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Home > Products > Integrated Circuits (ICs) > Specialized ICs > SPC5747GMMJ6
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SPC5747GMMJ6

Manufacturer Part Number:
SPC5747GMMJ6
Manufacturer / Brand
FREESCALE
Part of Description:
FREESCALE BGA-256
Datasheets:
Lead Free Status / RoHS Status:
RoHS Compliant
Stock Condition:
New original, 9702 pcs Stock Available.
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Hong Kong
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Part Number SPC5747GMMJ6
Manufacturer / Brand FREESCALE
Stock Quantity 9702 pcs Stock
Category Integrated Circuits (ICs) > Specialized ICs
Description FREESCALE BGA-256
Lead Free Status / RoHS Status: RoHS Compliant
Condition New Original Stock
Warranty 100% Perfect Functions
Lead Time 2-3days after payment.
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Port HongKong
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Packaging & ESD

Industry-standard static shielding packaging is used for electronic components.Anti-static, light-transparent materials allow easy identification of ICs and PCB assemblies.
The packaging structure provides electrostatic protection based on Faraday cage principles.This helps protect sensitive components from static discharge during handling and transportation.


All products are packed in ESD-safe anti-static packaging. Outer packaging labels include part number, brand, and quantity for clear identification. Goods are inspected prior to shipment to ensure proper condition and authenticity.

ESD protection is maintained throughout packing, handling, and global transportation. Secure packaging provides reliable sealing and resistance during transit. Additional cushioning materials are applied when required to protect sensitive components.

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SPC5747GMMJ6 Product Details:

The SPC5747GMMJ6 is a specialized integrated circuit (IC) manufactured by NXP Semiconductors (formerly Freescale), designed for advanced microcontroller applications in automotive, industrial, and embedded systems. This high-performance BGA-256 package offers robust computational capabilities with a compact form factor, making it an ideal solution for complex electronic design challenges.

The device is engineered to provide exceptional processing power and flexibility, featuring a sophisticated architecture that supports demanding real-time control and signal processing requirements. Its 256-pin Ball Grid Array (BGA) packaging ensures high-density interconnectivity and improved electrical performance, allowing for more compact and efficient system designs.

Key advantages of this microcontroller include its enhanced signal processing capabilities, low power consumption, and high reliability. The compact 6022 encapsulation format enables engineers to develop more sophisticated and space-constrained electronic systems across various applications, including automotive electronics, industrial control systems, and advanced embedded computing platforms.

Potential equivalent or alternative models in the same product family include the SPC5744P, SPC5746R, and SPC5748G, which offer similar architectural characteristics and performance profiles. These models provide comparable functionality with slight variations in specific performance parameters, allowing engineers to select the most appropriate solution for their specific design requirements.

The integrated circuit is particularly well-suited for applications demanding high-performance computational capabilities, precision control systems, and robust signal processing in challenging environmental conditions. Its advanced design makes it an excellent choice for complex electronic systems requiring reliable, efficient, and compact microcontroller solutions.

SPC5747GMMJ6 Key Technical Attributes

Manufacturer Part Number: SPC5747GMMJ6

Manufacturer: Freescale / NXP Semiconductors

Main Category: Integrated Circuits (ICs)

SPC5747GMMJ6 Packing Size

Encapsulation: BGA-256

Type: Specialized Integrated Circuit

Material: Silicon

Size: 6022 configuration

Pin configuration: 256 pins

Thermal characteristics and Electrical properties: Designed to handle advanced thermal and electrical conditions ensuring high performance

SPC5747GMMJ6 Application

The SPC5747GMMJ6 from Freescale / NXP Semiconductors is generally purposed for specialized integrated circuit applications, specifically useful in automotive control units, advanced driver-assistance systems (ADAS), and other embedded systems requiring high reliability and robust performance under harsh conditions.

