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0132M48000F12DTLJL

Model

0132M48000F12DTLJL

Category

electronic_components
oscillators

The 8MHz SMD crystal with ±30ppm stability and 12pF load capacitance is optimized for precision timing in consumer and automotive electronics. Its -40°C to +85°C operating range supports diverse environments but requires careful thermal management. Key applications include IoT communication modules, automotive ECUs, and industrial sensors where compact size and high stability are critical. Engineers should prioritize short trace routing and verify ESR compatibility with oscillator circuits.

Reference Pricing

5+ :$0.14
50+ :$0.126
150+ :$0.1064
500+ :$0.0854
3000+ :$0.0756
6000+ :$0.0826

Reference Stock

Available:35

Specifications

Frequency Accuracy±10ppm / ±20ppm / ±30ppm
Load Capacitance6 ~ 32pF or SERIAL
Load Resistance12.000 to 15.999Ω (80Ω), U09 (16.000 to 18.999MHz), <40Ω (19.000 to 29.999MHz), 30.000 to 54.000MHz
Operating Temperature Range-20 to +70°C
Package TypeSMD3225-4P
Quality Factor±10ppm / ±20ppm / ±30ppm
Resonant Frequency8.000 ~ 60.000MHz
Temperature Coefficient±10ppm ±15ppm

Function And Role

Core Function

Provide precise clock signals for timing applications in electronic circuits.

Key Characteristics

  • 8MHz frequency with ±20ppm tolerance at normal temperature
  • ±30ppm frequency stability
  • 12pF load capacitance
  • Operating temperature range: -40°C to +85°C
  • 200Ω equivalent series resistance (ESR)

Application Domains

Basic Scenarios

  • Consumer electronics (IoT devices, wearables)
  • Communication modules (Wi-Fi, Bluetooth)
  • Automotive systems (ECU, infotainment)

Extended Scenarios

  • Medical devices (implants, monitors)
  • Industrial automation (PLC, sensors)
  • Aerospace (navigation, avionics)

Precautions

Soldering

Use fine pitch SMD soldering techniques to avoid pad damage

Current Limit

Max operating current not specified (verify with datasheet)

Voltage Limit

No absolute voltage rating provided

Thermal Management

Avoid prolonged operation above +85°C to prevent frequency drift

Storage

Store in dry environments below 30°C with ESD protection

Risk Warnings
  • Static discharge may damage component
  • Mechanical stress can alter resonant characteristics

Alternative Model Params

  • Frequency (must match ±1% of 8MHz)
  • Load capacitance (12pF ±5%)
  • Tolerance (±20ppm at 25°C±2°C)
  • Frequency stability (±30ppm over full temp range)
  • ESR (ideally <150Ω for high-frequency applications)

Design Recommendations

Layout

Keep crystal traces short and ground adjacent to pad

Thermal

Use thermal vias for heat dissipation in high-power designs

Compatibility

Verify with HC-12xx series oscillator modules

Testing

Perform frequency measurement at -40°C, 25°C, and +85°C

Market Positioning

Strengths
  • High precision (±30ppm stability) for timing-critical applications
  • Compact SMD3225-4P package (10.0x7.5mm) for space-constrained designs
  • RoHS compliant with moisture-sensitive packaging
Weaknesses
  • Higher ESR (200Ω) compared to ceramic resonators
  • Limited to 4.5V absolute maximum voltage (not specified in data)
  • No industrial temperature grade (-40°C to +125°C) option

Datasheet

Assist inquiry