Skyworks Solutions

SI3200-FS Dual-Channel SLIC Linefeed IC | Skyworks

MPN: SI3200-FS ✗ Tapus ng Buhay
3.3 V, 5 V Vdss 110 uA Id 16-pin SOIC Package
MOQ: 1 |

SI3200-FS Ulas

Skyworks Solutions SI3200-FS is a dual-channel Subscriber Line Interface Concept (SLIC) linefeed interface IC for customer premise equipment and telecom telephony systems. It integrates the analog line-interface functions required by a dual-channel voice channel, supports 3.3 V and 5 V supply operation, and is packaged in a 16-pin SOIC. The device is identified as a Telecom Interface IC and is intended for applications involving two-channel line feeding, PCM or GCI control, and telephone-network access designs.

A SLIC, or Subscriber Line Interface Circuit, is an analog interface integrated circuit that connects a telephone line to a digital voice codec or channel processor. It forms part of the wider telecom interface hierarchy: SLIC -> linefeed interface -> customer premise equipment interface -> telecom equipment. The SI3200-FS is designed for low-voltage digital control systems that require a dedicated line-interface function rather than a general-purpose signal amplifier or power-management device.

The SI3200-FS provides two linefeed circuits and supports interface arrangements identified in the product documentation as GCI, PCM, and SPI. It operates from 3.3 V or 5 V, has a quoted supply current of 110 uA, and is specified for an operating temperature range of -40 °C to +85 °C. The listed power dissipation is 941 mW. Its 16-pin SOIC package supports conventional surface-mount assembly and is marked as lead-free in distributor product information.

Typical telecom uses include analog telephone adapters, voice-over-IP terminals, digital loopback equipment, customer access units, and other CPE products that connect a digital voice processor to one or two analog telephone lines. Because the IC handles the linefeed portion of the signal path, the surrounding design must account for line protection, ring-voltage requirements, isolation or surge handling, impedance matching, and proper separation between the telephone line and low-voltage logic.

The SI3200-FS is used where a dual-channel interface, low-voltage digital control, and established 16-pin SOIC implementation are priorities. Designers should confirm the exact linefeed ratings, external component requirements, control timing, and board-level protection against the manufacturer datasheet for the selected source and revision.

For sourcing and design review, this page combines the manufacturer-identified electrical characteristics, package information, telecom-interface application context, comparison points, and practical implementation guidance. Request a Quote on this page for current commercial availability, packaging options, and lead-time confirmation.

Mga alternatibo na pwedeng ilagay na SI3200-FS — parehas na package, pin-to-pin na katugmang. Hindi kasama ang mga bahagi ng iba't-ibang package na nangangailangan ng pagpapaayos ng PCB.

SI3200-G-FS

✅ Drop-In
📦 16-pin SOIC
Same SI3200 family and 16-pin SOIC format; exact supply, ringing, and linefeed differences require datasheet verification

📋 Alternatibo na Reference (hindi sa katalogo)

SI3200-X-FS

✅ Drop-In
📦 16-pin SOIC
Same SI3200-X-FS family documentation; configuration and rated parameters must be checked against the SI3200-FS ordering information

📋 Alternatibo na Reference (hindi sa katalogo)

SI3200-G-GS

✅ Drop-In
📦 16-pin SOIC
Same SI3200 family package, while the comparison listing shows a different maximum supply-voltage description

📋 Alternatibo na Reference (hindi sa katalogo)

SI3200-G-GSR

✅ Drop-In
📦 16-pin SOIC
Same SI3200 family package, while the comparison listing shows a different maximum supply-voltage description and configuration

📋 Alternatibo na Reference (hindi sa katalogo)

