Product Description
Specification
| Data Bus Width | 8 bit |
| Type | CPU / Microprocessor |
| Package | 68-pin Plastic LCC |
| V Core | 5V +-10% |
| Socket | PLCC68 |
| Physical Memory | 1 MB |
| Minimum or Maximum Operating Temperature | 0 deg C - 70 deg C |
| Maximum Power Dissipation | 0.66 Watt |
| Manufacturing Process | CHMOS Technology |
| Frequency | 12.5 MHz |
| Family | Intel 80188 |
| Data width | 16 bit |
Designed for Reliability and VersatilityEngineered with precision, the N87C196KB caters to demanding environments, boasting wide operating temperature support and a controlled impedance layout. Its robust PLCC-68 SMD package and advanced FR4 epoxy glass base deliver mechanical durability, complemented by green LPI soldermask for additional PCB protection.
Advanced Connectivity and IntegrationFeaturing 52 programmable I/O pins and onboard integration of essential components, the N87C196KB simplifies board layout while maximizing functionality. Its parallel/serial programming interface supports both development and field updates, streamlining system deployment for manufacturers and developers.
FAQs of N87C196KB:
Q: How can the N87C196KB microcontroller be programmed?
A: The N87C196KB supports both parallel and serial programming interfaces, offering flexibility for developers using OTP or EPROM memory. This allows for efficient firmware uploads and updates during both development and production stages.
Q: What are the primary benefits of using the N87C196KB in industrial environments?
A: Key benefits include wide operating temperature range (-40C to +85C), low power usage, high I/O flexibility with 52 pins, robust FR4 construction, and compliance with RoHS and UL94-V0 standards, ensuring safe and reliable performance in demanding conditions.
Q: Where is the N87C196KB typically used?
A: This microcontroller is suited for industrial automation, automotive electronics, and control systems that require reliable operation, extensive I/O, and the flexibility of external memory options.
Q: What process is involved in assembling and mounting the N87C196KB?
A: The N87C196KB comes in a PLCC-68 SMD package, designed for surface-mount assembly. It is compatible with standard automated SMT lines and uses a HASL surface finish for reliable solder joints.
Q: When should OTP or EPROM be utilized with this device?
A: OTP or EPROM should be used when firmware needs to be securely stored or updated in the field, allowing developers to write custom firmware during prototyping and production or provide post-sale updates.
Q: What makes the N87C196KB environmentally compliant?
A: Its construction adheres to RoHS directives, uses flame-retardant UL94-V0 materials, and features low lead content, making it suitable for markets and applications where environmental safety is a critical requirement.