Part Number: SN74LS07 ICCL = 45mA as mentioned in datasheet
Just wanted to confirm that ICCL is the current into a supply terminal when all outputs are at low level.
So that I can consider worst case supply current as 45mA
Thanks in advance, …
Part Number: SN74LS07 Other Parts Discussed in Thread: SN74LVC07A , SN74ALS1035 IHi team,
How much total sink current can SN74LS07 drive? D/S mentioned 40mA per channel, however I didn't find total sink current.
Regards,
Kotaro Yamashita
Part Number: SN74LS07 Hi TI Folk,
Good day to you.
May I know what is the difference between SN74LS07DE4 and SN74LS07DR ? Please kindly teach me.
Best regards
Jiang WeiJi
Hello,
The best part for your application here would likely be the ULN2003A.
This device comes in a 16 pin DIP package.
This device is specifically for inductive load driving applications, and can be used to drive the current that you need.
Best…
Other Parts Discussed in Thread: SN74LS07 Hello,
My customer uses the SN74LS07, has a question.
He wants to know the input voltage range of Absolute Maximum Ratings,
because the input signal is under GND slightly.
There is only positive voltage…
Part Number: SN74LS06 Other Parts Discussed in Thread: SN74LS07 , When an SN74LS06 or SN74LS07 are unpowered (Vcc = 0V), may 3.3V be applied to their input pins? Under Absolute Maximum Ratings the datasheet says that Input Voltage Vi may be up to 7V referenced…
Part Number: SN7407 Other Parts Discussed in Thread: SN74LS07 Hi team,
My customer is using SN7407.
They use 5V pullup on input signals and 12V pullup on output signal.
SN7407 uses same 5V on VCC.
Now the issue is when 5V power up on both input…
Hi Art,
The LS09 has a limit of 5.5V at the output. TTL outputs typically only can reach about 2.4V, so a pull-up resistor to 5V is a very significant improvement.
The SN74LS07 has the highest voltage outputs in all of the logic portfolio - they support…
Part Number: SN7407 Other Parts Discussed in Thread: SN7404 , SN74LS07 , SN74LVC07A , Hello,
Im having an issue with the SN7404 IC. The image bellow shows how it is designed. The R7 Resistor Array is used to pull down the 7407 input, so when the CN7…
Only logic gates with OE are designed to be able to disable the outputs when the supply voltage is too low.
The SN74LS07 has three diode drops for both the output transistor and the shunt transistor. It might work, but this is not something that is…
