1014-12 Microsemi Corporation TRANS RF BIPO 39W 5A 55LT1
Дыскрэтныя паўправадніковыя прыборы
Нумар вытворцы:
1014-12
Вытворца:
Катэгорыя прадукцыі:
Апісанне:
TRANS RF BIPO 39W 5A 55LT1
Стан RoHs:
Без свінцу / у адпаведнасці з RoHS Табліцы дадзеных:
1014-12 Табліцы дадзеных(PDF)
Выйгрыш :
6.8dB
Каэфіцыент узмацнення пастаяннага току (hFE) (мінімум) @ Ic, Vce :
10 @ 200mA, 5V
Каэфіцыент шуму (дБ Typ @ f) :
-
Магутнасць - Макс :
39W
Напружанне - прабой эмітэра калектара (макс.) :
50V
Пакет / Чахол :
55LT
Пакет прылады пастаўшчыка :
55LT
Працоўная тэмпература :
200°C (TJ)
серыял :
-
Ток - калектар (Ic) (макс.) :
5A
Тып мацавання :
Chassis Mount
Тып транзістара :
NPN
Ўпакоўка :
Bulk
Частата - Пераход :
1GHz ~ 1.4GHz
Частка Статус :
Active
в наличии
59,381
Unit Price:
Звяжыцеся з намі Прапанова
1014-12 Канкурэнтныя кошты
ChipIc мае унікальную крыніцу паставак. Мы можам прапанаваць 1014-12 больш
канкурэнтаздольную цану для нашых кліентаў. Вы можаце атрымаць асалоду ад нашым лепшым
сэрвісам, купіўшы ChipIc 1014-12. Калі ласка, не саромейцеся звяртацца наконт
лепшай цаны на 1014-12. Націсніце, каб атрымаць прапанову
1014-12 Асаблівасці
1014-12 is produced by Microsemi Corporation, belongs to Транзістары - біпалярныя (BJT) - RF.
1014-12 Падрабязная інфармацыя аб прадукцыі
:
1014-12 - гэта Транзістары - біпалярныя (BJT) - RF, буферныя ўзмацняльнікі, распрацаваныя і
вырабленыя
Microsemi Corporation.
1014-12 вытворчасці Microsemi Corporation можна набыць на сайце Chipic.
Тут вы можаце знайсці розныя віды электронных дэталяў ад вядучых вытворцаў свету.
1014-12 кампаніі Chipic прайшоў строгі кантроль якасці і адпавядае усім патрабаванням.
Статус запасаў, пазначаны на Chipic, прызначаны толькі для даведкі.
Калі вы не знайшлі запчастку, якую шукаеце, вы можаце звязацца з намі для атрымання дадатковай інфармацыі, такі як колькасць запасаў у табліцы дадзеных 1014-12 (PDF), кошт 1014-12, Распіноўка 1014-12, кіраўніцтва 1014-12 і рашэнне на замену 1014-12.
1014-12 вытворчасці Microsemi Corporation можна набыць на сайце Chipic.
Тут вы можаце знайсці розныя віды электронных дэталяў ад вядучых вытворцаў свету.
1014-12 кампаніі Chipic прайшоў строгі кантроль якасці і адпавядае усім патрабаванням.
Статус запасаў, пазначаны на Chipic, прызначаны толькі для даведкі.
Калі вы не знайшлі запчастку, якую шукаеце, вы можаце звязацца з намі для атрымання дадатковай інфармацыі, такі як колькасць запасаў у табліцы дадзеных 1014-12 (PDF), кошт 1014-12, Распіноўка 1014-12, кіраўніцтва 1014-12 і рашэнне на замену 1014-12.
1014-12 FAQ
:
1. What is a discrete semiconductor?
A discrete semiconductor is an individual electronic component, such as a diode or transistor, that performs a specific function within an electronic circuit.
2. What are the common types of discrete semiconductors?
The common types of discrete semiconductors include diodes, transistors (bipolar junction transistors and field-effect transistors), rectifiers, thyristors, and voltage regulators.
