PT7M3808G18TAEX

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PT7M3808G18TAEX

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IC SUPERVISOR 1 CHANNEL SOT23-6

  • HerstellerDioden Incorporated

  • Herstellerteil #PT7M3808G18TAEX

  • Paket SOT-23-6

  • Auf Lager4599

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Spezifikationen

Attribut Wert
Package / Case Tape & Reel (TR),Cut Tape (CT)
Part Status Active
Type Simple Reset/Power-On Reset
Number of Voltages Monitored 1
Voltage - Threshold 1.8V
Output Open Drain or Open Collector
Reset Active Low
Reset Timeout 180ms Minimum
Operating Temperature -40°C ~ 125°C (TA)
Mounting Type Surface Mount

Übersicht

Description

PT7M3808G18TAEX is a part number for a semiconductor device (PT7M family). The exact function (e.g., multi-channel switch/translator, I/O expander) depends on the vendor’s datasheet. In many PT7M parts, the digits imply multiple channels (3808 ≈ eight channels), with “G18” suggesting a 1.8V domain or I/O compatibility, and “TAEX” indicating package/reel codes. However, without the specific datasheet, the precise function, voltage ranges, timing, and pinout cannot be confirmed.
To get a concise introduction with accurate specs:
- Identify the manufacturer from packaging or a datasheet.
- Read the datasheet for function, number of channels, supply rails, control method, Rds(on) or equivalent, timing, temperature range, and packaging.
- Note typical applications (signal routing between voltage domains, I/O expansion, etc.).
If you share the manufacturer or a link, I’ll give a precise, compact intro.

Equivalent

I can’t identify equivalents without the device’s function and specs. Please share the datasheet or confirm:
- Function (buffer, translator, latch, multiplexer, etc.)
- Supply voltage and I/O voltage range
- Package and speed
With that, I can give direct cross‑references (NXP/TI/Rohm/Renesas) or suitable substitutes.

Application

PT7M3808G18TAEX is a programmable/high-speed digital device used across various embedded and logic-centric applications. Typical areas include:
- Embedded systems and digital signal processing
- Interface bridging, timing, and logic expansion
- Data buffering, memory expansion, and storage subsystems
- Automotive ECUs and motor control
- Industrial automation and control equipment
- Telecom/network equipment and video processing
Note: exact use depends on whether it’s used as memory, FPGA/PLD, or a microcontroller; refer to the datasheet for precise applications.

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