Parameters |
Mount |
Through Hole |
Package / Case |
DIP |
Number of Pins |
16 |
Number of Terminations |
16 |
Max Operating Temperature |
125°C |
Min Operating Temperature |
-40°C |
Additional Feature |
UNLATCHED SERIAL SHIFT RIGHT OUTPUT; PARALLEL OUTPUT IS LATCHED |
Technology |
CMOS |
Terminal Position |
DUAL |
Number of Functions |
1 |
Supply Voltage |
5V |
Terminal Pitch |
2.54mm |
Reach Compliance Code |
unknown |
Operating Supply Voltage |
12V |
Number of Elements |
1 |
Temperature Grade |
MILITARY |
Max Supply Voltage |
15V |
Min Supply Voltage |
3V |
Number of Bits |
8 |
Propagation Delay |
190 ns |
Turn On Delay Time |
840 ns |
Logic Function |
Latch, Shift Register |
Output Characteristics |
3-STATE |
Output Polarity |
TRUE |
Logic IC Type |
SERIAL IN PARALLEL OUT |
Trigger Type |
POSITIVE EDGE |
Number of Output Lines |
10 |
fmax-Min |
4 MHz |
Count Direction |
RIGHT |
Width |
7.62mm |
RoHS Status |
RoHS Compliant |
Lead Free |
Contains Lead |
CD4094BCN Overview
DIP is a package containing the embedded device. The number of the chip's terminations sums up to 16. This part has an operating supply voltage of 5V. On this part, there are 1 elements. 16 pins are available on the device. Through Hole is recommended for mounting. According to the specification, this chip's operating supply voltage falls within the range of 12V. Taking note of the following additional details: UNLATCHED SERIAL SHIFT RIGHT OUTPUT; PARALLEL OUTPUT IS LATCHED. IC chip bits total 8. Under temperatures below 125°C, it is recommended to use it. In order for this device to function, the value should not be less than -40°C. It is employed under the condition of 15V. There is a voltage applied to the supply that is greater than 3V. It is necessary to operate 10 output lines of the system.
CD4094BCN Features
With 16 pins
Operate supply voltage at 12V
With 10 output lines
CD4094BCN Applications
There are a lot of Rochester Electronics CD4094BCN Shift Registers applications.
- 7-segment display control
- Counter
- Data Processors
- LED matrix control
- Serial to parallel converter
- Output expansion
- store data in digital form
- Pattern Recognizers
- Generate time delay toward digital circuits
- Data manipulation