Cirrus Logic Inc.

CS5351-BS 108 dB 192 kHz Audio ADC | Cirrus Logic

MPN: CS5351-BS ✗ Son Kullanım Zamanı
-BS package configuration Package
MOQ: 1 |

CS5351-BS Genel Bakış

The Cirrus Logic CS5351-BS is a 108 dB, 192 kHz multi-bit audio analog-to-digital converter designed for digital audio systems. It combines sampling, A/D conversion, and anti-alias filtering in a single IC, while producing 24-bit serial data for left and right channels. The converter is supplied in the -BS package configuration for compact, surface-mount audio equipment and supports the high-resolution, high-sample-rate requirements of professional audio and consumer audio applications.

An audio ADC is a data-converter IC that accepts analog left and right audio signals and converts them into digital words suitable for transmission, recording, playback, or digital signal processing. In the broader component hierarchy, the CS5351-BS is an ADC, a data converter, and a specialized digital-audio integrated circuit. Its integrated anti-alias filtering reduces the need for separate external analog filtering before the conversion stage.

The CS5351 uses a fifth-order, multi-bit Delta-Sigma modulator followed by digital filtering and decimation. This architecture is intended to support 24-bit conversion results at sample rates up to 192 kHz per channel. The manufacturer identifies the device as a complete analog-to-digital converter for digital audio systems, and the available product information describes overflow detection for both left and right channels, with the multiplexed overflow indication presented as an active-low open-drain signal on pin 15.

The device is intended for applications where accurate stereo capture and high-resolution digital representation are valuable. Typical uses include professional digital audio equipment, multichannel recording systems, consumer audio processors, digital mixers, and high-performance playback or monitoring equipment. The 192 kHz per-channel rate supports very high-bandwidth digital audio workflows, while the 108 dB dynamic-range figure defines the principal signal-to-noise performance target.

Because the CS5351-BS is an integrated converter, board layout and power-supply design remain important even when no external anti-alias filter is required. The analog and digital sections should be routed according to the manufacturer datasheet, with attention to grounding, decoupling, clock integrity, and keeping switching or high-current digital signals away from the analog inputs. The CS5351 family is marked NRND, so lifecycle planning should confirm availability or an approved replacement before beginning a long-running production design.

This page combines manufacturer information, distributor availability, lifecycle status, and application guidance to provide an engineering-focused overview. It also distinguishes documented CS5351-BS facts from parameters that require confirmation in the manufacturer datasheet, helping designers evaluate the converter without treating incomplete specifications as verified production data.

Drop-in alternatifler için CS5351-BS — aynı paket, pin-başına uyumlu. PCB yeniden montajı gerektiren farklı paket bileşenleri dışlanmıştır.

CS5361-BS

✅ Yerleştirme
📦 24-pin SOIC
Stated dynamic range is 114 dB versus 108 dB, a 6 dB increase; package and pin compatibility require final datasheet confirmation.

📋 Katalogda Olmayan Referans Alternatifi

CS5351-KZZ

✅ Yerleştirme
📦 TSSOP-24
Same CS5351 family and converter function, with a KZZ TSSOP-24 package option; physical fit versus the -BS footprint must be confirmed.

📋 Katalogda Olmayan Referans Alternatifi

CS5351K-KZZR

✅ Yerleştirme
📦 TSSOP-24
Same CS5351 converter family with a KZZR TSSOP-24 orderable configuration; the package and lifecycle differences require schematic and PCB review.

📋 Katalogda Olmayan Referans Alternatifi

CS5351-BS

✅ Yerleştirme
Cirrus Logic Inc.
📦 24-pin SOIC
Stereo audio analog-to-digital converter · 24 bit · 108 dB · 192 kHz per channel · Multi-bit Delta-Sigma modulator · Fifth order · On-chip digital filtering and decimation · Integrated

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CS5351-BS Maksimum Değerlendirmeler & Elektriksel Özellikler

Converter Type Stereo audio analog-to-digital converter
Çözünürlük 24 bit
Dynamic Range 108 dB
Maximum Sample Rate 192 kHz per channel
Architecture Multi-bit Delta-Sigma modulator
Modulator Order Fifth order
Digital Filtering On-chip digital filtering and decimation
Anti-Alias Filtering Integrated
Channel Count 2 channels, left and right
Output Format Serial, 24-bit values for left and right inputs
Overflow Detection Available for both left and right channels
Overflow Output Active-low, open-drain, multiplexed on pin 15
Package Configuration -BS package configuration
Montaj Türü Surface mount
Manufacturer Cirrus Logic
Yaşam Döngüsü Durumu NRND

CS5351-BS -bs package configuration Pin Yapısı Kılavuzu

CS5351-BS (-bs package configuration paket) için pin yapısı. Bu analog bileşen, giriş, çıkış ve güç besleme pinleri içerir. Ofset null, telafi ve etkinleştirme pin yapılandırmaları için üretici veri kitapçığını referans alın. Sinyal işleme ve güç amplifikasyon devreleri için mükemmel bir bileşendir.

-bs package configuration paket pin çizelgesi için CS5351-BS

Ayrıntılı pin çıkış verisi mevcut değil: CS5351-BS.

Aşağıdaki veri sayfası tam pin konfigürasyonu için.

