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Home > Products > Sensors, Transducers > Temperature Sensors - Analog and Digital Output > MAX6696AEE
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MAX6696AEE

In Stock 3458 pcs Reference Price(In US Dollars)
1+
$0.7685
Manufacturer Part Number:
MAX6696AEE
Manufacturer / Brand
Analog Devices Inc./Maxim Integrated
Part of Description:
SMBUS TEMPERATURE SWITCH
Datasheets:
Lead Free Status / RoHS Status:
RoHS non-compliant
Stock Condition:
New original, 3458 pcs Stock Available.
ECAD Model:
Ship From:
Hong Kong
Shipment Way:
DHL/Fedex/TNT/UPS

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Part Number MAX6696AEE
Manufacturer / Brand Analog Devices Inc./Maxim Integrated
Stock Quantity 3458 pcs Stock
Category Sensors, Transducers > Temperature Sensors - Analog and Digital Output
Description SMBUS TEMPERATURE SWITCH
Lead Free Status / RoHS Status: RoHS non-compliant
RFQ MAX6696AEE Datasheets MAX6696AEE Details PDF
MAX6696AEE Details PDF for FR.pdf
MAX6696AEE Details PDF for KR.pdf
MAX6696AEE Details PDF for ES.pdf
MAX6696AEE Details PDF for DE.pdf
MAX6696AEE Details PDF for IT.pdf
Voltage - Supply 3V ~ 3.6V
Test Condition 45°C ~ 85°C (-40°C ~ 125°C)
Supplier Device Package 16-QSOP
Series -
Sensor Type Digital, Local/Remote
Sensing Temperature - Remote 60°C ~ 100°C
Sensing Temperature - Local -40°C ~ 125°C
Resolution 11 b
Package / Case 16-SSOP (0.154", 3.90mm Width)
Package Bulk
Output Type I²C/SMBus
Operating Temperature -40°C ~ 125°C
Mounting Type Surface Mount
Features One-Shot, Output Switch, Programmable Limit, Shutdown Mode, Standby Mode
Accuracy - Highest (Lowest) ±2°C (±4.5°C)

Packaging & ESD

Industry-standard static shielding packaging is used for electronic components.Anti-static, light-transparent materials allow easy identification of ICs and PCB assemblies.
The packaging structure provides electrostatic protection based on Faraday cage principles.This helps protect sensitive components from static discharge during handling and transportation.


All products are packed in ESD-safe anti-static packaging. Outer packaging labels include part number, brand, and quantity for clear identification. Goods are inspected prior to shipment to ensure proper condition and authenticity.

ESD protection is maintained throughout packing, handling, and global transportation. Secure packaging provides reliable sealing and resistance during transit. Additional cushioning materials are applied when required to protect sensitive components.

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Shipment charges： (Reference DHL and FedEX)
Weight(KG): 0.00kg-1.00kg Price(USD$) : USD$60.00
Weight(KG): 1.00kg-2.00kg Price(USD$) : USD$80.00
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MAX6696AEE Product Details:

The MAX6696AEE is a sophisticated digital temperature sensor and switch manufactured by Analog Devices Inc./Maxim Integrated, designed to provide precise temperature monitoring and management across various electronic applications. This multifunction sensor offers advanced temperature sensing capabilities with both local and remote temperature detection, making it ideal for thermal management in complex electronic systems.

The device operates within a robust temperature range of -40°C to 125°C, featuring an impressive resolution of 11 bits and high accuracy with temperature measurements ranging from ±2°C to ±4.5°C. Powered by a narrow 3V to 3.6V supply voltage, the sensor utilizes an SMBus interface for seamless communication and data exchange.

Key features include programmable temperature limits, one-shot measurement mode, output switching functionality, and flexible shutdown and standby modes. These capabilities enable precise thermal control and protection for sensitive electronic components. The sensor can simultaneously monitor local and remote temperatures, with remote sensing capabilities ranging from 60°C to 100°C and local sensing from -40°C to 125°C.

Designed for surface mount applications, the MAX6696AEE comes in a compact 16-QSOP/16-SSOP package, making it suitable for space-constrained electronic designs. Its digital sensor type ensures reliable and accurate temperature measurements across various operating conditions.

Potential application areas include thermal management in telecommunications equipment, computer systems, industrial control devices, automotive electronics, and power management circuits. The sensor's versatility and precision make it particularly valuable in environments requiring stringent temperature monitoring and protection.

While specific equivalent models are not explicitly detailed in the specifications, similar temperature switch sensors from manufacturers like Texas Instruments, STMicroelectronics, and ON Semiconductor might offer comparable functionality. Designers should carefully compare specifications to ensure compatibility with their specific application requirements.

Note: This device is currently non-RoHS compliant, which may impact its use in certain regulatory environments or manufacturing processes requiring environmental compliance.

