MAX96717GTJ/VY+T
ADI（亚德诺） integrated circuits in TQFN-32 package.
- Package
- TQFN-32
Illustration for selection reference only
ADA4891-2ARZ
ADI ADA4891-2ARZ is a dual-channel high-speed operational amplifier.
- Product Code
- DHE649A287
- Brand
- ADI/亚德诺
- Package
- SOIC-8
- Packaging
- —
- Category
- Integrated Circuits
- Weight
- —
DatasheetNo verified manufacturer datasheet available yet
DESCRIPTION
Description
OVERVIEW
Product Overview
The ADI ADA4891-2ARZ is a dual-channel operational amplifier integrated circuit, typically used for analog signal amplification, buffering, and signal conditioning. It is supplied in an SOIC-8 package for standard printed circuit board assembly. Because original manufacturer documentation is not provided, specific electrical parameters such as bandwidth, slew rate, supply range, noise, and output current cannot be confirmed and should be verified against the manufacturer datasheet.
APPLICATIONS
Applications
- Used for analog signal amplification and buffering circuits.
- Used for sensor signal conditioning and interface circuits.
- Used for active filtering or signal processing circuits.
- Used for analog front ends in test and measurement equipment.
FEATURES AND BENEFITS
Features and Benefits
- Dual-channel structure can process two analog signals simultaneously.
- SOIC-8 package supports standard surface-mount production.
- Specific bandwidth, supply, and noise specifications must be confirmed against the manufacturer datasheet.
ADDITIONAL DETAILS
Additional Details
Before purchasing, verify channel count, package, supply range, bandwidth, and operating temperature from the manufacturer datasheet. Confirm that the ARZ suffix corresponds to the required package and temperature grade, and check batch markings and packaging.
Verify product details against the manufacturer datasheet before purchase.
REQUEST A QUOTE
Quote for ADA4891-2ARZ
Submit your estimated quantity and contact details for a personal quote based on brand, lot and lead time.
+86 19065141374Mon–Sat 09:00–18:00 (GMT+8)