SI3200-FS Mga Spesipikasyon

Product Type Subscriber Line Interface Concept (SLIC) linefeed interface IC
Number of Circuits 2
Interface GCI, PCM, SPI
Volte ng Pagbibigay 3.3 V, 5 V
Kuru-kuryente ng Pagbibigay 110 uA
Power Dissipation 941 mW
Temperature na Operasyon -40 °C to +85 °C
Packhaging 16-pin SOIC
Uri ng Pagpapasok Surface Mount
Lead-Free Status Lead-free
Application Category Telecom Interface IC
Linefeed Architecture Dual-channel SLIC
BORSCHT Functions Per manufacturer datasheet listing
Maximum Line Length Up to 18 kft per manufacturer listing
Internal Balanced Ringing 65 Vrms per manufacturer listing
External Bulk Ringer Support Supported per manufacturer listing
Standby Power Low standby power per manufacturer listing

Gabay sa Pin Configuration ng SI3200-FS 16-pin soic

Pin configuration para sa SI3200-FS (16-pin soic package). Ang pagnunumero ng pin, mga function, at connection diagram ay tinukoy sa datasheet ng manufacturer. Sumangguni dito para sa eksaktong footprint at mga alituntunin sa soldering.

Pinout diagram ng 16-pin soic package para sa SI3200-FS

Wala ng detalyadong pinout data na magagamit para sa SI3200-FS.

Sumangguni sa datasheet para sa buong pin configuration.

Tipikal na mga Gamit

SI3200-FS ay nararapat para sa 6 aplikasyons: Analog Telephone Adapter, Voice-over-IP Terminal, Customer Access Unit, Digital Loopback Tester, Small Business PBX, Embedded Voice Gateway.

📞

Analog Telephone Adapter

The SI3200-FS fits an analog telephone adapter that converts a digital voice stream into a two-channel analog line interface. Its two linefeed circuits support applications up to 18 kft, while 3.3 V or 5 V operation allows interface with the adapter’s digital control platform. According to the manufacturer datasheet listing, the device performs the required BORSCHT functions and includes low standby power. The implementation must add the approved line protection network and validate ringing voltage, DC feed, impedance, and off-hook behavior against the target network.

📱

Voice-over-IP Terminal

The SI3200-FS provides the two-channel analog telephone-line side of a Voice-over-IP terminal while digital audio and control remain on the codec side. Its GCI, PCM, and SPI interface options allow the linefeed IC to be paired with different voice processors, and the quoted 110 uA supply current supports low-power portable and desktop designs. The board should provide controlled digital grounding, robust line surge protection, and the external components required by the selected ringing and DC-feed implementation.

🏭

Customer Access Unit

A customer access unit can use the SI3200-FS as its dual-channel subscriber-line interface, with each channel connecting toward a copper analog line and the digital side communicating with a channel processor. The part’s -40 °C to +85 °C operating range is suitable for industrial temperature coverage, while the 16-pin SOIC supports automated surface-mount assembly. Designers should confirm line-feed limits, ring cadence, loop current, and protection components against the access-unit specification rather than relying only on the family description.

🔧

Digital Loopback Tester

The SI3200-FS can support a digital loopback or line-interface test fixture because it provides two programmable linefeed channels and supports GCI, PCM, and SPI control. A test system can exercise line-state transitions, DC feed, and ringing behavior through the same interface used in production equipment. The 3.3 V or 5 V supply flexibility simplifies test-fixture design across different control platforms. Use controlled line equivalents and protection networks so the test board does not expose the interface to uncontrolled telephone-line surges.

🏢

Small Business PBX

The SI3200-FS can serve each two-line station interface in a small-business PBX or other multi-extension voice system. Two linefeed circuits per IC allow a compact arrangement of analog extensions while preserving separate digital control for each channel. Its low standby-power characteristic is useful in office equipment expected to remain connected continuously. The system designer must budget board area for protection, ring-signal components, and isolation-related components, and must verify the IC’s exact linefeed ratings for the intended analog line length.

🌐

Embedded Voice Gateway

An embedded voice gateway can pair the SI3200-FS with a network processor when it must expose one or two analog telephone lines alongside packet-based services. The SLIC’s support for PCM and SPI-oriented control allows the analog channel to be managed digitally, while 3.3 V operation can simplify integration with a modern processor platform. The implementation should use a controlled ground and power layout because line transients and ringing circuitry can disturb sensitive digital signals. Validate startup, shutdown, and line-state behavior under the gateway’s full firmware configuration.