SPC5747GMMJ6 Features

The SPC5747GMMJ6 offers advanced system control capabilities with its integration of multiple features such as multi-core processing power, enhanced security features, and high-speed communication interfaces. This IC supports sophisticated algorithm processing necessary for real-time operations in automotive and industrial applications. With built-in safety modules, it ensures reliable performance in safety-critical applications.

SPC5747GMMJ6 Quality and Safety Features

This IC integrates rigorous safety features compliant with industry standards for automotive safety integrity levels, ensuring robust protection and reliability in mission-critical applications. The quality assurance follows stringent quality control measures conforming to international standards.

SPC5747GMMJ6 Compatibility

The SPC5747GMMJ6 is designed for seamless integration in a wide variety of specialized IC applications, ensuring compatibility with a broad range of peripheral devices and software environments typically used in the industry.

SPC5747GMMJ6 Datasheet PDF

For the most authoritative, detailed, and up-to-date specifications of the SPC5747GMMJ6, please download the datasheet PDF available on our website. We provide comprehensive documentation ensuring you have all needed information for your application.

Quality Distributor

IC-Components is a premium distributor of Freescale / NXP Semiconductors products, including the high-performance SPC5747GMMJ6 IC. As experts in the field, we guarantee authentic products and offer competitive pricing. Ensure the success of your project by getting a quote directly from our website today!

