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Is there a legend available for the DA9063 ordering codes? There are number of different order codes like DA9063-00HO1-EA, DA9063-00KO1, DA9063-00HK1-A etc. What is the meaning of the last letters?
Is there a legend available for the DA9063 ordering codes?
There are number of different order codes like DA9063-00HO1-EA, DA9063-00KO1, DA9063-00HK1-A etc. What is the meaning of the last letters?
Trying to program some blank parts in DA9063-EVAL1.The motherboard looks to have a boost circuit to generate the 7.5V for programming, but I can’t get that to work. Please confirm the right jumper setting and TP select switch settings for ...Read more
Trying to program some blank parts in DA9063-EVAL1.The motherboard looks to have a boost circuit to generate the 7.5V for programming, but I can’t get that to work. Please confirm the right jumper setting and TP select switch settings for OTP programming.
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The switch on the left hand side should put the board into either programming mode or Power commander mode(emulation). Programming mode should enable the boost.
The switch on the left hand side should put the board into either programming mode or Power commander mode(emulation).
Programming mode should enable the boost.
See lessAre there any Renesas DA9063 PMIC Configurartions readily available for Xilinx Zynq Ultrascale+ 4EV devices. Based on my power/sequencing requirements, I need at least two Renesas DA9063. 1. Can several PMICS be sequenced between each other? 2. Can any of the 11 ...Read more
Are there any Renesas DA9063 PMIC Configurartions readily available for Xilinx Zynq Ultrascale+ 4EV devices.
Based on my power/sequencing requirements, I need at least two Renesas DA9063.
1. Can several PMICS be sequenced between each other?
2. Can any of the 11 LDO’s be combined in parallel as long as they are configured for the same slot and voltage?
3. Besides (Buckcore1 + Buckcore2), (BuckMem + BuckIO) can any other bucks be combined in parallel?
4. I have ordered blank 00 devices, do they have to be programmed before they are soldered to the boards?
The DA9063-A is a flexible, scalable system PMIC capable of powering a wide range of multicore SoCs, FPGAs, memory subsystems, and peripherals. Full power tree management and multiple sleep modes result in a power-efficient system solution suitable for infotainment, telematics, and ADAS applicationsRead more
The DA9063-A is a flexible, scalable system PMIC capable of powering a wide range of multicore SoCs, FPGAs, memory subsystems, and peripherals. Full power tree management and multiple sleep modes result in a power-efficient system solution suitable for infotainment, telematics, and ADAS applications. The device includes eleven LDOs with programmable output voltages providing up to 300 milliamps and six high-current buck converters providing up to two and a half amps per buck. Any two bucks can be combined in a dual-phase configuration providing up to 5 amps.
See lessIs a LDO in bypass mode still controllable by the sequencer of the Renesas DA9063? Is it also possible to enable and disable LDOs in bypass mode?
Is a LDO in bypass mode still controllable by the sequencer of the Renesas DA9063? Is it also possible to enable and disable LDOs in bypass mode?
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Yes, LDOs 3,4,7,8 and 11 can be set to bypass mode by setting LDO<x>_BYP register to (1) and by setting LDO<x>_AUTO to (1). In sequencing they follow LDO<x> _STEP timing. Please note: Voltage monitoring function cannot be used for any LDO in bypass mode.
Yes, LDOs 3,4,7,8 and 11 can be set to bypass mode by setting LDO<x>_BYP register to (1) and by setting LDO<x>_AUTO to (1). In sequencing they follow LDO<x> _STEP timing.
Please note: Voltage monitoring function cannot be used for any LDO in bypass mode.
See lessIs a LDO in bypass mode still controllable by the sequencer of the DA9063? Is it also possible to enable and disable LDOs in bypass mode?
Is a LDO in bypass mode still controllable by the sequencer of the DA9063? Is it also possible to enable and disable LDOs in bypass mode?
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Yes, LDOs 3,4,7,8 and 11 can be set to bypass mode by setting LDO<x>_BYP register to (1) and by setting LDO<x>_AUTO to (1). In sequencing they follow LDO<x> _STEP timing. Please note: Voltage monitoring function cannot be used for any LDO in bypass mode.
Yes, LDOs 3,4,7,8 and 11 can be set to bypass mode by setting LDO<x>_BYP register to (1) and by setting LDO<x>_AUTO to (1). In sequencing they follow LDO<x> _STEP timing.
Please note: Voltage monitoring function cannot be used for any LDO in bypass mode.
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DA9063: The PMIC number, -00: OTP identifier, HO/HK: Ball diaemeter(HO:0.45mm, HK:0.30mm), 1/2: shipment form(1: tray, 260, 2:T&R, 2500). The -00 will change as the OTP changes. If -A is included this mean the part is automotive qualified. if -AT this means the part is automotive qualified and hRead more
DA9063: The PMIC number, -00: OTP identifier, HO/HK: Ball diaemeter(HO:0.45mm, HK:0.30mm), 1/2: shipment form(1: tray, 260, 2:T&R, 2500).
The -00 will change as the OTP changes.
If -A is included this mean the part is automotive qualified.
if -AT this means the part is automotive qualified and has gone through high temperture testing.
If -A or -AT is not present, then the part is consumer/industrial grade. The functionalty is the same.
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