What is the SI3200-FS?
The Skyworks Solutions SI3200-FS is a dual-channel Subscriber Line Interface Concept (SLIC) linefeed interface IC. It provides the analog line-interface section for telecom customer premise equipment and is listed with GCI, PCM, and SPI interfaces. The device operates from 3.3 V or 5 V and is packaged in a 16-pin SOIC. According to the manufacturer datasheet listing, it performs the required BORSCHT line functions and supports applications up to 18 kft.
What are the key specifications of SI3200-FS that engineers should know?
The SI3200-FS combines two linefeed circuits, 3.3 V or 5 V supply operation, a 110 uA supply current rating, and a -40 °C to +85 °C temperature range. Its package is a 16-pin SOIC, and distributor documentation identifies the device as a telecom interface IC. According to the manufacturer datasheet listing, internal balanced ringing reaches 65 Vrms and the device is intended for line lengths up to 18 kft.
What is the operating voltage of SI3200-FS?
The SI3200-FS operates from either 3.3 V or 5 V, according to the manufacturer datasheet specification listing. This dual-supply compatibility lets the interface IC be used in low-voltage digital telecom designs and in systems whose control platform uses a 5 V rail. The quoted 110 uA supply current and 941 mW power-dissipation value should still be checked against the exact operating mode and external line conditions in the datasheet.
Where to download SI3200-FS datasheet PDF?
A SI3200-FS datasheet PDF is available through the linked manufacturer-datasheet mirror, while the distributor product pages provide the official part description and electrical-specification summary. The manufacturer datasheet is the controlling document for pin functions, electrical limits, timing, linefeed behavior, and application circuitry. Use the PDF corresponding to the exact SI3200-FS orderable suffix and confirm its revision before releasing a PCB or production BOM.
Where can I find the SI3200-FS pinout?
The SI3200-FS uses a 16-pin SOIC, and its complete pin description is found in the pin-configuration table of the manufacturer datasheet. Use that table to assign line-interface, control, supply, ground, and bypass connections before laying out the PCB. Do not infer pin functions from an unrelated SLIC family member, because package variants can differ in exposed-pad or control-pin arrangements even when their product descriptions appear similar.
Is SI3200-FS suitable for analog telephone adapters?
The SI3200-FS is suitable for many analog telephone adapter and CPE designs because it is a dual-channel SLIC linefeed IC with support for applications up to 18 kft. It works with digital GCI, PCM, or SPI control arrangements and supports 3.3 V or 5 V operation. The final design must still verify line voltage, ringing, impedance, protection, and regulatory requirements in the telephone line environment.
Where to buy SI3200-FS online?
Use the Request a Quote form on this page to request current SI3200-FS pricing, stock, packaging, and lead-time confirmation from XAIPART. The form is the appropriate channel because commercial terms and component availability can change independently of the device’s technical specifications. For engineering review, identify the required 16-pin SOIC package, tape-and-reel or other delivery format, and the quantity needed for production.
What is the price of SI3200-FS?
Submit the SI3200-FS request through the Request a Quote form on this page for a current quotation. The structured price evidence is empty because the listing snippets do not show explicit quantity-break prices for the exact SI3200-FS suffix. A quote request is more reliable than a generic or family-level price because it can reflect the required package, order quantity, delivery format, and current component availability.
What is the lead time for SI3200-FS?
Current SI3200-FS lead time should be confirmed through the Request a Quote form on this page. The product snippets identify the component and list inventory or ordering information, but they do not provide a reliable dated production-lead-time commitment. When requesting the quote, state your required quantity, date code preference, acceptable shipment packaging, and whether the design permits an alternate manufacturer-approved source after engineering review.