Frequently Asked Questions

What are the key power supply sequencing requirements when integrating the SPC5747GMMJ6 into an automotive ECU design, and what risks arise from incorrect power-up order?
The SPC5747GMMJ6 requires strict adherence to power supply sequencing: core voltage (1.2V) must ramp up before or simultaneously with I/O voltages (3.3V or 5V), and all supplies must stabilize within 100 ms of each other. Violating this sequence—such as applying I/O voltage before core voltage—can cause latch-up, excessive inrush current, or permanent damage to internal logic. Always use a dedicated power management IC (PMIC) with sequenced enable signals or supervisory circuits to enforce correct timing during design-in.
Can the SPC5747GMMJ6 operate reliably in a -40°C to +150°C junction temperature environment typical of under-hood automotive applications?
Yes, the SPC5747GMMJ6 is qualified for automotive Grade 1 operation (-40°C to +150°C junction temperature) per AEC-Q100, making it suitable for under-hood ECUs. However, thermal management is critical: ensure adequate PCB copper pour, thermal vias under the BGA package, and airflow if enclosed. Prolonged operation near 150°C may reduce long-term reliability; derating power dissipation and validating thermal performance with empirical testing is strongly recommended.
What clocking architecture considerations should I evaluate when replacing a legacy MPC56xx device with the SPC5747GMMJ6 in an existing engine control module?
The SPC5747GMMJ6 uses a more advanced dual-core e200z4/e200z7 architecture with separate PLLs for system and peripheral clocks, unlike the single-core MPC56xx. During migration, verify that your external crystal or oscillator supports the required frequency range (4–40 MHz) and load capacitance. Additionally, reconfigure clock dividers and peripheral clock gating in the System Integration Unit (SIU) to match legacy peripheral timing—failure to do so may cause UART, CAN, or SPI communication failures.
Is the SPC5747GMMJ6 pin-compatible with other members of the SPC574x family, such as the SPC5748G or SPC5746C, for drop-in replacement in a modular ECU platform?
No, the SPC5747GMMJ6 in its 256-ball BGA-6022 package is not pin-compatible with other SPC574x variants due to differences in peripheral allocation, power pin distribution, and memory interface routing. While they share the same core architecture, replacing one with another requires PCB layout changes, especially for high-speed interfaces like FlexCAN, DSPI, and Ethernet MAC (if present). Always cross-reference the specific device’s pinout and power domain diagrams before attempting substitution.
What are the implications of using the SPC5747GMMJ6’s built-in ADC for high-precision sensor measurement in noisy automotive environments, and how should I mitigate signal integrity risks?
The SPC5747GMMJ6’s 12-bit ADC has a typical INL of ±4 LSB and requires careful analog front-end design. In high-noise environments (e.g., near ignition systems or motor drives), use shielded twisted-pair wiring, RC low-pass filters at ADC inputs, and separate analog ground planes tied to digital ground at a single point. Avoid routing high-speed digital traces near ADC input pins. Additionally, leverage the ADC’s built-in oversampling and hardware averaging to improve effective resolution and reject high-frequency interference.
Can I use the SPC5747GMMJ6 in a safety-critical application requiring ASIL-B compliance, and what design safeguards are necessary?
Yes, the SPC5747GMMJ6 supports ASIL-B development as per ISO 26262, but achieving compliance requires additional system-level measures. You must implement watchdog timers (both internal and external), memory ECC monitoring, and periodic self-tests for critical peripherals. Use the built-in FCCU (Fault Collection and Control Unit) to manage fault responses, and ensure your software includes diagnostic coverage for dual-core lockstep operation (if enabled). Note that full ASIL-B certification depends on the entire system design, not just the MCU.
What are the key differences between the SPC5747GMMJ6 and NXP’s newer S32K3 series for new automotive body controller designs, and when should I consider migrating?
The SPC5747GMMJ6, based on Power Architecture, offers higher performance and legacy automotive ecosystem support, while the S32K3 (Arm Cortex-M) provides better power efficiency, enhanced security (HSE), and native support for AUTOSAR Adaptive. For new designs requiring over-the-air (OTA) updates, cybersecurity, or lower power consumption, the S32K3 is preferable. However, if your project relies on existing Power Architecture toolchains, software IP, or requires deterministic real-time response for engine/transmission control, the SPC5747GMMJ6 remains a viable choice—though long-term sourcing should be evaluated due to NXP’s roadmap shift toward Arm-based platforms.
How should I handle JTAG/SWD debugging interface routing on the SPC5747GMMJ6 to avoid signal integrity issues in a compact BGA layout?
Route JTAG/SWD signals (TCK, TMS, TDI, TDO, nTRST) as controlled-impedance traces (50 Ω single-ended) with minimal length (< 75 mm) and avoid crossing split planes. Place series termination resistors (22–33 Ω) near the SPC5747GMMJ6 pins to reduce reflections. Keep these traces away from high-speed buses (e.g., DDR, Ethernet) and switching power supplies. Use ground shielding vias adjacent to debug lines if routing near noise sources. Improper routing can cause intermittent debug connection failures or increased EMI emissions.
What configuration fuse settings must be programmed during production for the SPC5747GMMJ6 to ensure secure boot and prevent unauthorized firmware access?
Critical fuse settings for the SPC5747GMMJ6 include enabling the Hardware Security Module (HSM) boot mode, setting the Core Test Controller (CTC) disable bit, and programming the Unique Chip Identifier (UCID) for device authentication. Use the NVM (Non-Volatile Memory) controller to lock down flash blocks after programming. Failure to properly configure these fuses may leave the device vulnerable to reverse engineering or malicious code injection. Always perform fuse programming in a secure manufacturing environment with authenticated toolchains.
Is the SPC5747GMMJ6 suitable for use in a 24V heavy-duty truck electrical system, and what input protection circuitry is recommended for I/O pins exposed to load dump transients?
Yes, the SPC5747GMMJ6 can be used in 24V systems, but its I/O pins are rated for 3.3V or 5V operation and must be protected from 24V transients. Implement TVS diodes (e.g., SMAJ33A) on all external I/O lines, followed by current-limiting resistors and Schottky clamping diodes to ground and VDD. For analog inputs, add RC filters with cutoff frequencies below 10 kHz. Ensure your power supply design includes robust load dump protection (e.g., ISO 7637-2 compliant) upstream of the MCU’s regulators to prevent voltage spikes from reaching the SPC5747GMMJ6.

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