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The MAX3096CSE+ is a quad RS-422/RS-485 receiver operating from a single +3.3V supply in a 16-pin narrow SO package. It supports data rates up to 10Mbps with guaranteed propagation-delay matching of ±10ns across production lots. The device features ±15kV IEC 1000-4-2 air-gap and human body model ESD protection, along with ±8kV contact discharge tolerance. It includes complementary enable inputs for a 1nA low-power shutdown mode and a fail-safe feature that ensures a logic-high output during open-circuit conditions.
Verify the specific ordering suffix against the manufacturer's official documentation to confirm the exact temperature range and package variant. Ensure the component meets RoHS compliance requirements if applicable to your manufacturing process. Cross-reference the datasheet revision number to validate electrical characteristics before finalizing procurement specifications.
Select this component when a 3.3V supply rail is available and high-speed data reception is required. The tight propagation delay matching makes it suitable for multi-drop bus systems where timing skew must be minimized. Verify that the narrow SO package footprint aligns with the printed circuit board layout constraints and thermal management requirements.
This device belongs to the MAX3095/MAX3096 family of rugged, low-power quad receivers. While the MAX3095 operates at +5V, the MAX3096 is optimized for +3.3V operation. Both serve as pin-compatible, low-power upgrades to the industry-standard '26LS32 receivers, offering enhanced ESD protection and tighter delay matching specifications.
The MAX3095 serves as a direct pin-compatible alternative for designs utilizing a +5V supply instead of +3.3V. Other members of the MAX309x family offer different package options such as PDIP or QSOP while maintaining identical functionality.
The device features a fail-safe mechanism that guarantees a logic-high output state when the differential inputs are left open-circuited.
The MAX3096 supports a maximum data rate of 10Mbps under standard operating conditions.
Yes, using the complementary enable inputs allows the device to enter a shutdown mode with typical current consumption of less than 1nA.