The part number "OMAPL138EZCEA3" is a processor from Texas Instruments (TI). It belongs to the OMAP-L138 series of processors, which are part of TI's line of processors designed for multimedia and embedded applications. These processors are commonly used in industrial, automotive, and communications applications.
Package Type and Pin Count:
The OMAPL138EZCEA3 comes in a CSP (Chip-Scale Package) form with 289 pins. The package type is often marked as CSP or BGA (Ball Grid Array) depending on the specific layout. It is essential to look at the datasheet to verify the exact physical layout, but generally, the OMAP-L138 family comes in packages with various pin counts such as 289 or 320 depending on the exact configuration.
Pinout and Detailed Pin Function List:
Due to the extensive nature of the request for detailed pin function information (especially for 289 pins), this is best provided as a table in the format requested. However, I'll give a brief overview of the key functions for the main pins:
Power Supply Pins: These pins provide necessary power to the processor. They are critical for proper operation, and their voltage levels (typically 1.1V, 1.8V, 3.3V) must be maintained within the specified range. VDD1, VDD2, VDD_IO, etc., correspond to the various power input pins for the core, I/O, and other functional blocks. Clock Pins: These are used to input the main system clock signals for the processor's operation. CLKIN, CLKOUT pins handle external clock signals, and internal clock routing could connect various subsystems. Data I/O Pins: These handle data input and output between the processor and external peripherals. Pins like D0-D31 would typically represent data lines in a parallel interface . Control Pins: These include signals such as reset, interrupt, and enable signals. NRESET for the system reset, IRQ for interrupts, etc. Special Function Pins: Some pins are dedicated to more specialized functions like USB, UART, SPI, etc. SPICLK, SPIMISO, SPI_MOSI for Serial Peripheral Interface UARTTX, UARTRX for Universal Asynchronous Receiver-Transmitter communication Ground Pins: These pins are essential for grounding the circuit to complete the electrical system. GND or similar. Analog Pins: Pins such as ADC (Analog-to-Digital Converter) may be available for converting analog signals to digital values.Example Pin Table:
Below is an example of a small section of what the pinout would look like. The entire pinout for the 289-pin device would be far too large to display here, so a typical datasheet or a detailed manual from Texas Instruments would be required to get the complete pinout.
Pin Name Pin Number Function Description VDD1 1 Core power supply VDD2 2 Auxiliary power supply NRESET 3 Reset signal for the device CLKIN 4 External clock input UART_TX 5 UART transmit pin UART_RX 6 UART receive pin SPI_CLK 7 SPI clock signal SPI_MISO 8 SPI master in, slave out SPI_MOSI 9 SPI master out, slave in GND 10 Ground pin … … …20 Common FAQs and Answers (with OMAPL138EZCEA3):
1. What is the core architecture of the OMAPL138EZCEA3? The OMAPL138EZCEA3 features a C6748 DSP core and an ARM9 core, offering a combination of processing power suited for multimedia applications.
2. What is the power consumption of the OMAPL138EZCEA3? The power consumption varies based on workload, but typical consumption is in the range of 1-3W depending on the operating conditions and load.
3. What is the recommended operating temperature range for the OMAPL138EZCEA3? The operating temperature range for the OMAPL138EZCEA3 is -40°C to +105°C, making it suitable for industrial applications.
4. How many GPIO pins are available on the OMAPL138EZCEA3? The OMAPL138EZCEA3 has a large number of general-purpose I/O (GPIO) pins, and the exact number can be found in the datasheet, but typically it supports over 60 GPIOs.
5. Does the OMAPL138EZCEA3 support USB? Yes, the OMAPL138EZCEA3 supports USB 2.0 with both host and device capabilities.
6. Can I use the OMAPL138EZCEA3 for audio processing? Yes, the processor features specialized components for audio processing, including integrated DSP functionalities for efficient multimedia processing.
7. Does the OMAPL138EZCEA3 support Ethernet? Yes, it has integrated Ethernet MAC for network connectivity.
8. How many UARTs are supported by the OMAPL138EZCEA3? The device supports up to 3 UARTs for serial communication.
9. What is the maximum clock frequency of the OMAPL138EZCEA3? The maximum clock frequency for the ARM9 core is 456 MHz, and the DSP core can operate up to 456 MHz as well.
10. Can the OMAPL138EZCEA3 be used in automotive applications? Yes, the processor is suitable for automotive applications, especially for multimedia and infotainment systems, as it operates within the temperature range suitable for automotive use.
11. Does the OMAPL138EZCEA3 have hardware acceleration for video? Yes, the processor includes hardware acceleration for video processing, ideal for video decoding/encoding applications.
12. What are the typical applications of the OMAPL138EZCEA3? Typical applications include industrial control, automotive infotainment, and multimedia devices requiring high-performance processing.
13. Does the OMAPL138EZCEA3 support SDIO? Yes, it supports SDIO for connecting SD cards or other devices that use the SD interface.
14. How is the OMAPL138EZCEA3 programmed? It can be programmed via standard toolchains like TI Code Composer Studio for development.
15. What memory interface does the OMAPL138EZCEA3 support? The processor supports DDR2 and DDR3 memory interfaces for efficient memory bandwidth.
16. Can I use the OMAPL138EZCEA3 with Linux? Yes, Linux is supported on the OMAPL138EZCEA3, and you can use open-source libraries and drivers.
17. Does the OMAPL138EZCEA3 have a bootloader? Yes, it includes a pre-installed bootloader to help initialize the system during startup.
18. What security features are available on the OMAPL138EZCEA3? The device supports secure boot and other features for encryption and authentication.
19. Can I use the OMAPL138EZCEA3 for real-time processing? Yes, the combination of the ARM9 and DSP cores allows the device to handle real-time processing tasks effectively.
20. Where can I find more detailed datasheets for the OMAPL138EZCEA3? Datasheets and reference materials are available on the Texas Instruments website, where you can download full documentation, including pinouts and electrical characteristics.
This provides a basic overview, but for a complete pinout and other detailed data, referring to the official OMAPL138EZCEA3 datasheet or user guide from Texas Instruments is recommended, as it will contain all the necessary information in a clear, structured format.
