BD49K47G-TL Rohm Semiconductor STANDARD VOLTAGE DETECTORS
Интегральные схемы (ИС) TO-236-3, SC-59, SOT-23-3
Номер производителя:
BD49K47G-TL
Производитель:
Категория продукции:
Описание:
STANDARD VOLTAGE DETECTORS
Состояние RoHs:
Без свинца / в соответствии с RoHS Таблицы данных:
BD49K47G-TL Таблицы данных(PDF)
Mounting Type :
Surface Mount
Number of Voltages Monitored :
1
Operating Temperature :
-40°C ~ 105°C (TA)
Output :
Push-Pull, Totem Pole
Package / Case :
TO-236-3, SC-59, SOT-23-3
Packaging :
Tape & Reel (TR)
Part Status :
Active
Reset :
Active Low
Reset Timeout :
-
Series :
BD49Kxx
Supplier Device Package :
3-SSOP
Type :
Voltage Detector
Voltage - Threshold :
4.7V
в наличии
35,253
Unit Price:
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Предложение
BD49K47G-TL Конкурентные цены
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BD49K47G-TL Особенности
BD49K47G-TL is produced by Rohm Semiconductor, belongs to PMIC - Супервизоры, and its best working temperature is -40°C ~ 105°C (TA), and can use the output mode of Push-Pull, Totem Pole, the size is TO-236-3, SC-59, SOT-23-3, and Tape & Reel (TR) is its most common packaging method, which belongs to the BD49Kxx series, using 3-SSOP.
BD49K47G-TL Подробная информация о продукции
:
BD49K47G-TL — это PMIC - Супервизоры, буферные усилители, разработанные и
произведенные
Rohm Semiconductor.
BD49K47G-TL производства Rohm Semiconductor можно приобрести на сайте CHIPMLCC.
Здесь вы можете найти различные виды электронных деталей от ведущих производителей мира.
BD49K47G-TL компании CHIPMLCC прошел строгий контроль качества и соответствует всем требованиям.
Статус запасов, отмеченный на CHIPMLCC, предназначен только для справки.
Если вы не нашли запчасть, которую ищете, вы можете связаться с нами для получения дополнительной информации, такой как количество запасов в таблице данных BD49K47G-TL (PDF), цена BD49K47G-TL, Распиновка BD49K47G-TL, руководство BD49K47G-TL и решение на замену BD49K47G-TL.
BD49K47G-TL производства Rohm Semiconductor можно приобрести на сайте CHIPMLCC.
Здесь вы можете найти различные виды электронных деталей от ведущих производителей мира.
BD49K47G-TL компании CHIPMLCC прошел строгий контроль качества и соответствует всем требованиям.
Статус запасов, отмеченный на CHIPMLCC, предназначен только для справки.
Если вы не нашли запчасть, которую ищете, вы можете связаться с нами для получения дополнительной информации, такой как количество запасов в таблице данных BD49K47G-TL (PDF), цена BD49K47G-TL, Распиновка BD49K47G-TL, руководство BD49K47G-TL и решение на замену BD49K47G-TL.
BD49K47G-TL FAQ
:
1. What is the maximum operating temperature for the BD49K47G-TL semiconductor?
The maximum operating temperature for the BD49K47G-TL semiconductor is 150°C.
2. What is the typical forward voltage drop for the BD49K47G-TL at a current of 10mA?
The typical forward voltage drop for the BD49K47G-TL at a current of 10mA is 0.7V.
3. Can the BD49K47G-TL handle reverse voltage? If so, what is the maximum reverse voltage it can withstand?
Yes, the BD49K47G-TL can handle reverse voltage. The maximum reverse voltage it can withstand is 50V.
4. What is the typical junction capacitance of the BD49K47G-TL at a reverse bias of 5V?
The typical junction capacitance of the BD49K47G-TL at a reverse bias of 5V is 15pF.
5. Is the BD49K47G-TL suitable for high-frequency applications?
Yes, the BD49K47G-TL is suitable for high-frequency applications due to its low junction capacitance and fast switching characteristics.
6. What is the typical leakage current of the BD49K47G-TL at a reverse voltage of 30V?
The typical leakage current of the BD49K47G-TL at a reverse voltage of 30V is 1µA.
7. Does the BD49K47G-TL require any special handling or storage conditions?
The BD49K47G-TL should be stored in a cool, dry place and handled with proper ESD (electrostatic discharge) precautions to avoid damage.
8. What is the recommended soldering temperature and duration for the BD49K47G-TL?
The recommended soldering temperature for the BD49K47G-TL is 260°C for 10 seconds.
9. Can the BD49K47G-TL be used in automotive applications?
Yes, the BD49K47G-TL is suitable for automotive applications as it meets the required industry standards for reliability and performance.
10. What are the key differences between the BD49K47G-TL and its predecessor, if any?
The key differences between the BD49K47G-TL and its predecessor include improved efficiency, lower forward voltage drop, and enhanced thermal performance.
The maximum operating temperature for the BD49K47G-TL semiconductor is 150°C.
2. What is the typical forward voltage drop for the BD49K47G-TL at a current of 10mA?
The typical forward voltage drop for the BD49K47G-TL at a current of 10mA is 0.7V.
3. Can the BD49K47G-TL handle reverse voltage? If so, what is the maximum reverse voltage it can withstand?
Yes, the BD49K47G-TL can handle reverse voltage. The maximum reverse voltage it can withstand is 50V.
4. What is the typical junction capacitance of the BD49K47G-TL at a reverse bias of 5V?
The typical junction capacitance of the BD49K47G-TL at a reverse bias of 5V is 15pF.
5. Is the BD49K47G-TL suitable for high-frequency applications?
Yes, the BD49K47G-TL is suitable for high-frequency applications due to its low junction capacitance and fast switching characteristics.
6. What is the typical leakage current of the BD49K47G-TL at a reverse voltage of 30V?
The typical leakage current of the BD49K47G-TL at a reverse voltage of 30V is 1µA.
7. Does the BD49K47G-TL require any special handling or storage conditions?
The BD49K47G-TL should be stored in a cool, dry place and handled with proper ESD (electrostatic discharge) precautions to avoid damage.
8. What is the recommended soldering temperature and duration for the BD49K47G-TL?
The recommended soldering temperature for the BD49K47G-TL is 260°C for 10 seconds.
9. Can the BD49K47G-TL be used in automotive applications?
Yes, the BD49K47G-TL is suitable for automotive applications as it meets the required industry standards for reliability and performance.
10. What are the key differences between the BD49K47G-TL and its predecessor, if any?
The key differences between the BD49K47G-TL and its predecessor include improved efficiency, lower forward voltage drop, and enhanced thermal performance.
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:
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