Is SI3200-FS in stock?
SI3200-FS availability should be confirmed through the Request a Quote form on this page. Distributor snippets include references to inventory and stock, but those statements are not a dated guarantee for the exact 16-pin SOIC orderable suffix. Provide the required quantity and packaging format in the request so the supplier can return current availability rather than an unqualified family-level status.
What is the difference between SI3200-FS and SI3200-G-FS?
The SI3200-G-FS is a closely related member of the same SI3200 SLIC family and appears in the same 16-pin SOIC format used for the SI3200-FS. The exact electrical and feature differences must be checked in the manufacturer family documentation before substitution because suffix changes can affect supply operation, ringing, interface configuration, or supported line functions. Treat it as a candidate drop-in only after verifying every pin, voltage limit, and control sequence.
SI3200-FS vs SI3200-G-GS — which is better for CPE?
The SI3200-FS versus SI3200-G-GS choice depends on the exact CPE requirements, not simply package appearance. Both are identified as SI3200-family telecom interface parts, but the comparison listings show different maximum supply-voltage descriptions, indicating that suffix functionality or operating limits differ. Select the part whose linefeed, ringing, control-interface, and electrical requirements match the target design, then validate the schematic and timing against the manufacturer datasheet.
When should I choose SI3200-FS over another SI3200-family device?
Choose the SI3200-FS when the design specifically requires its dual-channel 16-pin SOIC implementation, 3.3 V or 5 V operation, and documented linefeed behavior. Move to a related suffix only when the alternate part preserves the required line length, ringing voltage, supply limits, control protocol, and pin mapping. This approach avoids treating a similar telecom-interface description as proof that every electrical parameter and software configuration is interchangeable.
What is the best drop-in replacement for SI3200-FS?
SI3200-G-FS is the closest documented candidate for a possible SI3200-FS replacement because it belongs to the same SI3200 family and is offered in the same 16-pin SOIC format. However, a substitute should be called drop-in only after checking pin functions, supply ratings, control timing, linefeed parameters, and ringing behavior. No cross-brand replacement in the available cross-reference material is established as fully pin-compatible.
Can SI3200-G-FS replace SI3200-FS?
SI3200-G-FS can be considered a potential replacement for SI3200-FS because the same-family SI3200-X-FS documentation and SI3200-G-FS listing place the devices in a comparable 16-pin SOIC linefeed class. It is not safe to approve the substitution solely from that relationship. Review the manufacturer family datasheet for exact pin compatibility, supply-voltage range, interface protocol, maximum line length, ringing voltage, and device programming.
What can replace SI3200-FS?
The available replacement evidence points to SI3200-G-FS, SI3200-G-GS, SI3200-G-GSR, and the related SI3200-X-FS family documentation. These are same-manufacturer family candidates rather than proven cross-brand equivalents. For each candidate, verify the 16-pin SOIC footprint, pin names, supply limits, control interface, linefeed characteristics, ringing capability, and software configuration. This avoids incorrectly classifying a similar linefeed IC as a guaranteed drop-in replacement.
Is SI3200-FS the same as SI3200-G-GSR?
No automatic equivalence should be assumed between SI3200-FS and SI3200-G-GSR. The comparison listing identifies both as Skyworks SI3200-family telecom interface devices, but it shows different maximum supply-voltage descriptions, which can signal different linefeed or operating configurations. They may share a family footprint while differing in rated function. Confirm the pin table, voltage limits, ringing behavior, and register or control configuration before using one in place of the other.

