Manufacturer Part Number
NLAS3799BMNR2G
Manufacturer
onsemi
Introduction
Obsolete interface analog switch designed for signal switching applications
Product Features and Performance
DPDT switch circuit configuration
2:2 multiplexer/demultiplexer circuit
Dual circuit integration
On-State Resistance at a maximum of 400mOhm
Channel-to-Channel Matching at 50mOhm maximum
Supports a supply voltage from 1.65V to 4.5V
Fast switching times of 50ns for turn-on and 30ns for turn-off
19MHz -3db Bandwidth for high-frequency signal handling
Charge Injection of 51pC
Low Channel Capacitance of 3pF
Maximum Leakage Current of 500nA at IS(off)
Excellent isolation with Crosstalk at -90dB at 100kHz
Product Advantages
Low on-state resistance for efficient signal transmission
Fast switching suitable for high-speed applications
Compact 16-WFQFN package for space-saving design
Designed for low-voltage operation
Key Technical Parameters
2 number of circuits
400mOhm On-State Resistance (Max)
50mOhm Channel-to-Channel Matching (ΔRon)
65V ~ 4.5V Voltage - Supply, Single (V+)
50ns/30ns Switch Time (Ton/T'off) (Max)
19MHz bandwidth
51pC Charge Injection
3pF Channel Capacitance
500nA Current - Leakage
Quality and Safety Features
High degree of crosstalk suppression for signal integrity
Operates over a wide temperature range from -40°C to 85°C
Robust surface mount package
Compatibility
Designed for use with a range of single supply voltages
Compatible with surface mount technology for PCB assembly
Application Areas
Ideal for various signal switching applications within the specified performance parameters
Product Lifecycle
Obsolete status indicating discontinuation with consideration for replacement or upgrade alternatives required
Several Key Reasons to Choose This Product
High-frequency signal handling capability
Low channel-to-channel variance enhances consistency
Space-efficient design with surface-mount technology
Suitable for low power and portable devices due to low-voltage operation
Ensures signal integrity with low crosstalk
Quick response time ideal for time-sensitive applications