S9S08DZ96VLF

Core parameters

NXP has included the S9S08D Z96F2VLF in its S08D 8-bit Cost-Effective with CAN D MCUs product line and listed the LQFP -48 package version.

Features

S08 8-bit control architecture

The S9S08DZ96 series utilizes the mature S08 architecture and is designed for real-time control and cost-sensitive embedded applications. Compared to 32-bit MCUs that require higher computing performance, 8-bit MCUs offer lower system complexity for simple control tasks, state machines, I/O control, and basic data acquisition applications.

For devices already developed based on the S08 platform, the S9S08DZ96 series also has good software and development ecosystem continuity.

96KB Flash storage space

The S9S08DZ96 series offers The 96KB Flash memory can be used to store applications, control algorithms, communication protocols, and device configuration data. For embedded nodes requiring CAN communication, sensor acquisition, and real-time control, this capacity can support a relatively complete application.

Integrating Flash memory within the MCU reduces reliance on external program memory, thereby lowering the complexity of the system BOM and PCB layout.

Integrated CAN communication function

CAN is one of the key features of the S9S08DZ96 series. The device integrates the CAN controller into the MCU, enabling it to directly participate in CAN bus communication.

This architecture is particularly suitable for systems requiring reliable data exchange between multiple electronic control nodes, such as automotive body electronics, instrument control, industrial equipment, and CAN network terminals. By integrating the MCU with CAN control functions, the number of additional components required by an external CAN controller can be reduced.

12-bit ADC data acquisition

The S9S08DZ96 series offers a 16-channel 12-bit ADC that can be used to convert analog sensor signals into digital data.

The ADC channel can be used to acquire temperature, voltage, current, position and other analog signals, and combined with the internal control program of the MCU to realize sensor monitoring and closed-loop control.

Abundant timer resources

The device integrates a TPM timer/pulse width modulation module, which can be used for tasks such as PWM output, period measurement, input capture, and timing control.

For applications such as motor control, fan control, actuator driving, LED dimming, and other applications requiring periodic control signals, timer resources can reduce software polling and improve real-time control efficiency.

Multiple serial communication interfaces

In addition to CAN, the S9S08DZ96 series also provides communication interfaces such as SCI, SPI and I²C , which can be used to connect sensors, EEPROMs, display devices and other peripheral modules.

Multiple interfaces can meet the communication requirements of different peripherals, enabling the MCU to be used as a main control node or communication node in an embedded system.

Integrated system protection functions

The S08D series provides system-level functions such as watchdog COP, low voltage detection, illegal opcode detection, illegal address detection, and Flash protection, which help improve the reliability of the MCU under abnormal operating conditions.

Typical application scenarios

Automotive electronic control

One of the key application areas for the S9S08DZ96 series is automotive electronics. Resources such as CAN communication, ADC, PWM, and GPIO can be used in body control modules, instrument clusters, actuator control, and other automotive electronic control units (ECUs).

CAN bus node

For embedded devices that need to be integrated into a CAN network, the S9S08DZ96VLF can handle both control and CAN communication tasks, making it suitable for node control in automotive and industrial CAN networks.

Body electronics

Door locks, windows, lighting controls, seat controls, and other vehicle electronic systems typically require a lot of I/O and basic real-time control functions. The S08D series can provide the necessary resources such as CAN, GPIO, ADC, and timers.

Industrial Control

In industrial automation equipment, controllers, and remote I/O modules, interfaces such as ADC, PWM, SPI, I²C, and CAN can be used to complete sensor acquisition, equipment control, and field communication.

Sensor control system

Through a multi-channel ADC and a serial interface, the MCU can connect to multiple analog or digital sensors and use its internal control program to complete data acquisition, status judgment, and control output.

Embedded Instruments

The S9S08DZ96VLF can be used in embedded instrument systems that require display, buttons, sensor input, and CAN/serial communication, while maintaining a high degree of integration to meet basic control performance requirements.

Comparative Advantage Analysis

The main advantage of the S9S08DZ96 series does not lie in simply pursuing MCU computing performance, but in providing a highly integrated control platform for automotive electronics and cost-sensitive embedded systems through the combination of an 8-bit S08 control core, CAN, multi-channel ADC, timers, and multiple serial interfaces .

For devices that only require basic real-time control and bus communication, and do not need high-performance 32-bit processing capabilities such as Cortex-M, this series can strike a balance between functional requirements and system cost.

Manufacturer Profile: NXP Semiconductors

NXP Semiconductors is a leading global supplier of automotive, industrial, and embedded semiconductors, with products covering a wide range of areas including microcontrollers, processors, automotive networking, analog and power management, security chips, and sensors.

The S08D is NXP’s 8-bit Cost-Effective with CAN MCUs product family, primarily targeting cost-sensitive control systems, and providing CAN, ADC, timers, and various serial interfaces. NXP’s current product page still lists the S08D series as Active, and lists several 96KB Flash product models, including the S9S08DZ96F2VLF.

For actual procurement, it is recommended to confirm the different package types such as S9S08DZ96F2VLF, S9S08DZ96F2VLH, and S9S08DZ96F2VLL based on the complete MPN , as they correspond to different pin counts and package sizes. NXP’s official documentation shows that VLF corresponds to LQFP-48, VLH to LQFP-64, and VLL to LQFP-100.

Why choose S9S08DZ96VLF?

● Utilizes the mature S08 8-bit MCU architecture .

● Provides 96KB Flash memory, suitable for complex embedded control programs

● Integrated CAN control functionality, suitable for automotive and industrial CAN networks

● Integrated multi-channel 12-bit ADC, supporting analog sensor acquisition.

● Provides TPM timer and PWM functions

● Supports serial communication interfaces such as SPI, I²C, and SCI.

● Integrated watchdog timer, low-voltage detection, and other system protection functions

● LQFP-48 package, suitable for embedded designs with moderate I/O requirements.

● NXP S08D series products are suitable for automotive electronics and cost-sensitive control systems.

Frequently Asked Questions (FAQ)

Q1: What type of chip is S9S08DZ96VLF?

The S9S08DZ9 6VLF belongs to the NXP S08D series of 8-bit microcontrollers , primarily targeting cost-sensitive control systems, and integrates CAN, ADC, timers , and communication and control peripherals such as SPI, I²C, and SCI.

Q2: How many flash memory modules are in the S9S08DZ96VLF?

The S9S08DZ96 series corresponds to 96KB Flash , which can be used to store MCU applications, communication protocols, and control logic.

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