Part Number: CD74HC123 We are using the CD74HC123 as an alternate to 74HC123 from NXP. We notice there is an "HJ" on the silkscreen for the part, which seemed to deviate from what we had previously seen ("HC"). First, is this the correct silkscreen? Second…
Part Number: CD74HC123 Hello team,
What is the K factor variation with IC population and temperature? My customer wants to set tw=25ms.
Best regards,
Shotaro
Part Number: CD74HC123 Hi,
on a sample of one of our designs, we use the 2 monostables of a same package with the same couple of RC (665k and 10uF) respectively. We expected a 3s pulse width.
With one of them we obtain a pulse width of 1.8s and 2.5s with…
Part Number: CD74HC123 Hi Experts,
Our customer has an old design from their company, they discover that the schematic deployed is not compliant with the SDLA006A information (Rex > 180k). Which can be the consequences? The circuit works as expected most…
Part Number: CD74HC123 Other Parts Discussed in Thread: CD74HC4538 I have designed a circuit using the CD74HC4538 using timing values or 15M and 22uF to give a little under 4 minutes duration (not critical, anything between 3.5 and 4 mins is fine) . The…
Part Number: CD74HC123 Other Parts Discussed in Thread: SN74LVC1G123 Hello guys,
One of my customers is going to use CD74HC123 for their new products.
Also they need just one multivibrator. So they don't need one of two multivibrator in the device…
Part Number: CD74HC123 Other Parts Discussed in Thread: SN74AHC123A Hi team,
My customer needs HBM and CDM ESD value of this device to form their database. Please help share this data to the customer. Thanks.
Part Number: CD74HC123 Hi team,
I have a question about CD74HC123, in our datasheet, the Pin 14 was not connected to 1CX but not GND. However, in our competitor's application example, this PIn usually connected to GND. Can you help check:
1. If Pin…
Part Number: CD74HC123 Hi Team,
I have a quick question about CD74HC123. he calculation for the pulse width is t W = 0.45 R X C X at V CC = 5V. as described in datasheet.
So how about the formula for this pulse width at VCC=3.3V? The same one or something…