MAX6696AEE Key Technical Attributes

- Sensor Type: Digital, Local/Remote

- Output Type: IC/SMBus

- Voltage - Supply: 3V ~ 3.6V

MAX6696AEE Packing Size

- Package Type: 16-QSOP

- Material: RoHS non-compliant

- Dimensions: 16-SSOP (0.154", 3.90mm Width)

- Thermal and Electrical Properties: Operating temperature range from -40°C to 125°C

MAX6696AEE Application

This multifunctional SMBUS temperature switch is designed for applications requiring precise temperature monitoring and control, like industrial systems, medical equipment, and consumer electronics.

MAX6696AEE Features

The MAX6696AEE offers numerous features such as:

- Built-in One-Shot, Output Switch, Programmable Limit, Shutdown Mode, and Standby Mode

- Remote temperature sensing range of 60°C ~ 100°C

- Local temperature sensing from -40°C ~ 125°C

- High-resolution output of 11 bits ensuring precise temperature readings

- Ability to function effectively in both extreme low and high-temperature environments

- Accurate temperature readings with a maximum accuracy of ±2°C and a minimum of ±4.5°C

MAX6696AEE Quality and Safety Features

Ensured by its rigorous compliance with Analog Devices Inc./Maxim Integrated manufacturing standards, focusing on reliability and durability under challenging conditions.

MAX6696AEE Compatibility

Compatible with systems requiring SMBus for temperature monitoring. Its surface-mount package allows for compact and efficient layout designs.

MAX6696AEE Datasheet PDF

For the most authoritative and detailed information, download the datasheet PDF available on this product model's page. Ensure precise implementation and verification of specifications by consulting our comprehensive datasheet.

Quality Distributor

IC-Components is your premium distributor for Analog Devices Inc./Maxim Integrated products. With our assurance of authenticity and quality, we recommend getting a quote directly from our website for the best deals and prompt service.

