MAX355EWE

fault-protected multiplexer, 16-SOIC, 350Ω, 0.5nA, 4.5V to 36V

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PartNumber:: MAX355EWE

Brand:: Maxim Integrated Products - Maxim | Pack: SOIC | D/C: 10+

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Products Upload time: 2012-04-25

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Product Summary

The MAX355EWE is a kind of fault-protected multiplexer. The MAX355EWE uses a series N-channel, P-channel, N-channel structure that protects the devices from overvoltage up to 40V beyond the supply rails during power-up, powerdown, and fault conditions. The MAX355EWE also protects sensitive circuit components against voltages near or beyond the normal supplies. The MAX355EWE dual 4-channel mux protect analog signals while operating from a single 4.5V to 36V supply or ±4.5V to ±18V dual supplies. The MAX355EWE has 350Ω on-resistance and can be used for demultiplexing as well as multiplexing. Input leakage current is less than 0.5nA at +25℃ and less than 5nA at +85℃.The MAX355EWE is designed for data-acquisition systems, industrial and process control, avionics, ATE equipment, signal routing and redundant/backup systems.

Parametrics

MAX355EWE absolute maximum ratings: (1)V+: -0.3V to +44V; (2)V-: +0.3V to -44V; (3)V+ to V-: -0.3V to +44V; (4)Digital Inputs: (V+ + 0.3V) to (V- - 0.3V); (5)Input Overvoltage with Mux Power On: V+ = +15V: +25V; V- = -15V: -25V; (6)Input Overvoltage with Mux Power Off: V+ = 0V: +40V; V- = 0V: -40V; (7)Continuous Current into Any Terminal: ±30mA; (8)Peak Current into Any Terminal: ±50mA; (9)Continuous Power Dissipation (TA = +70℃); (10)Plastic DIP (derate 10.53mW/℃ above +70℃): 842mW; (11)Operating Temperature Range: -40℃ to +85℃; (12)Storage Temperature Range: -65℃ to +150℃; (13)Lead Temperature (soldering, 10sec): +300℃.

Features

MAX355EWE features: (1)350Ω Max On-Resistance; (2)Improved 2nd Source for MAX358/MAX359 and DG458/DG459; (3)Pin Compatible with ADG508F/ADG509F; (4)All Switches Off with Supplies Off; (5)On Switch Turns Off with Overvoltage; (6)Output Clamps at 1.5V Below Supply Rails; (7)0.5nA Max Input Leakage at +25℃ (5nA at +85℃); (8)No Power-Up Sequencing Required; (9)TTL and CMOS-Logic Compatibility.