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SXT21417DB07-16.384M
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Product Detailed Parameters
- Description：CRYSTAL 16.384MHZ 17PF SMD
- Series：SXT214
- Mfr：Suntsu Electronics, Inc
- Package：Bulk
- Type：MHz Crystal
- Frequency：16.384 MHz
- Frequency Stability：±30ppm
- Frequency Tolerance：±20ppm
- Load Capacitance：17pF
- ESR (Equivalent Series Resistance)：200 Ohms
- Operating Mode：Fundamental
- Operating Temperature：0°C ~ 70°C
- Ratings：-
- Mounting Type：Surface Mount
- Package / Case：4-SMD, No Lead
- Size / Dimension：0.079" L x 0.063" W (2.00mm x 1.60mm)
- Height - Seated (Max)：0.020" (0.50mm)
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Buying Guide
Suntsu Electronics, Inc SXT21417DB07-16-384M is used in Crystals category where integration and verification need to stay predictable. Key specs include Description (CRYSTAL 16.384MHZ 17PF SMD), Series (SXT214), Type (MHz Crystal), Packaging (Bulk), and Temperature (0°C ~ 70°C).
Selection Notes
- For SXT21417DB07-16-384M, ensure the operating frequency (16.384 MHz) meets your performance target with margin.
- Validate the operating temperature range (0°C ~ 70°C) for your environment and margin.
- Verify ESR (Equivalent Series Resistance) (200 Ohms) matches your requirements and the datasheet test conditions.
- Ensure the package/case (4-SMD, No Lead) and land pattern match your PCB layout before procurement.
Alternates & Substitutions
- For SXT21417DB07-16-384M, the closest substitutes usually keep frequency 16.384 MHz and type/output MHz Crystal aligned with the same clocking role.
- For SXT21417DB07-16-384M, candidates that preserve frequency 16.384 MHz and type/output MHz Crystal together are usually closer to the original part than options that match only one visible specification (key constraints: package 4-SMD, No Lead, frequency 16.384 MHz).
- For Crystals, the best alternate usually preserves board fit and the system-facing behavior your design already depends on.
- When two parts look similar, the one that already matches package/case 4-SMD, No Lead, mounting Surface Mount, packaging Bulk usually stays closer to the original assembly path.
FAQ
What details help you quote SXT21417DB07-16-384M quickly?
Send the part number (SXT21417DB07-16-384M), quantity, target delivery date, and any required packaging or documentation.
Which operating temperature range is specified for SXT21417DB07-16-384M?
0°C ~ 70°C
What Operating Mode does SXT21417DB07-16-384M have?
Fundamental
What is the mounting type of SXT21417DB07-16-384M?
Surface Mount
Application Scenarios
In real deployments, for Suntsu Electronics, Inc SXT21417DB07-16-384M used in Crystals designs, engineers usually narrow the choice by checking the failure modes, measurement access, and constraints that still matter after layout. Well-behaved timing distribution reduces intermittent failures by keeping edges clean and deterministic across manufacturing variance. They generate, buffer, divide, or clean clocks so digital domains remain synchronized and interface margins stay within specification. In data center equipment, clock quality influences BER margins and long-term stability under continuous load. In measurement equipment, clean clocks reduce converter spurs and improve repeatability in benchtop instruments used for calibration workflows. In automotive infotainment and camera links, they support high-speed interfaces that must tolerate thermal cycling and vibration without frame errors. Once the boundaries are defined, it becomes easier to judge fit in the target application and test it on real hardware.
Compatibility Advice
- In Suntsu Electronics, Inc SXT21417DB07-16-384M integration, during bring-up, check fan-out loading and termination so clock edges remain clean across the full distribution tree. This keeps integration from depending on typical-only conditions.
- With the real source, load, and wiring, verify that routing keeps sensitive clocks away from switch-node and high di/dt nets to avoid intermittent jitter issues. This keeps integration from depending on typical-only conditions.
Project Fit
- Suntsu Electronics, Inc SXT21417DB07-16-384M tends to suit Crystals builds when the project has defined jitter budgets and controlled routing for clock distribution.
