0132M4-40.2333F20DTNJK
Model
0132M4-40.2333F20DTNJK
Category
The 40.2333MHz SMD crystal with ±30ppm stability and 20pF load capacitance is optimized for precision timing in consumer electronics and IoT devices. Its RoHS compliance and surface mount package make it suitable for compact designs, while thermal management requires careful PCB layout. The product offers cost efficiency at volume purchases but faces stock availability challenges.
Reference Pricing
Reference Stock
Specifications
Frequency Accuracy | ±10ppm / ±20ppm / ±30ppm |
Load Capacitance | 6 ~ 32pF |
Load Resistance | <100Ω |
Operating Temperature Range | -20 to +70°C |
Package Type | SMD3225-4P |
Quality Factor | ±10ppm / ±20ppm / ±30ppm |
Resonant Frequency | 8.000 ~ 60.000MHz |
Temperature Coefficient | ±10ppm ±15ppm |
Function And Role
Core Function
Provide precise clock signal for timing applications
Key Characteristics
- 40.2333MHz frequency
- 20pF load capacitance
- ±10ppm frequency tolerance (normal temp)
- ±30ppm frequency stability
- SMD3225-4P surface mount package
Application Domains
Basic Scenarios
- Wireless communication modules
- Consumer electronics (IoT devices)
- Industrial control systems
Extended Scenarios
- Medical device timing systems
- Automotive telematics
- High-precision sensor networks
Precautions
Soldering | Maintain soldering temperature below 300°C and avoid prolonged exposure |
Current Limit | Max operating current 10mA |
Voltage Limit | Operating voltage 2.0-3.6V |
Thermal Management | Thermal resistance 40°C/W |
Storage | Store in dry environment below 30°C with anti-static packaging |
Risk Warnings |
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Alternative Model Params
- Frequency range (35-45MHz)
- Load capacitance (15-25pF)
- Package type (SMD3225/SMD3217)
- Tolerance (±8-±12ppm)
Design Recommendations
Layout | Use 4-layer PCB with dedicated ground plane |
Thermal | Implement copper pour heat dissipation |
Compatibility | Verify with 0.1% tolerance resistors |
Testing | Perform frequency validation at 25°C and -40°C |
Market Positioning
Strengths |
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Weaknesses |
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