0153M4-25.000F10HPNNL
Model
0153M4-25.000F10HPNNL
Category
The 25MHz SMD5032-4P crystal provides precise timing for consumer electronics and communication systems, with 10pF load capacitance optimized for stability in 3.3V/5V applications. Its RoHS compliance and surface mount design make it suitable for compact IoT devices and industrial automation, requiring careful soldering and thermal management to maintain ±0.005% frequency accuracy.
Reference Pricing
Reference Stock
Specifications
| Frequency Accuracy | ±10ppm |
| Load Capacitance | 6～32pF |
| Load Resistance | 8.000Ω - 9.999Ω |
| Operating Temperature Range | -20°C to +70°C |
| Package Type | SMD5032-4P |
| Quality Factor | ≥50Ω |
| Resonant Frequency | 8.000MHz - 55.000MHz |
| Temperature Coefficient | ±10ppm / ±20ppm / ±30ppm |
Function And Role
Core Function
Generate precise clock signals for timing applications
Key Characteristics
- 25MHz frequency
- 10pF load capacitance
- SMD5032-4P surface mount package
- RoHS compliant
Application Domains
Basic Scenarios
- Consumer electronics (IoT devices)
- Communication modules (Wi-Fi/Bluetooth)
- Timekeeping systems
Extended Scenarios
- Medical devices requiring stable timing
- Industrial automation with harsh environments
- Military communication systems
Precautions
| Soldering | Use reflow soldering (max 250°C/30s) to avoid package damage |
| Current Limit | Max 50mA operating current |
| Voltage Limit | Operating voltage 2.0-3.6V |
| Thermal Management | Thermal resistance 20°C/W, require 10x10mm copper pad for heat dissipation |
| Storage | Store in anti-static bags below 30°C and 10% RH |
| Risk Warnings |
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Alternative Model Params
- Frequency tolerance ±0.005%
- Package dimensions 3.2x2.5mm
- Load capacitance variation ±5pF
Design Recommendations
| Layout | Maintain 10mm trace length to crystal pins |
| Thermal | Use 2-layer PCB with 1oz copper for heat dissipation |
| Compatibility | Optimal for 3.3V/5V logic systems |
| Testing | Verify frequency stability with 100ppm accuracy using JESD610C |
Market Positioning
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