Features:
1. Complementary output
2. Standard 0.1" pitch header pins
3. Wide voltage range
4. Parallel to serial data conversion, the output can drive up to 10 input channel loads
5. Low power consumption
1. Complementary output
2. Standard 0.1" pitch header pins
3. Wide voltage range
4. Parallel to serial data conversion, the output can drive up to 10 input channel loads
5. Low power consumption
Main parameters:
Operating voltage: 2 V to 6 V
Parallel to serial data conversion
The output can drive up to 10 input channel loads
Low power consumption, 80μA maximum ICC
Drive at 5V± output 4mA
Low input current of 1μA (maximum)
Complementary output
Directly rewrite load (data) input
Gated clock input
0.1" pitch head (2.54mm)
Operating voltage: 2 V to 6 V
Parallel to serial data conversion
The output can drive up to 10 input channel loads
Low power consumption, 80μA maximum ICC
Drive at 5V± output 4mA
Low input current of 1μA (maximum)
Complementary output
Directly rewrite load (data) input
Gated clock input
0.1" pitch head (2.54mm)
Product description:
SN74HC165N is a neat little chip that will take up to 8 parallel wire inputs and produce a single, serial output. This is a good way to increase the number of inputs to the microcontroller.
This breakthrough makes it easy to break, all you need for the standard 0.1" pitch header pins using the 74HC165 prototype. We also list the data lines and power pins so that you can easily make their pin shop and expand The quantity output is under your control!
The chip can be used anywhere with a voltage source in the range of 2-6VDC, and at a clock frequency of up to 29MHz (@6VDC).
SN74HC165N is a neat little chip that will take up to 8 parallel wire inputs and produce a single, serial output. This is a good way to increase the number of inputs to the microcontroller.
This breakthrough makes it easy to break, all you need for the standard 0.1" pitch header pins using the 74HC165 prototype. We also list the data lines and power pins so that you can easily make their pin shop and expand The quantity output is under your control!
The chip can be used anywhere with a voltage source in the range of 2-6VDC, and at a clock frequency of up to 29MHz (@6VDC).
Package List:
Conversion module*1
Conversion module*1
Pin header*3
