744066 Quadruple Bilateral Analog Switch IC 6V 25mA DIP-14
The 744066 Quadruple Bilateral Analog Switch IC is a CMOS integrated circuit designed to switch analog and digital signals electronically. Based on the SN74HC4066 functional description in the supplied Texas Instruments datasheet, the device contains four independent bilateral switches. Each switch can pass signals in either direction, making it useful for controlling signal paths without mechanical switching components.
Features:
- Four independent bilateral switches for versatile analog and digital signal routing.
- Wide operating supply voltage range from 2V to 6V for broad logic compatibility.
- Low on-state switch resistance of approximately 50Ω at 4.5V supply voltage.
- High degree of linearity ensures minimal signal distortion during transmission.
- Ultra-low power consumption with a maximum supply current of 20µA.
Specifications:
|
Parameter
|
Value
|
|---|---|
|
Component Type
|
Quadruple Bilateral Analog Switch
|
|
Package Type
|
DIP-14
|
|
Supply Voltage
|
2V-6V
|
|
Max Switch Current
|
25mA
|
|
On-State Resistance
|
50Ω@4.5V
|
|
Propagation Delay
|
10ns@6V
|
|
Switch Turn-On Time
|
18ns@6V
|
|
Supply Current
|
20µA
|
|
Input Current
|
1µA
|
|
Operating Temperature
|
-40°C~85°C
|
|
Storage Temperature
|
-60°C~150°C
|
|
Junction Temperature
|
150°C
|
Pin Configuration:
Applications:
- Analog and digital signal multiplexing and demultiplexing systems.
- Signal gating, chopping, and modulation or demodulation circuits.
- Data acquisition systems and analog-to-digital conversion interfaces.
- Battery-powered portable electronic devices and precision instrumentation.
- Audio and video signal routing in consumer electronics.
- Communication systems and modem signal processing applications.
Package Include:
1x 744066 Quadruple Bilateral Analog Switch IC 6V 25mA DIP-14
