PC8210N RF Antenna Equivalent & Substitute Parts

Part Overview

The PC8210N is a 10-element Yagi RF antenna manufactured by TE Connectivity Laird, designed for GSM cellular applications in the 824MHz to 896MHz frequency band with a center frequency of 860MHz. This antenna features an N-type female connector, bracket mount configuration, and delivers 11dBd gain with a maximum power rating of 200W. The product is currently classified as obsolete, making identification of functionally equivalent alternatives necessary for system maintenance, repair, and component sourcing in legacy installations.

Substiute Parts

PC8210N

TE Connectivity LairdIn Stock: 866PC8210N Datasheet

Current PartRFQ

YA9-13

TE Connectivity LairdIn Stock: 1029YA9-13 Datasheet

SimilarRFQ

Key Parameters

Substitute Part Grouping Explanation

Substitution of the PC8210N is evaluated based on the following critical parameters:

Frequency Compatibility: The substitute must operate within or encompass the 824MHz to 896MHz band. The YA9-13 operates across 860MHz to 960MHz, providing full coverage of the PC8210N's frequency range with extended upper bandwidth.

Connector Type: Both the main part and substitute must feature N-type female termination to ensure direct compatibility with existing RF cable assemblies and system interfaces without adapter requirements.

Mounting Configuration: Bracket mount capability is mandatory for mechanical integration into existing antenna support structures.

Regulatory Compliance: RoHS compliance status must be maintained to satisfy environmental and procurement standards.

Antenna Topology: While the PC8210N uses a 10-element Yagi configuration and the YA9-13 uses a 15-element Yagi, both are directional Yagi antennas suitable for point-to-point or base station applications. The increased element count in the substitute results in higher gain (13dBi versus 11dBd).

Power Handling: The PC8210N is rated for 200W maximum power. The YA9-13 is rated for 100W. This represents a reduction in power capacity that must be evaluated against actual system requirements.

Parameter Comparison

Engineering Selection Recommendations

Primary Consideration - Product Status: The PC8210N is obsolete. The YA9-13 is active and currently manufactured by TE Connectivity Laird, ensuring availability for procurement and technical support.

Frequency Band Alignment: The YA9-13 frequency range (860MHz to 960MHz) completely encompasses the PC8210N operational band (824MHz to 896MHz). GSM cellular systems operating at 860MHz center frequency will function within the YA9-13 specification window.

Connector and Mechanical Compatibility: Both antennas feature N-type female connectors and bracket mount configurations, enabling direct physical and electrical substitution without system redesign.

Regulatory Compliance: Both parts maintain RoHS compliance status, satisfying procurement and environmental requirements.

Power Handling Trade-off: The YA9-13 is rated for 100W maximum power versus the PC8210N's 200W rating. System designers must verify that actual RF power levels in the installation do not exceed 100W. If the system operates below 100W, this substitution is valid. If sustained operation above 100W is required, the YA9-13 is not suitable.

Gain Improvement: The YA9-13 provides 13dBi gain compared to the PC8210N's 11dBd gain, representing approximately 2dB improvement in signal amplification. This enhances link budget and system performance.

Application Domain Shift: The PC8210N is specified for cellular GSM applications, while the YA9-13 is specified for WiFi/WiMax applications. However, both operate in the UHF band with overlapping frequency coverage. The frequency-based substitution is technically valid; application-specific performance validation is recommended.

Frequently Asked Questions (FAQ)

Q: Can the YA9-13 directly replace the PC8210N without any modifications?

A: Direct mechanical and electrical replacement is possible due to identical N-type female connectors and bracket mount configurations. However, the 100W power rating of the YA9-13 versus the 200W rating of the PC8210N must be verified against actual system power levels. If the system operates at or below 100W, substitution is valid without modifications.

Q: Why does the YA9-13 have a different center frequency (900MHz) than the PC8210N (860MHz)?

A: The YA9-13 is optimized for 900MHz WiMax applications, while the PC8210N is optimized for 860MHz GSM. However, the YA9-13 frequency range (860MHz to 960MHz) includes the PC8210N's entire operational band. The antenna will function across the GSM band, though performance characteristics may differ slightly from the original design point.

Q: What is the difference between dBd and dBi gain measurements?

A: Both are gain measurements relative to different reference antennas. dBd is relative to a dipole antenna, while dBi is relative to an isotropic radiator. The YA9-13 specification of 13dBi is approximately equivalent to 11dBd, consistent with the PC8210N's stated gain.

Q: Is the YA9-13 suitable for GSM cellular systems?

A: The YA9-13 is specified for WiFi/WiMax applications but operates within the frequency range required for GSM cellular systems. Frequency compatibility exists; however, the antenna was not originally designed for cellular applications. System performance should be validated in the specific deployment environment.

Q: What is VSWR and why is it important?

A: VSWR (Voltage Standing Wave Ratio) measures impedance matching between the antenna and RF system. The YA9-13 specifies VSWR of 1.5, indicating good impedance matching. Lower VSWR values reduce signal reflection and improve efficiency. The PC8210N VSWR is not specified in available documentation.

Q: Can I use the YA9-13 in applications requiring 200W continuous power?

A: No. The YA9-13 is rated for 100W maximum power. Using it in applications requiring sustained 200W operation will exceed its thermal and electrical design limits and may cause component failure. Verify actual system power requirements before substitution.

Q: Are both antennas from the same manufacturer?

A: Yes. Both the PC8210N and YA9-13 are manufactured by TE Connectivity Laird, ensuring consistent design quality and support standards.

Q: What is the cable length difference between these antennas?

A: The PC8210N includes a 483mm cable, while the YA9-13 includes a 457mm cable. This 26mm difference is minor and should not affect system integration in most installations.

Q: Why is the PC8210N obsolete?

A: Product obsolescence is determined by manufacturer production decisions. The PC8210N has been discontinued by TE Connectivity Laird. The YA9-13, as an active product, represents the current manufacturing alternative for similar frequency-band antenna applications.