LPC2132FBD64 LQFP64 32-bit ARM7TDMI-S MCU 60MHz 64KB Flash Dual CAN ADC PWM, 100% Genuine Tray Stock, Ample Inventory, One-stop supply of MCU, sensors and discrete components

Quick Overview of Key Specifications

1. Basic Info: Original NXP LPC2132FBD64, 10×10mm 64-LQFP tray SMD, classic 32-bit ARM7TDMI-S industrial microcontroller, factory tray packaging; industrial temperature -40℃ ~ +85℃, dual CAN built-in design, widely adopted legacy chip for industrial controllers and weighing instruments.
2. Core Computing Performance Max 60MHz clock, 3-stage pipeline ARM7 core with hardware multiplier; Thumb compressed instruction support, built-in VIC vector interrupt controller for lightweight real-time tasks, abundant mature design documents.
3. Memory Allocation 64KB program Flash, 16KB data SRAM; support ISP UART in-circuit programming for mass production flashing without JTAG debugger.
4. Power & Clock System Single supply 3.0V~3.6V, on-chip PLL frequency multiplier; integrated independent 32kHz RTC oscillator for continuous clock keeping without external crystal; built-in POR power-on reset & hardware watchdog timer.
5. IO & Analog Peripherals 48 multi-function GPIO pins; 8-channel 10-bit high-speed ADC for synchronous sampling of weight, voltage and temperature signals; multiple output compare PWM modules for LED dimming and small motor speed regulation.
6. Core Communication Peripherals Dual independent CAN2.0B controllers fully compliant with CANopen & J1939; dual UART, SPI and I2C serial ports for industrial networking, LCD and memory expansion.
7. Debug & System Security Standard JTAG on-chip hardware debug interface; Flash sector lock bits to protect weighing algorithms and industrial communication protocols; external EEPROM can be matched to store calibration parameters after power-off.
8. Model Selection Advantages ① Mature legacy ARM7 solution with huge market stock and complete development resources, ideal for upgrade & replacement of old industrial and weighing equipment; ② Native dual CAN eliminates external CAN expansion ICs to simplify bus hardware and cut BOM cost; ③ Moderate 64-pin LQFP package with 48 GPIO, multi-channel ADC and PWM balance multi-sensor sampling and bus communication requirements; ④ Standard tray SMD fully compatible with automatic SMT mass production, stable long-term supply for traditional industrial hardware and small CAN data acquisition modules.

How to order

4-Step BOM Sourcing & Ordering Process

Step 1: Submit Your BOM List

Send us your complete BOM file in Excel, PDF or picture format. You can also provide component models, specifications and quantities. No need for individual inquiry.

Step 2: Fast Stock Checking & Quotation

Our professional team will verify model compatibility, check spot inventory, screen alternative parts and confirm unavailable items. We will provide a full-set quotation with the best sourcing solution via our global supply channels.

Step 3: Confirm Price & Lead Time

Customers confirm the quotation, stock status and delivery schedule. We support spot immediate shipment, bulk orders and global urgent part allocation.

Step 4: Strict Inspection & Shipment

All components undergo multi-layer professional inspection to ensure 100% original genuine quality. We provide tracking information and full after-sales support to achieve one-stop BOM procurement service.

Tags: 100% genuine factory classic CAN bus control spare chip, LPC2132 mature ARM7 industrial master MCU chip, sufficient spot inventory IC, one-stop supply of MCU sensors discrete components service, standard 64-pin LQFP SMD package, weighing instrument & small CAN node embedded core controller chip