SHPCIE100 100 MHz HCSL XO Oscillator Equivalent & Substitute Parts

Part Overview

The SHPCIE100 is a 100 MHz XO (Standard) HCSL oscillator manufactured by Diodes Incorporated, part of the SaRonix-eCera™ SH series. This crystal-based oscillator operates at 3.3V with Enable/Disable functionality and is housed in a 6-SMD, No Lead package. The product is currently obsolete, making equivalent and substitute parts necessary for ongoing system support and new design implementations. Substitute parts maintain identical electrical and mechanical specifications while offering active product status from alternative manufacturers.

Substiute Parts

SHPCIE100

Diodes IncorporatedIn Stock: 1496SHPCIE100 Datasheet

Current PartRFQ

510DAA100M000AAGR

Skyworks Solutions Inc.In Stock: 975510DAA100M000AAGR Datasheet

DirectRFQ

511DAA100M000AAGR

Skyworks Solutions Inc.In Stock: 1087511DAA100M000AAGR Datasheet

DirectRFQ

647H10003I3T

CTS-Frequency ControlsIn Stock: 1083647H10003I3T Datasheet

DirectRFQ

BX-100.000MBE-T

TXC CORPORATIONIn Stock: 1857BX-100.000MBE-T Datasheet

DirectRFQ

SIT9102AI-483N33E100.00000X

SiTimeIn Stock: 1082SIT9102AI-483N33E100.00000X Datasheet

DirectRFQ

Key Parameters

Substitute Part Grouping Explanation

Substitution eligibility for the SHPCIE100 is determined by strict equivalence across the following parameters: 100 MHz frequency, HCSL output, 3.3V supply voltage, Enable/Disable function, ±50ppm frequency stability, -40°C ~ 85°C operating temperature range, 6-SMD No Lead package, and surface mount configuration. All identified substitute parts meet these core electrical and mechanical requirements. Substitutes are grouped by manufacturer and product series while maintaining identical functional specifications. The primary distinction among substitutes is the base resonator technology (crystal versus MEMS) and maximum supply current ratings, which do not affect functional interchangeability within the specified parameter set.

Parameter Comparison

Engineering Selection Recommendations

All substitute parts listed are functionally equivalent to the SHPCIE100 across the specified electrical and mechanical parameters. Selection among substitutes should be based on product availability, supply chain considerations, and compliance requirements specific to the application.

The Skyworks Solutions Si510 (510DAA100M000AAGR) and Si511 (511DAA100M000AAGR) series offer active product status with established supply channels. Both maintain crystal-based resonator technology consistent with the original SHPCIE100 design.

The CTS-Frequency Controls 647H10003I3T provides ROHS3 compliance and the lowest seated height among crystal-based alternatives at 1.65mm, suitable for space-constrained applications.

The TXC Corporation BX-100.000MBE-T delivers the lowest maximum supply current at 30mA and the lowest seated height at 1.50mm, offering power efficiency advantages in battery-powered or thermally sensitive designs.

The SiTime SIT9102AI-483N33E100.00000X employs MEMS resonator technology with ROHS3 compliance and the lowest seated height at 1.00mm. MEMS-based oscillators provide superior shock and vibration immunity compared to crystal-based alternatives, with no frequency aging effects.

Frequently Asked Questions (FAQ)

Q: Can the SHPCIE100 be directly replaced with any of these substitute parts?

A: Yes. All listed substitute parts maintain identical electrical specifications (100 MHz, HCSL output, 3.3V supply, Enable/Disable function, ±50ppm stability, -40°C ~ 85°C operating range) and mechanical compatibility (6-SMD No Lead package, 7.00mm x 5.00mm footprint, surface mount configuration). Direct PCB-level substitution is supported without circuit modification.

Q: What is the difference between crystal-based and MEMS-based oscillators in this comparison?

A: The SHPCIE100, 510DAA100M000AAGR, 511DAA100M000AAGR, 647H10003I3T, and BX-100.000MBE-T use crystal resonators. The SIT9102AI-483N33E100.00000X uses a MEMS resonator. Both technologies meet the specified ±50ppm frequency stability and operating temperature range. MEMS oscillators exhibit superior mechanical robustness and eliminate frequency aging, while crystal oscillators represent established technology with extensive field history.

Q: Are there height restrictions I should consider?

A: The original SHPCIE100 has a maximum seated height of 2.00mm. All substitute parts have equal or lower seated heights, ranging from 1.00mm to 1.80mm. This ensures compatibility with existing PCB layouts and component clearance requirements. Lower-profile substitutes may provide additional design flexibility for space-constrained applications.

Q: What are the supply current differences among substitutes?

A: Maximum supply current ranges from 30mA (BX-100.000MBE-T) to 70mA (SIT9102AI-483N33E100.00000X). The original SHPCIE100 specifies 40mA maximum. All values remain within typical power supply capabilities for 3.3V oscillator circuits. Selection based on current consumption should consider overall system power budget and thermal management requirements.

Q: Which substitute offers the best compliance certifications?

A: The CTS-Frequency Controls 647H10003I3T and SiTime SIT9102AI-483N33E100.00000X both carry ROHS3 compliance. The Skyworks Solutions parts do not specify RoHS status in the provided data. The TXC Corporation BX-100.000MBE-T and original SHPCIE100 carry RoHS Compliant certification. All parts are REACH Unaffected and carry EAR99 ECCN classification.

Q: Can I use these substitutes interchangeably in the same design?

A: Yes, within the specified electrical and mechanical parameters. However, component-level differences such as maximum supply current, seated height, and resonator technology may influence performance in specific applications. Thermal management, power distribution, and mechanical stress considerations should be evaluated for the intended application context.