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Z86C9320PSG
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Product Detailed Parameters
- Description：IC MCU 8BIT ROMLESS 40DIP
- Series：Z8®
- Mfr：Zilog
- Package：Tube
- Core Processor：Z8
- Core Size：8-Bit
- Speed：20MHz
- Connectivity：EBI/EMI, UART/USART
- Peripherals：-
- Number of I/O：24
- Program Memory Size：-
- Program Memory Type：ROMless
- EEPROM Size：-
- RAM Size：236 x 8
- Voltage - Supply (Vcc/Vdd)：4.5V ~ 5.5V
- Data Converters：-
- Oscillator Type：Internal
- Operating Temperature：0°C ~ 70°C (TA)
- Mounting Type：Through Hole
- Supplier Device Package：-
- Package / Case：40-DIP (0.620", 15.75mm)
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Buying Guide
Zilog Z86C9320PSG is used in Microcontrollers category in embedded designs where toolchain fit and peripheral availability drive integration risk. Key specs include Description (IC MCU 8BIT ROMLESS 40DIP), Core (Z8), Speed (20MHz), RAM (236 x 8), and I/O (24).
Selection Notes
- For Z86C9320PSG, double-check the mounting type (Through Hole) for your intended installation method.
- Check the required supply voltage (4.5V ~ 5.5V) and allow margin for tolerance and transients.
- Verify the I/O count (24) is sufficient for your interfaces and control signals.
- Verify the operating temperature range (0°C ~ 70°C (TA)) and derate as needed in your application.
Alternates & Substitutions
- For Z86C9320PSG, candidates that preserve interface EBI/EMI, UART/USART, speed 20MHz, and memory 236 x 8 usually stay closest to the original timing and pin-use model.
- For Z86C9320PSG, the strongest alternatives usually keep interface EBI/EMI, UART/USART, speed 20MHz, and memory 236 x 8 aligned at the same time, because matching only one headline number rarely preserves the whole product role (key constraints: package 40-DIP (0.620", 15.75mm), supply 4.5V ~ 5.5V).
- For Microcontrollers substitutions, the strongest candidates usually keep the same footprint, interface, and application role before secondary advantages matter.
- A practical substitute usually keeps package/case 40-DIP (0.620", 15.75mm), mounting Through Hole, packaging Tube stable before any secondary electrical trade-off is considered.
FAQ
What details help you quote Z86C9320PSG quickly?
Provide the part number (Z86C9320PSG), quantity, required lead time, and any packaging or documentation requirements.
Who is the manufacturer of Z86C9320PSG?
Zilog
How is Z86C9320PSG packaged?
Tube
Can you confirm the Core Size for Z86C9320PSG?
8-Bit
Application Scenarios
Selecting Zilog Z86C9320PSG for Microcontrollers usually comes down to meeting the system constraints that matter most: limits, interfaces, and testability in the real build. Selection is driven by compute headroom, peripheral mix, toolchain maturity, lifecycle availability, and secure boot/update strategy. They often sit at the center of sensor fusion, protocol processing, or deterministic control loops where latency and reliability matter. In building automation, they aggregate sensor data and run local logic to keep systems functional even when cloud connectivity is intermittent. In consumer products, compute and peripheral integration reduces BOM and speeds product iterations while maintaining stable user experience. With integration constraints understood, the next step is validating behavior in the environments where the product actually runs. When integration risk is controlled early, downstream debugging effort drops and validation becomes easier to repeat.
Compatibility Advice
- In Zilog Z86C9320PSG integration, before release to production, confirm boot mode, strapping, and reset sequencing so bring-up is deterministic across assembly variance. This keeps the acceptance limits tied to a test method the team can rerun later.
Project Fit
- Zilog Z86C9320PSG tends to suit Microcontrollers builds when the design needs deterministic boot and recovery behavior and can validate it across power sequencing and resets.
- Zilog Z86C9320PSG becomes harder to justify for Microcontrollers when debug and programming access is not practical, increasing field recovery risk because the key behaviors cannot be confirmed on the assembled system.
