Part Number: LMZ23608 Tool/software: Hello,
I have an issue with a LMZ23608 Simple Switcher device that I have designed into a production board. At the moment, I only have one fault out of a batch of 50+ boards in the field so I am not too concerned…
Part Number: LMZ23608 Hello, I'm Janett from Mouser's Electronic Technical Support. I'm working with a customer who reported issues with PN LMZ23608TZE/NOPB and is requesting an FA. Per the customer. " We ordered 61 pieces of the following part... These…
Part Number: LMZ23608 Tool/software: Dears,
to support our RD team, we need a 3D model of the LMZ23608. We see having this essential for proper thermal management. Unfortunately, only ffotprint data is available on the TI.com, not full 3D model.
Part Number: LMZ23608 Hello,
We experienced a failure of a LMZ23608TZ and would like to learn more about common failure modes of this device. Our LMZ23608TZ IC heated up, cracked, and shot solder all over our board. We have pictures we can provide…
Part Number: LMZ23608 Hi team
Could you tell how many LMZ23608s can be used for current sharing?
Customer wants 3pcs of LMZ23608. Is this possible?
Regards,
Noriyuki Takahashi
Part Number: LMZ23608 Hello Guys,
Good day.
Customer downloaded the TI PSpice model for LMZ23608 with the hope of configuring two in parallel (master/slave configuration). Apparently, the model does not permit that important feature. What options…
Part Number: LMZ23608 Other Parts Discussed in Thread: LM2842 , Hello,
I am using four LMZ23608 in current share mode in my design in order to supply a high number of addressable LEDs. The microcontroller which generates the input signal to the LEDs…
Part Number: LMZ23608 Hi.
We are using this IC for our application.
And our use case is 24 Vin to 3.3V Vout @ 8A load.
As per the datasheet's thermal derating curve, the max load current for thetaJa 9.9 degC/W is around 6A for the ambient temperature…
Part Number: LMZ23608 Does TVS diode necessary for LMZ23608 design? Is transient-voltage-suppression built in LMZ23608?
If constant input voltage goes over 36V, is there any input voltage clamping mechanism in LMZ23608?
Part Number: LMZ23608
I would like to get the junction-to-case (bottom) thermal resistance for the LMZ23608TZE/NOPB during natural convection conditions. The data sheet lists junction-to-case (top) and junction-to-ambient but does not list the junction…
