Heating Ventilation, and Air Conditioning (HVAC)

Overview

Heating, Ventilation and Air Conditioning (HVAC) systems aim to regulate, heat, cool, ventilate, clean or dehumidify the indoor air quality (IAQ) within the vehicle cabin. HVAC systems consist of sensors and mechanical/electronic switches in the frontend and blower motors, actuators (for fresh air circulation control, air-flow control, and temperature control), and refrigeration units to transfer air to the cabin within the backend to ensure thermal comfort for drivers and passengers.

NXP provides a broad family of Arm^® Cortex^® -M-based MCUs (S32K) with motor control libraries to cover a wide range of needs in this application space. Additionally, NXP offers motor control-integrated solutions for a cost-effective, small footprint system solution for most HVAC applications. The broad portfolio of S12 MagniV^® devices combines MCU with SBC functionalities, network connection and motor control specific drivers in a single package and are supported by a library of motor control algorithms.

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HVAC Monitoring and Control Reference Design

Arm<sup>®</sup> with Digi: HVAC using Kinetis<sup>®</sup> MCUs

Arm^® with Digi: HVAC using Kinetis^® MCUs

Specifications

Microcontrollers (MCU)

S32K1 General Purpose MCUs
S12XS : S12XS Automotive and Industrial Microcontrollers (MCUs)
S12P : S12P Automotive and Industrial Microcontrollers (MCUs)
S12G : Ultra-Reliable S12G General Purpose Automotive and Industrial Microcontrollers

CAN/LIN SBC

MC33742 : SBC with Enhanced High-Speed CAN Transceiver
MC33904 : System Basis Chip Gen2 with High Speed CAN
MC33905 : SBC Gen2 with High-Speed CAN and LIN
MC33910 : LIN SBC with 2 x 60 mA High Side Drivers
MC33911 : LIN System Basis Chip with DC Motor Predriver
MC33912 : LIN SBC with DC Motor Predriver and Current Sense

CAN Interface

TJA1044 : High-Speed CAN Transceiver with Standby Mode - Mantis Family

LIN Interface

TJA1029 : LIN 2.2A/SAE J2602 Transceiver with TXD Dominant Timeout
MC33662 : LIN 2.1 / SAEJ2602-2, LIN Physical Layer
MM908E626 : 8-Bit MCU with Integrated Vreg, Stepper, LIN Phy

Switch Monitoring

MC33972 : MSDI with Suppressed Wakeup
MC33975 : MSDI with 32 mA Suppressed Wakeup

Motor Control

S12ZVM : S12ZVM Mixed-Signal MCU for Automotive & Industrial Motor Control Applications
MC33937 : 3-Phase Field Effect Transistor Pre-driver
MC33932 : H-Bridge Motor Driver, 5-28 V, 5 A, 11 kHz

High Side Switches

MC33937 : 3-Phase Field Effect Transistor Pre-driver
MC33932 : H-Bridge Motor Driver, 5-28 V, 5 A, 11 kHz

Sensors

Sensors : Sensors

Design Resources

Documents ( 5 )

Application Note ( 5 )

Documents

Application Note ( 5 )

Using the Touch Screen Controller on the MCF5227x^{(REV
0
)}

The need for graphical user interfaces in industrial and consumer applications is steadily increasing. For instance, LCDs are now on appliances such as washers, dryers, refrigerators, and stoves, allowing enhanced human control. Security and HVAC control systems are other examples of applications that require advanced graphical display interfaces to enable human control of the various system functions. Along with the LCD, the use of touch screens is also increasing. To address this need, NXP^®
- PDF
- 137.4 kB
- 15 Apr 2008
- AN3632
- [ English ]
Flap Motor Control Based On HVAC Platform^{(REV
0
)}

This application note describes Flap Motor Control Based On HVAC Platform
- PDF
- 1.6 MB
- 24 Oct 2012
- AN4616
- [ English ]
AN4704, 3-phase Sensorless BLDC Motor Control Kit with the S12 MagniV^® MC9S12ZVM - Application Note^{(REV
1
)}

AN4704: This application note describes the design of a 3-phase brushless DC (BLDC) motor control drive using a sensorless algorithm. The design is targeted at automotive applications. This cost-effective solution is based on the NXP^® Semiconductors MC9S12ZVML128 chip, which is dedicated to automotive motor control. The design exhibits the suitability and advantages of the MC9S12ZVML128 microcontroller for motor control. It serves as an example of a BLDC control design using NXP’s 16-b
- PDF
- 2.6 MB
- 14 Aug 2013
- AN4704
- [ English , Chinese ]
AN4704，采用S12 MagniV^® MC9S12ZVM的3相无传感器BLDC电机控制套件 - 应用笔记^{(REV
1
)}
- PDF
- 2.6 MB
- AN4704
Sensorless BLDC Motor Control Using S12G240 Based on HVAC Platform^{(REV
0
)}

This application note describes the design of a three-phase sensorless BLDC motor drive with back-EMF zero-crossing. It is based on NXP’s MC9S12G240 MCU that can be effectively used for motor control applications.
- PDF
- 3.0 MB
- 23 Oct 2012
- AN4618
- [ English ]
HMI Design Using HVAC Platform^{(REV
0
)}

MC9S08LG32 MCU is used to implement HMI function in HVAC platform solution, and it communicates via SPI with MC9S12G240 MCU which utilizes other HVAC functions.
- PDF
- 474.9 kB
- 18 Oct 2012
- AN4617
- [ English ]

Heating Ventilation, and Air Conditioning (HVAC)

Overview

Specifications

HVAC

Microcontrollers (MCU)

CAN/LIN SBC

CAN Interface

LIN Interface

Switch Monitoring

Motor Control

High Side Switches

Sensors

Design Resources

Documents ( 5 )

Documents

Application Note ( 5 )

Using the Touch Screen Controller on the MCF5227x (REV 0 )

Flap Motor Control Based On HVAC Platform (REV 0 )

AN4704, 3-phase Sensorless BLDC Motor Control Kit with the S12 MagniV® MC9S12ZVM - Application Note (REV 1 )

AN4704，采用S12 MagniV® MC9S12ZVM的3相无传感器BLDC电机控制套件 - 应用笔记 (REV 1 )

Sensorless BLDC Motor Control Using S12G240 Based on HVAC Platform (REV 0 )

HMI Design Using HVAC Platform (REV 0 )

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Recommended Communities

Using the Touch Screen Controller on the MCF5227x^{(REV
0
)}

Flap Motor Control Based On HVAC Platform^{(REV
0
)}

AN4704, 3-phase Sensorless BLDC Motor Control Kit with the S12 MagniV^® MC9S12ZVM - Application Note^{(REV
1
)}

AN4704，采用S12 MagniV^® MC9S12ZVM的3相无传感器BLDC电机控制套件 - 应用笔记^{(REV
1
)}

Sensorless BLDC Motor Control Using S12G240 Based on HVAC Platform^{(REV
0
)}

HMI Design Using HVAC Platform^{(REV
0
)}