base to emitter voltage is between 0.5V to 0.7V. If the base-emitter voltage cannot exceeds 0.5V, the transistor cannot conduct any current and thus creating a low-current or open circuit condition. When the FMMTL717TA is in saturation, meaning that the base and emitter are both forward biased, current starts flowing through the collector-base junction, and the current gain of the transistor is at its peak. In this state, more current is flowing through the collector and base, allowing for more current to be delivered to the load. The main advantage of the FMMTL717TA is its low power input requirement, with the transistor being able to handle very low voltage and current. It is also highly reliable and efficient, making it an ideal choice for low-power use in a variety of applications.To illustrate the working principle of the FMMTL717TA, consider the following circuit. The transistor is connected in a common emitter configuration, with a voltage divider supplying the base-emitter voltage. When the transistor is in saturation, the voltage at the collector is 0V, which is lower than the voltage at the emitter, creating a low-current or open circuit condition. When this happens, the current through the collector will be equal to the current through the emitter, which will provide the base-emitter voltage necessary for the transistor to operate. Finally, the FMMTL717TA is ideal for applications where low-power and current control is required, such as amplifying audio signals or controlling LED brightness. Its reliability and efficiency make it an ideal choice for a wide range of applications.
The specific data is subject to PDF, and the above content is for reference
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