PCA9451A

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PCA9451A is a cost-optimized PMIC designed specifically for i. MX 93 applications with integrated power switches.

Product Overview

Description

The PCA9451A is a power management IC optimized for i. MX 93 processor-based systems in industrial and consumer applications.

It provides all necessary power rails for the processor, memory, and peripherals in a compact, cost-effective solution.

Integrated power switches and optimized sequencing simplify system design and reduce BOM cost.

Product Series

PCA

Primary Application

i. MX 93 industrial applications

Key Features

  • Optimized for i. MX 93 processor power requirements
  • Cost-effective solution for consumer and industrial
  • Integrated load switches reduce external components
  • Optimized power sequencing for i. MX 93
  • Multiple voltage options for different memory types
  • Compact 56-pin QFN package
  • Available in industrial and consumer grades

Specifications

Input Voltage 3.0V to 5.5V
Target Processor i. MX 93
Buck Converters 4 bucks
Linear Regulators 3 LDOs
Load Switches Integrated
Package 56-pin HVQFN
Operating Temperature -40°C to +85°C (Consumer) / +105°C (Industrial)
I2C Interface Standard and Fast mode

Applications

i. MX 93 industrial applications

Industrial automation and control

Smart home appliances

Electronic system design

Building automation

Industrial automation and control

HMI and control panels

Industrial automation and control

IoT gateways

Electronic system design

Documents & Resources

FAE Expert Insights

S

"The PCA9451A is the perfect PMIC for cost-sensitive i. MX 93 designs. It's specifically optimized for i. MX 93 power requirements, eliminating the complexity of generic PMICs. I've used this in smart home appliance designs where cost is critical. The integrated load switches save both BOM cost and board space. The optimized sequencing ensures reliable processor startup every time. For i. MX 93 designs, this PMIC offers the best value proposition."

Cost-optimized PMIC specifically for i. MX 93

— Sarah Chen, BeiLuo

Frequently Asked Questions

Is PCA9451A only for i. MX 93?

PCA9451A is specifically optimized for i. MX 93 power requirements. While it may work with other processors, NXP recommends using processor-specific PMICs for optimal performance and reliability.

Use PCA9451A specifically for i. MX 93. Contact FAE for other processor recommendations.

i. MX 93 processor compatibility
What is the difference between industrial and consumer grades?

Industrial grade (-40°C to +105°C) is suitable for harsh environments and industrial applications. Consumer grade (-40°C to +85°C) is suitable for standard consumer electronics. Industrial grade undergoes additional testing and qualification.

Choose industrial grade for harsh environments or extended temperature needs. Consumer grade for cost-sensitive standard applications.

temperature grade industrial consumer
Does PCA9451A support both LPDDR4 and DDR3L memory?

Yes, PCA9451A supports multiple memory types including LPDDR4 and DDR3L. Different OTP variants or I2C configuration can set appropriate voltages for different memory technologies.

Verify memory voltage requirements. Configure PMIC appropriately for your memory type.

memory support LPDDR4 DDR3L
What is the typical BOM cost savings compared to discrete solutions?

PCA9451A typically reduces BOM cost by 30-40% compared to discrete power solutions by integrating multiple regulators, load switches, and sequencing logic. The optimized design for i. MX 93 eliminates unnecessary features while providing all required functionality.

Compare total BOM cost including all external components. PCA9451A offers significant savings for i. MX 93 designs.

BOM cost savings integration
Where can I find reference designs for PCA9451A?

NXP provides reference designs and application notes for PCA9451A with i. MX 93. These include complete schematics, PCB layout guidelines, and bill of materials. Contact our authorized distributor or FAE for access to reference designs.

Start with reference design and customize for your specific application. Contact FAE for design review.

reference design application note schematics