Impormasyon ng Talumpati sa Engineering for SI3200-FS — ikabit, gabay sa disenyo, at impormasyon ng pagsunod sa kautusan.

Paunawang Hanapin

Choose SI3200-FS when the design requires the exact dual-channel 16-pin SOIC linefeed device with documented 3.3 V and 5 V operation, interfaces identified as GCI, PCM, and SPI, and line applications up to 18 kft. Consider SI3200-G-FS as the closest same-family alternative when its manufacturer documentation confirms the required pinout, supply limits, ringing behavior, and control configuration. Evaluate SI3200-X-FS through the related family datasheet rather than assuming suffix interchangeability. Use SI3200-G-GS or SI3200-G-GSR only after checking their differing supply-voltage descriptions and linefeed characteristics. For any approved substitution, compare the pin table, maximum line length, ringing voltage, protocol, and firmware configuration, and perform board-level line-state testing before production release.

Ikabit sa Mga Alternatibo

Parametro Ito ang Producto SI3200-G-FS SI3200-X-FS SI3200-G-GS SI3200-G-GSR
Package 16-pin SOIC 16-pin SOIC 16-pin SOIC 16-pin SOIC 16-pin SOIC
Brand Skyworks Solutions Silicon Laboratories Silicon Laboratories Silicon Laboratories Silicon Laboratories
Product Category Telecom Interface IC / Subscriber Line Interface Concept SI3200-family telecom interface IC SI3200-X-FS SLIC SI3200-family telecom interface IC SI3200-family telecom interface IC

Pangunahing mga Pagkakaiba

  • Exact 16-pin SOIC dual-channel SLIC configuration (kumpara saSI3200-G-GSR)
  • Wide logical supply compatibility (kumpara saSI3200-G-GSR)
  • Documented long-line and ringing capability (kumpara saSI3200-G-GS)
  • Multi-protocol control listed for the target suffix (kumpara saSI3200-G-FS)

Talaan ng Disenyo

Separate the low-level digital control section from the telephone-line analog section as far as the board outline permits. Keep the SLIC, line-protection components, and ringing-related parts grouped by channel, while routing digital control away from high-energy line nodes. Use a continuous ground reference where appropriate and return line-driver currents through controlled paths so switching and line transients do not inject noise into the voice channel.

Do not treat the package appearance or the SI3200 family name as proof of electrical equivalence. Before replacing SI3200-FS with SI3200-G-FS, SI3200-X-FS, SI3200-G-GS, or SI3200-G-GSR, compare pin names, supply limits, line length, ringing voltage, interface protocol, and control configuration. The comparison listing indicates different maximum supply-voltage descriptions for some suffixes, making a complete datasheet review essential before design reuse.

The SI3200-FS supports 3.3 V or 5 V operation, but the supply network must also serve the external line-interface and ringing circuitry. Use local decoupling close to the IC pins and keep high-current switching paths away from sensitive analog returns. Review the quoted 110 uA supply current and 941 mW power dissipation against the intended operating mode, because the headline values alone do not define every internal condition or external-load contribution.

Telephone-line transients can exceed the normal operating ratings of the linefeed circuit. Use the protection, surge, and ringing network specified by the manufacturer’s reference design, and verify that the selected SI3200-FS configuration supports the required 18 kft application and 65 Vrms balanced ringing. Validate the assembled board for off-hook, on-hook, ring-voltage, DC-feed, and line-state transitions rather than checking only static supply rails.

Impormasyon ng Pagsunod sa Kautusan

RoHS
Unknown
REACH
Unknown
AEC-Q100
Not Applicable
Walang Lead
Yes
Walang Halogen
Unknown
Mga Conflict Mineral
Unknown

The distributor product information identifies SI3200-FS as lead-free. RoHS, REACH, halogen-free, and conflict-minerals status are not explicitly established by the available product data.

Data napatotohanan sa: 2026-11-04 — impormasyon na pinatunayan at pinapatakbo ng pangkat ng engineering ng XAIPART's component engineering team

Kaugnay na Hanapin

SI3200-FS datasheet SI3200-FS datasheet pdf SI3200-FS pinout SI3200-FS schematic SI3200-FS replacement SI3200-FS equivalent SI3200-FS drop-in replacement SI3200-FS 16-SOIC SI3200-FS price SI3200-FS stock SI3200 24h pwr scm si3200 Skyworks SI3200-FS SI3200-FS vs SI3200-G-FS

Mga kaugnay na Mga Komponente at mga Tuntunin

Skyworks Solutions Silicon Laboratories SI3200-FS SI3200-G-FS SI3200-X-FS SI3200-G-GS SI3200-G-GSR Subscriber Line Interface Concept SLIC linefeed interface IC telecom interface IC customer premise equipment analog telephone interface PCM GCI SPI BORSCHT functions balanced ringing DC feed 16-pin SOIC SOIC package surface-mount package semiconductor 3.3 V 5 V
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