The OP496GSZ is a quad-channel CBCMOS operational amplifier featuring an exceptional combination of micropower operation and true rail-to-rail input and output (RRIO) ranges. Operating with a remarkably low supply current of just 60 μA maximum per amplifier, it delivers a 450 kHz gain bandwidth product and a 0.3 V/$\mu\text{s}$ slew rate from supply voltages ranging between 3 V and 12 V. Its advanced input architecture completely eliminates output phase reversal, providing robust and stable performance even when inputs are driven slightly beyond the supply rails.
For global procurement managers, securing a stable supply of high-performance analog ICs is critical to maintaining production timelines. The OP496GSZ is currently In Stock and ready for immediate shipping at Perceptive Components. As a leading independent distributor, we ensure 100% original and rapid global delivery, removing the bottlenecks of factory lead times.

Part Number: OP496GSZ
Manufacturer: Analog Devices Inc.
Available Stock: 3,200 pcs
Warehouse Location: Shenzhen, China
Package: SOP14
Date Code: 2022+
Key Technical Specifications of ADI OP496GSZ
To assist your engineering team in validating the compliance and physical parameters of this component, the table below highlights the crucial electrical and logistical metrics of the OP496GSZ extracted directly from official Analog Devices OP496GSZ datasheet:
Parameter | Specification |
Amplifier Type | Quad Micropower RRIO Operational Amplifier |
Supply Voltage Range | 3.0 V to 12.0 V (Single Supply) |
Supply Current (per Amp) | 450 μA (Typ), 60 μA (Max @ 25°C) |
Input Offset Voltage (VOS) | 300 μV (Max @ 25°C, G Grade) |
Gain Bandwidth Product | 450 kHz (Typ @ VS = 12V) |
Operating Temperature | Extended Industrial (-40℃ to +125℃) |
RoHS/REACH Status | Compliant (Lead-Free, Green Material) |
Packaging Options | Tube (Standard) / Tape & Reel (OP496GSZ-REEL / REEL7) |
Comprehensive Applications of OP496GSZ
Thanks to its micropower consumption and reliable RRIO swing, the OP496GSZ is widely implemented across a range of battery-powered and portable industrial systems:
Battery Monitoring & Charging Control: The low supply current (60 μA max) prevents parasitic drain, making it perfect for tracking battery capacity and controlling charging states down to a 3 V cutoff.
High-Side Current Shunt Monitors: Utilizing its full rail-to-rail input capability, the IC can accurately sense subtle voltage drops across low-resistance current shunts in power supplies without saturating.
Sensor Conditioners & RTD Amplifiers: Its low input offset voltage drift (1.5μV / ℃) ensures precise signal amplification in bridge circuits, such as 3-wire RTD thermal measurement systems.
Portable Instrumentation: Ideal for hand-held field devices, diagnostic equipment, and remote environmental data loggers requiring long operational lifespans on tight power budgets.
Buffering DAC Outputs: Used to drop the high output impedance of multichannel digital-to-analog converters (like the AD8801) down to low-impedance signals without sacrificing rail-to-rail swing.
Pin Configurations and Package Dimensions of OP496GSZ
The OP496GSZ is housed in a standard 14-Lead Narrow-Body SOIC package (compliant with JEDEC Standard MS-012-AB). The mechanical footprint features a body width of 4.00 mm (0.1575 inches) and a total lead pitch of 1.27 mm (0.0500 inches BSC). This industry-standard package minimizes PCB overhead while allowing automated optical inspection (AOI) during manufacturing.


Cross-Reference & Drop-In Alternatives of OP496GSZ
If you are dealing with critical long-term allocations or extended factory lead times, consider these pin-to-pin functional alternatives:
OP496HRUZ: The exact same quad op-amp core but housed in a 14-Lead TSSOP package. Note that this requires a layout modification if your current board is designed for SOIC.
OP296GSZ (Dual Version): If your design only utilizes two channels of the quad package, splitting the layout into two dual-channel OP296GSZ SOIC-8 packages can solve severe line shortages.
If you are facing lead time issues with your current bill of materials (BOM), contact Perceptive Components for recommended drop-in replacements or cross-reference options.
Why Source OP496GSZ from Perceptive Components?
Navigating the independent distribution market requires a partner that prioritizes traceability, speed, and competitive financial terms. Here is why procurement managers choose us as their preferred OP496GSZ distributor:
Inventory Stability: We maintain a massive stock of both current active components and obsolete or hard-to-find parts. We bypass standard factory allocations to keep your assembly lines moving.
Quality Assurance: Counterfeit avoidance is our top priority. We implement rigid inspection workflows in our specialized facilities to guarantee 100% authentic, genuine components.
Global Logistics Network: Operating out of strategically located hubs, we offer rapid shipping across North America, Europe, and Asia. Most in-stock components ship out same-day or next-day.
Competitive Pricing & Direct Sourcing: By leveraging our extensive direct global sourcing channels, we can provide the best possible market OP496GSZ price on bulk quantities.
Secure Your OP496GSZ Supply Chain Today
Don't let lead times disrupt your project timeline. Perceptive Components is ready to support your immediate production needs with fully verified Analog Devices OP496GSZ stock, ready to dispatch from our Shenzhen warehouse. Benefit from our seamless global logistics and comprehensive
Request a Quote for OP496GSZ today —our team is standing by to provide real-time pricing and live inventory availability.
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