Part Number: REF3433 Other Parts Discussed in Thread: REF34-Q1 Hi there,
Could you inform me about terminal finish of the part REF3433QDBVRQ1. Could you tell me the thickness of Au in case the terminal finish is NiPdAu or NiAu or Au.
Also, could…
Part Number: REF3433 Hi team,
For REF34xx T , is it OK to have below pin connections?
1pin (NC): connect same GND with 2pin (GND)
5pin (NC): apply same VOUT with 6pin (VOUT)
We'd like to have same layout with REF34xx (Figure 12 on the datasheet…
Part Number: REF3433 Hi team,
Kindly clarify the pin numbering details mentioned in the datasheet.
The pin numbering mentioned in diagram and pin function table ( REF34XX ) are different.
Part Number: REF3433-EP Other Parts Discussed in Thread: REF35 , This voltage reference has an output capacitor spec of 0.1 to 10uF. The time from enable signal active to stable output voltage is specified as 2.5mS typical with 10uF output cap.
Looking…
Part Number: REF4132 Other Parts Discussed in Thread: REF3433 Tool/software: Hello,
looking for a 3,3 V reference voltage, I compared the datasheets of REF34xx , REF34-Q1 and REF4132 . I noticed that most of the performance figures are identical in…
Part Number: REF34-Q1 Tool/software: Hi team,
My customer Bosch are using REF3433-Q1 for their project, they wonder how to calculate the maximum and minimum output voltage when take the Initial accuracy ±0.05% (maximum) and Temperature coefficient 6…
Hi Aosker,
The REF3233 is NRD, is this a new design? Can we get them to switch to the REF3433?
The REF3433 is P2P.
The REF3433 is more accurate, has theta JC and theta JB, and it has a lower 1ku price.
Can you confirm these and if the customer…
Hi Hide,
Q1. Yes, there is a difference between operational at -55C to 125C and characterized performance. The REF1933 is characterized from -40C to 125C which corresponds what you see in the EC table.
Close. The temp co is defined using the box method…
Part Number: LM555 Other Parts Discussed in Thread: REF3433 Hi team，
We have a customer inquiring about the LM555 , here are the inquiry from the customer in verbatim:
“I am using the LM555 in astable mode as an LED driver. I will be using nmos transistor…
