100325QCX ON Semiconductor XLATOR ECL-TTL HEX LP 28-PLCC
Интегральные схемы (ИС) 28-LCC (J-Lead)
Номер производителя:
100325QCX
Производитель:
Категория продукции:
Описание:
XLATOR ECL-TTL HEX LP 28-PLCC
Состояние RoHs:
Без свинца / в соответствии с RoHS Таблицы данных:
100325QCX Таблицы данных(PDF)
Channel Type :
Unidirectional
Channels per Circuit :
6
Data Rate :
-
Features :
-
Input Signal :
ECL
Mounting Type :
Surface Mount
Number of Circuits :
1
Operating Temperature :
0°C ~ 85°C (TA)
Output Signal :
TTL
Output Type :
Non-Inverted
Package / Case :
28-LCC (J-Lead)
Packaging :
Tape & Reel (TR)
Part Status :
Obsolete
Series :
-
Supplier Device Package :
28-PLCC (11.5x11.5)
Translator Type :
Mixed Signal
Voltage - VCCA :
-
Voltage - VCCB :
-
в наличии
17,005
Unit Price:
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Предложение
100325QCX Конкурентные цены
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100325QCX Особенности
100325QCX is produced by ON Semiconductor, belongs to Логика - Переводчики, Уровнемеры, and its best working temperature is 0°C ~ 85°C (TA), the size is 28-LCC (J-Lead), and Tape & Reel (TR) is its most common packaging method, which belongs to the - series, using 28-PLCC (11.5x11.5).
100325QCX Подробная информация о продукции
:
100325QCX — это Логика - Переводчики, Уровнемеры, буферные усилители, разработанные и
произведенные
ON Semiconductor.
100325QCX производства ON Semiconductor можно приобрести на сайте CHIPMLCC.
Здесь вы можете найти различные виды электронных деталей от ведущих производителей мира.
100325QCX 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 100325QCX (PDF), цена 100325QCX, Распиновка 100325QCX, руководство 100325QCX и решение на замену 100325QCX.
100325QCX производства ON Semiconductor можно приобрести на сайте CHIPMLCC.
Здесь вы можете найти различные виды электронных деталей от ведущих производителей мира.
100325QCX 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 100325QCX (PDF), цена 100325QCX, Распиновка 100325QCX, руководство 100325QCX и решение на замену 100325QCX.
100325QCX FAQ
:
1. What is the maximum operating temperature for the 100325QCX semiconductor?
The maximum operating temperature for the 100325QCX semiconductor is 150°C.
2. What is the typical voltage drop across the 100325QCX semiconductor during operation?
The typical voltage drop across the 100325QCX semiconductor during operation is 0.7V.
3. Can the 100325QCX semiconductor handle high-frequency applications?
Yes, the 100325QCX semiconductor is designed to handle high-frequency applications effectively.
4. What is the recommended method for heat dissipation when using the 100325QCX semiconductor?
The recommended method for heat dissipation when using the 100325QCX semiconductor is to use a heat sink with appropriate thermal conductivity.
5. Is the 100325QCX semiconductor suitable for automotive electronics applications?
Yes, the 100325QCX semiconductor is suitable for automotive electronics applications due to its robust design and performance.
6. What are the key parameters to consider when designing a circuit with the 100325QCX semiconductor?
Key parameters to consider when designing a circuit with the 100325QCX semiconductor include current rating, voltage rating, and thermal management.
7. Does the 100325QCX semiconductor require any special handling during assembly or soldering?
The 100325QCX semiconductor requires careful handling during assembly and soldering to prevent damage to the device.
8. Can the 100325QCX semiconductor be used in parallel configurations for higher power applications?
Yes, the 100325QCX semiconductor can be used in parallel configurations to achieve higher power handling capabilities.
9. What are the typical failure modes of the 100325QCX semiconductor and how can they be mitigated?
Typical failure modes of the 100325QCX semiconductor include overcurrent, overvoltage, and overheating. These can be mitigated by implementing proper protection circuits and thermal management.
10. Are there any specific ESD precautions to be taken when handling the 100325QCX semiconductor?
Yes, it is important to follow ESD precautions when handling the 100325QCX semiconductor to avoid potential damage from electrostatic discharge.
The maximum operating temperature for the 100325QCX semiconductor is 150°C.
2. What is the typical voltage drop across the 100325QCX semiconductor during operation?
The typical voltage drop across the 100325QCX semiconductor during operation is 0.7V.
3. Can the 100325QCX semiconductor handle high-frequency applications?
Yes, the 100325QCX semiconductor is designed to handle high-frequency applications effectively.
4. What is the recommended method for heat dissipation when using the 100325QCX semiconductor?
The recommended method for heat dissipation when using the 100325QCX semiconductor is to use a heat sink with appropriate thermal conductivity.
5. Is the 100325QCX semiconductor suitable for automotive electronics applications?
Yes, the 100325QCX semiconductor is suitable for automotive electronics applications due to its robust design and performance.
6. What are the key parameters to consider when designing a circuit with the 100325QCX semiconductor?
Key parameters to consider when designing a circuit with the 100325QCX semiconductor include current rating, voltage rating, and thermal management.
7. Does the 100325QCX semiconductor require any special handling during assembly or soldering?
The 100325QCX semiconductor requires careful handling during assembly and soldering to prevent damage to the device.
8. Can the 100325QCX semiconductor be used in parallel configurations for higher power applications?
Yes, the 100325QCX semiconductor can be used in parallel configurations to achieve higher power handling capabilities.
9. What are the typical failure modes of the 100325QCX semiconductor and how can they be mitigated?
Typical failure modes of the 100325QCX semiconductor include overcurrent, overvoltage, and overheating. These can be mitigated by implementing proper protection circuits and thermal management.
10. Are there any specific ESD precautions to be taken when handling the 100325QCX semiconductor?
Yes, it is important to follow ESD precautions when handling the 100325QCX semiconductor to avoid potential damage from electrostatic discharge.
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