Part Number: SN74LV595A The background is as following:
Use SN74LV595APWR chips in groups of three and use them in cascade, as shown below.
According to the Timing requirements of the chip manual, SER is sampled on the rising edge, but starting from…
Part Number: SN74LV595A Hi support team.
My customer request us to get the old revision datasheet.
Could you provide the revision R and S datasheet?(Latest is Rev.T)
Best regards,
Higa
Part Number: SN74LV595A PCN 20221216004.1 indicates that the thermal parameters for SN74LV595ARGY changed as follows:
However, the datasheet Revision T seems to still show the older values:
Please confirm that the PCN values are correct and that the…
Part Number: SN74LV595A Other Parts Discussed in Thread: TLV809E , SN74LV594A Hi Expert,
Customer used SN74LVC595A for led driving and they want to light led right away when power up(before clocks timing triggered). Checked DS the initial output Qx status…
Part Number: SN74LV595A Hi team,
For the the 3.3V operation, the datasheet specifies a minimum hold time of 1.5ns but the SRCLK to QH' has minimum time of 1ns. If we are connecting output of one to the input of another, could this violate the minimum hold…
Part Number: SN74LV595A Hi Logic Team,
My customer uses the LV595A with a pull up resistor at the outputs to keep the output an a known-state at all times (avoid Hi-Z). If VCC = 0V while the outputs are being pulled up, will I have a potential reverse…
Part Number: SN74LV595A Hi,team
When QH' will output? I can't understand from datasheet. I want to know QH'timing because I want to connect three device with daisy chain.
thanks.
Part Number: SN74LV595A I used SN74LV595A in Our Company product.
But I wonder how to calculate how many can be used. When using the MCU to control RCLK and SRCLK pins, how many can be used without additional buffers or helps?
Part Number: SN74LV595A-EP The data-sheet says that the thermal pad should be connected to the correct circuit, but I can't find anything that says what that is. My guess is ground, which would make sense for a thermal plane. But I have run into at least…