Frequently Asked Questions

What are the implications of the MAX6696AEE being RoHS non-compliant for my industrial design, and are there alternative compliant devices for the SMBUS temperature switch functionality?
The MAX6696AEE is RoHS non-compliant, meaning it contains restricted substances above the allowable limits set by the RoHS directive. This will prevent its use in products destined for regions requiring RoHS compliance, such as the EU and many other markets. For a RoHS-compliant alternative performing similar SMBus temperature switch functions, engineers would need to research newer parts from Analog Devices/Maxim Integrated or other manufacturers that explicitly state RoHS compliance and offer similar local/remote temperature sensing with programmable limits and shutdown modes. The transition would involve verifying supply voltage, SMBus compatibility, temperature ranges, and accuracy.
I'm considering the MAX6696AEE for a system with a 5V supply. Can it be directly interfaced, or what level shifting or power conditioning is needed for its 3V to 3.6V operating range?
The MAX6696AEE operates within a narrow 3V to 3.6V supply range. Directly connecting it to a 5V supply will likely damage the device. To integrate the MAX6696AEE into a 5V system, you will need a level-shifting solution for the SMBus interface and a dedicated 3V or 3.3V power supply for the device itself. This could involve using level-shifting ICs for the SMBus signals or, if the system architecture allows, a small auxiliary power supply.
My application requires precise temperature monitoring from -50°C to 150°C. How does the MAX6696AEE's sensing range of -40°C to 125°C (local) and 60°C to 100°C (remote) impact its suitability for this wider requirement, and what are the accuracy trade-offs outside its specified ranges?
The MAX6696AEE's specified local sensing range is -40°C to 125°C, and its remote sensing is limited to 60°C to 100°C. This means it cannot accurately measure temperatures below -40°C or above 125°C for the local sensor, nor can it reliably monitor remote temperatures outside the 60°C to 100°C window. For applications requiring -50°C to 150°C monitoring, the MAX6696AEE is not suitable, and an alternative sensor with a wider and more appropriate measurement range, along with compatible accuracy specifications across that full range, would be necessary.
I'm looking to replace a legacy thermal monitoring IC with the MAX6696AEE. What are the key differences in configuration methods and output switching capabilities compared to older SMBus temperature sensors, and what potential integration challenges might I face with its "One-Shot" and "Output Switch" features?
The MAX6696AEE offers advanced features like "One-Shot" conversion and programmable "Output Switch" functionality, which may differ significantly from legacy thermal monitoring ICs. Older parts might have simpler interrupt-driven outputs or fixed thresholds. The "One-Shot" feature allows for on-demand temperature readings, which can save power but requires software control. The "Output Switch" is highly configurable, allowing it to act as a thermostat or a fan controller based on programmed temperature limits. Integration challenges might arise from understanding the SMBus command structure for configuring these features, ensuring the host microcontroller can manage the "One-Shot" mode efficiently, and properly defining the hysteresis and on/off points for the output switch to avoid chattering or improper system control.
In a high-reliability industrial environment operating at elevated temperatures, what are the long-term performance considerations and potential failure modes of the MAX6696AEE, given its -40°C to 125°C operating temperature range?
Operating the MAX6696AEE at the upper end of its -40°C to 125°C range continuously for extended periods in a high-reliability industrial environment can accelerate component aging and potentially lead to drift in accuracy or eventual failure. While the device is rated for this range, sustained operation near the maximum limit increases thermal stress. Designers should ensure adequate thermal management around the MAX6696AEE to keep its junction temperature well below 125°C. This includes considering PCB layout, airflow, and proximity to other heat-generating components. Potential failure modes under these conditions could include increased offset voltage, reduced resolution, or outright failure to communicate over SMBus.
My design uses a 1.8V I/O bus. Can the MAX6696AEE's SMBus interface be directly connected to a 1.8V system, or will I require voltage translation for communication?
The MAX6696AEE communicates via SMBus, and its voltage supply range is 3V to 3.6V. While SMBus can be somewhat tolerant of different voltage levels, direct interfacing with a 1.8V I/O bus is generally not recommended and likely won't work reliably or at all. Voltage level translation ICs specifically designed for SMBus or general-purpose I/O will be required to bridge the voltage difference between the 1.8V system and the 3V to 3.6V logic levels of the MAX6696AEE.
I need to monitor a remote sensor about 1 meter away with the MAX6696AEE. Are there any specific considerations for SMBus trace length and signal integrity for this distance, especially in a noisy industrial setting?
For a remote sensor connection approximately 1 meter away from the MAX6696AEE, SMBus signal integrity is a critical concern, particularly in noisy industrial environments. Standard SMBus specifications recommend much shorter trace lengths. To ensure reliable communication, it's advisable to use twisted-pair wiring for the SMBus lines (SDA and SCL), implement proper termination resistors (e.g., pull-up resistors on SDA and SCL, typically 1kΩ to 4.7kΩ, possibly lower for longer traces), and use a robust PCB layout with good grounding. Filtering on the SMBus lines at the MAX6696AEE or the master controller side might also be necessary to mitigate noise.
Is the MAX6696AEE suitable for applications where a shutdown mode is critical for power saving, such as in battery-powered portable devices, and how does its "Standby Mode" compare to a full shutdown?
The MAX6696AEE features both "Shutdown Mode" and "Standby Mode," which are beneficial for power-sensitive applications like battery-powered portable devices. The "Shutdown Mode" typically represents the lowest power state, where most internal circuitry is powered off, and the device consumes minimal current. "Standby Mode" might keep some minimal functionality active, such as clocking or a low-power monitoring circuit, allowing for faster wake-up times than a full shutdown. To assess its suitability, engineers should consult the MAX6696AEE datasheet for the specific current consumption figures in both shutdown and standby modes and compare them against the power budget of their battery-powered system.
I'm comparing the MAX6696AEE with an LM75 device. What are the practical differences in terms of temperature accuracy under test conditions like 45°C to 85°C, and how does the resolution of 11-bit for the MAX6696AEE translate to practical measurement precision over the LM75's typical 9-bit or 10-bit resolution?
When comparing the MAX6696AEE to an LM75, the MAX6696AEE offers a higher resolution of 11 bits, providing potentially finer temperature increments (approximately 0.125°C per LSB). This can translate to more precise temperature readings compared to the LM75's typical 9 or 10-bit resolution (0.5°C or 0.25°C per LSB, respectively). Under test conditions like 45°C to 85°C, the MAX6696AEE's accuracy is specified as ±2°C for the higher end of its range (up to 100°C for remote, 125°C for local), whereas the LM75 typically has an accuracy of ±0.5°C in its mid-range. The MAX6696AEE's accuracy degrades to ±4.5°C at the extremes of its sensing range. Therefore, while the MAX6696AEE offers better resolution, the LM75 might provide better absolute accuracy within its optimal range, and the choice depends on whether finer resolution or tighter absolute accuracy is prioritized.
The MAX6696AEE is supplied in a 16-QSOP package. What are the common manufacturing challenges and rework considerations for soldering this specific package size (0.154", 3.90mm width) in a high-volume production environment, especially for boards with dense component layouts?
The 16-QSOP (16-SSOP) package for the MAX6696AEE presents moderate soldering challenges in high-volume production. Its lead pitch (typically 0.65mm or 0.0256 inches) requires precise stencil apertures and controlled reflow profiles to ensure good solder joint formation and prevent bridging or tombstoning. For dense layouts, the package width of 3.90mm means careful component placement to maintain adequate clearance for automated inspection and potential rework. Reworking a 16-QSOP typically requires hot air or specialized desoldering tools to remove and replace the component without damaging surrounding components or the PCB. Best practices include using solder paste with appropriate flux activity, precise reflow temperature profiling, and post-solder inspection (e.g., AOI or X-ray) to verify joint quality.

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