3. How do discrete semiconductors differ from integrated circuits?
Discrete semiconductors are individual components that perform specific functions, while integrated circuits contain multiple interconnected components on a single semiconductor chip.
4. What are the key characteristics to consider when selecting a discrete semiconductor for a specific application?
When selecting a discrete semiconductor, it's important to consider parameters such as voltage rating, current rating, power dissipation, switching speed, and package type to ensure compatibility with the application requirements.
5. What are the typical applications of discrete semiconductors?
Discrete semiconductors are commonly used in power supplies, amplifiers, signal processing circuits, motor control, lighting, and various other electronic systems.
6. How can I identify the pinout of a discrete semiconductor component?
The pinout of a discrete semiconductor component can typically be found in the component's datasheet, which provides detailed information about the pin configuration and electrical characteristics.
7. What precautions should be taken when handling and soldering discrete semiconductors?
When handling and soldering discrete semiconductors, it's important to observe ESD (electrostatic discharge) precautions, use appropriate soldering techniques, and avoid subjecting the components to excessive heat to prevent damage.
8. What factors contribute to the failure of discrete semiconductors?
Common factors contributing to the failure of discrete semiconductors include overvoltage, overcurrent, thermal stress, ESD events, and improper handling during assembly or operation.
9. How can I test the functionality of a discrete semiconductor component?
The functionality of a discrete semiconductor component can be tested using multimeters, oscilloscopes, and specialized semiconductor test equipment to measure parameters such as voltage drop, current flow, and switching behavior.
10. What advancements are being made in the field of discrete semiconductors?
Advancements in discrete semiconductors include improvements in efficiency, miniaturization, and integration of additional features, as well as the development of new materials and packaging technologies to meet evolving industry demands.
A discrete semiconductor is an individual electronic component, such as a diode or transistor, that performs a specific function within an electronic circuit.
2. What are the common types of discrete semiconductors?
The common types of discrete semiconductors include diodes, transistors (bipolar junction transistors and field-effect transistors), rectifiers, thyristors, and voltage regulators.
3. How do discrete semiconductors differ from integrated circuits?
Discrete semiconductors are individual components that perform specific functions, while integrated circuits contain multiple interconnected components on a single semiconductor chip.
4. What are the key characteristics to consider when selecting a discrete semiconductor for a specific application?
When selecting a discrete semiconductor, it's important to consider parameters such as voltage rating, current rating, power dissipation, switching speed, and package type to ensure compatibility with the application requirements.
5. What are the typical applications of discrete semiconductors?
Discrete semiconductors are commonly used in power supplies, amplifiers, signal processing circuits, motor control, lighting, and various other electronic systems.
6. How can I identify the pinout of a discrete semiconductor component?
The pinout of a discrete semiconductor component can typically be found in the component's datasheet, which provides detailed information about the pin configuration and electrical characteristics.
7. What precautions should be taken when handling and soldering discrete semiconductors?
When handling and soldering discrete semiconductors, it's important to observe ESD (electrostatic discharge) precautions, use appropriate soldering techniques, and avoid subjecting the components to excessive heat to prevent damage.
8. What factors contribute to the failure of discrete semiconductors?
Common factors contributing to the failure of discrete semiconductors include overvoltage, overcurrent, thermal stress, ESD events, and improper handling during assembly or operation.
9. How can I test the functionality of a discrete semiconductor component?
The functionality of a discrete semiconductor component can be tested using multimeters, oscilloscopes, and specialized semiconductor test equipment to measure parameters such as voltage drop, current flow, and switching behavior.
10. What advancements are being made in the field of discrete semiconductors?
Advancements in discrete semiconductors include improvements in efficiency, miniaturization, and integration of additional features, as well as the development of new materials and packaging technologies to meet evolving industry demands.
1014-12 Змяненні, ключавыя словы
:
1014-12 Кошт
1014-12 Малюнак
1014-12 Напружанне на выснове
Акцыі: Хуткая праверка каціровак
Мінімальная замова: 1
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