Low Noise CMOS Camera Supply Reference Design

(ACTIVE) PMP9758

Description & Features

Technical Documents

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Description

This reference design details a power management circuit which is capable of supplying all rails of a CMOS camera supply.  All rails, even highly sensitive analog rails of the image sensor, can be supplied directly without the need of additional filters. This way the power management solution can acheive highest efficency. The implementation is based on 3 completely integrated step down converter circuits enabling a small total solution while still capable of handling up to 200 mA at each of the outputs.

Features
  • 3 low noise output voltage rails
  • Highest efficiency for all 3 output voltage rails
  • Small solution
  • Up to 200 mA output current per rail possible
  • Simple design, small BOM
  • Automotive qualified components

View the Important Notice for TI Designs covering authorized use, intellectual property matters and disclaimers.


  




Parametrics
 PMP9758.1
(Output Voltage 1)
PMP9758.2
(Output Voltage 2)
PMP9758.4
(Output Voltage 3)
Vin (Min) (V)555
Vin (Max) (V)171717
Vout (Nom) (V)1.81.53.3
Iout (Max) (A).2.2.2
Output Power (W).36.3.66
Isolated/Non-IsolatedNon-IsolatedNon-IsolatedNon-Isolated
Input TypeDCDCDC
TopologyBuck- SynchronousBuck- SynchronousBuck- Synchronous

TI Devices (2)

Order samples, get tools and find more information on the TI products in this reference design.

Part Number Name Product Family Sample & Buy Design Kits & Evaluation Modules
TPS62160-Q1  3V-17V 1A Automotive Step-Down Converters in 2x2SON  Step-Down (Buck)  Sample & Buy View Design Kits & Evaluation Modules
TPS62170-Q1  3-17V 0.5A Automotive Step-Down Converter in 2x2 QFN package  Step-Down (Buck)  Sample & Buy View Design Kits & Evaluation Modules

Technical Documents

View the Important Notice for TI Designs covering authorized use, intellectual property matters and disclaimers.

Application notes (1)
Title Abstract Type Size (KB) Date Views
PDF 202 15 Dec 2014 134
Design files (4)
Title Abstract Type Size (KB) Date Views
ZIP 76 19 Dec 2014 42
PDF 149 19 Dec 2014 12
PDF 21 19 Dec 2014 30
PDF 37 19 Dec 2014 98

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