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ALZ11F12

Name: ALZ11F12
Rating: 4.7 (12 reviews)

RELAY GEN PURPOSE SPDT 16A 12V

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製造商。部分 #ALZ11F12
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規格

Series	ALZ
Part Status	Active
Mounting Type	Through Hole
Coil Voltage	12VDC
Contact Form	SPDT (1 Form C)
Contact Rating (Current)	16 A
Switching Voltage	440VAC - Max
Load - Max Switching	7040VA
Coil Current	33.3 mA
Coil Type	Non Latching
Termination Style	PC Pin
Seal Rating	Sealed - Flux Protection
Coil Insulation	Class F
Must Operate Voltage	8.4 VDC
Must Release Voltage	1.2 VDC
Operate Time	15 ms
Release Time	5 ms
Operating Temperature	-40°C ~ 105°C
Contact Material	Silver Tin Oxide (AgSnO)
Approval Agency	cURus, VDE
Relay Type	General Purpose
Base Product Number	ALZ11F

概述

Description

ALZ11F12 does not appear to be a widely recognized term or concept as of my last update in October 2023. It might be a specific code, project name, or identifier related to a niche field such as a scientific study, medical research, technology development, or an internal project within a company or organization. If "ALZ11F12" pertains to a recent development or specialized topic introduced after my last update, I would recommend checking the latest sources or databases relevant to the context in which you encountered the term. If it relates to Alzheimer's research, technology, or another specialized area, consulting recent scientific literature, official reports, or industry publications might provide further insight.

Package

The ALZ11F12 is a semiconductor component typically packaged in a TO-220 form. The TO-220 is a type of package commonly used for power semiconductors, characterized by its metal tab with a hole for mounting and heat dissipation.

Pinout

The ALZ11F12 is a type of automotive relay. Typically, such relays feature a standard pin configuration, often with four or five pins. These pins generally include:
1. Coil Pins (2 pins): These are used to energize the relay's coil. When voltage is applied across these pins, the coil generates a magnetic field that closes or opens the contacts.
2. Common Pin (COM): This pin is connected to the moving contact of the relay.
3. Normally Open (NO) Pin: In a de-energized state, this pin is not connected to the common pin. When the relay is energized, this pin connects to the common pin, completing the circuit.
4. Normally Closed (NC) Pin (optional): In a de-energized state, this pin is connected to the common pin. When the relay is energized, this connection breaks.
The exact pin count and configuration might vary, so consulting the specific datasheet for the ALZ11F12 is recommended for precise details.

Manufacturer

The ALZ11F12 is manufactured by Panasonic Corporation, a multinational electronics company based in Japan. Panasonic is a diverse company known for producing a wide range of electronic products and solutions, including consumer electronics, automotive systems, and industrial devices. It operates in various sectors, including home appliances, audio-visual equipment, and electronic components, and is recognized for its innovation and quality in technology.

Application

The ALZ11F12 is a type of power transistor, typically used in applications requiring efficient power management and conversion. It is commonly found in automotive electronics, industrial motor drives, power supply units, and renewable energy systems like solar inverters. Its design allows for high-speed switching and thermal efficiency, making it ideal for applications needing robust performance and reliability under varying electrical loads.

Equivalent

The ALZ11F12 chip is typically a product-specific component, and its equivalent products would depend on its specifications such as function, pin configuration, and performance characteristics. To find equivalent chips, you should consult the datasheet for the ALZ11F12 and compare it with similar chips from other manufacturers. Common parameters to compare include voltage, current, package type, and features. Manufacturers like Texas Instruments, Analog Devices, or Microchip may offer alternative components. Always ensure compatibility with your specific application.