Tipik Uygulamalar

CS5351-BS için uygundur 6 uygulamas: Professional Digital Audio Recording, High-Resolution Digital Mixer, Digital Audio Monitoring System, Consumer High-Fidelity Audio Processor, Digital Amplifier Feedback Path, Audio Test and Measurement Equipment.

🎧

Professional Digital Audio Recording

The CS5351-BS fits professional stereo capture because it delivers 24-bit conversion, 108 dB dynamic range, and sample rates up to 192 kHz per channel. It can sit between the analog preamplifier and a digital recorder or DSP while performing sampling, A/D conversion, and anti-alias filtering in one device. The integrated fifth-order multi-bit Delta-Sigma path reduces the need for separate anti-alias circuitry, although the source impedance, reference quality, clock jitter, and PCB grounding remain important. Designers should verify the exact input range and supply requirements from the manufacturer datasheet rather than infer them from the 108 dB performance figure.

🔧

High-Resolution Digital Mixer

The CS5351-BS is appropriate for a digital mixer input stage requiring stereo 24-bit conversion at up to 192 kHz per channel. Its 108 dB dynamic range and integrated anti-alias filtering make it suitable for capturing multiple mixer channels through suitable line preamplifiers before routing the serial data into a mixing engine. The converter supports direct digital processing without a separate external anti-alias filter stage. Key implementation details include low-noise analog routing, a stable master clock, separate analog and digital supply considerations, and short traces that minimize coupling from mixer display, relay, and power-converter circuitry.

🎚️

Digital Audio Monitoring System

The CS5351-BS can convert analog monitor-source signals into high-resolution digital data for a digital monitoring path. Its 24-bit output and 192 kHz maximum rate suit applications that preserve source detail during capture, while the 108 dB dynamic range provides a defined signal-to-noise target. The converter is used after a calibrated input stage and before a digital routing or processing engine. Because the verified data does not specify full-scale input or clock requirements, the design must use the manufacturer electrical data to set gain, anti-alias margins, and clock topology. Grounding and analog-digital partition layout remain critical to preserve the advertised performance.

📱

Consumer High-Fidelity Audio Processor

The CS5351-BS can serve as the stereo ADC in a high-fidelity consumer audio processor that accepts analog line inputs and passes 24-bit digital audio to a DSP or DAC. Its integrated sampling and anti-alias function simplifies the converter block, while operation up to 192 kHz provides a path for high-rate processing. The design must still provide safe input attenuation or gain stages, a clean reference, and filtering appropriate to the selected source bandwidth. Low-level analog traces should remain away from display converters, switching regulators, and digital clock lines. The NRND lifecycle status should be checked against the product roadmap before new consumer platforms commit to the device.

⚡

Digital Amplifier Feedback Path

The CS5351-BS can provide high-resolution feedback or error-sensing in digital amplifier and feedback-control systems requiring stereo analog measurement. Its 24-bit resolution, 108 dB dynamic range, and 192 kHz per-channel capability support precise signal representation when the sampled result is processed digitally. The converter should be connected to a low-noise input stage with controlled source impedance and bandwidth. Clock jitter, analog supply noise, and layout coupling can affect the measurement path even when the converter itself operates within specification. Validate the selected -BS footprint and complete pinout against the manufacturer datasheet because the supplied search data does not provide every supply, clock, or electrical limit.

🖥️

Audio Test and Measurement Equipment

The CS5351-BS is suitable for audio measurement equipment that converts left and right analog test signals into high-resolution digital data for analysis. Its 192 kHz maximum sample rate and 24-bit output support broadband audio capture, while 108 dB dynamic range provides a useful baseline for precision test systems. The analog source, attenuation network, and clock must be designed carefully to avoid becoming the limiting noise source. High-resolution conversion also benefits from controlled grounding, short analog traces, low-jitter clock distribution, and power rails that remain stable across the input range. The manufacturer datasheet remains necessary for verified input full scale, supply voltages, timing, and calibration considerations.

What are the key specifications of CS5351-BS that engineers should know?
The CS5351-BS is a 24-bit stereo audio ADC with 108 dB dynamic range and operation up to 192 kHz per channel. According to the Cirrus Logic product page, it performs sampling, A/D conversion, and anti-alias filtering while using a fifth-order multi-bit Delta-Sigma modulator followed by digital filtering and decimation. It generates serial 24-bit values for both left and right inputs, making it suitable for professional and high-resolution digital audio equipment.
What is the CS5351-BS used for?
The CS5351-BS is used to convert left and right analog audio signals into 24-bit digital data. According to the Cirrus Logic product page, it supports sample rates up to 192 kHz per channel and integrates sampling, conversion, and anti-alias filtering. Typical implementations include digital recording equipment, professional mixers, high-resolution audio processors, monitoring systems, and consumer devices requiring stereo capture with a 108 dB dynamic-range specification.
What is the difference between CS5351-BS and CS5361-BS?
The CS5361-BS is a closely related stereo audio ADC, but the available comparison data indicates a 114 dB figure for the CS5361 versus 108 dB for the CS5351-BS. Both devices perform sampling, A/D conversion, and anti-alias filtering and generate 24-bit serial data at up to 192 kHz per channel. The CS5361 may therefore offer better stated dynamic range, but a final drop-in decision requires verification of package, pinout, supply voltage, clocking, and interface details in the manufacturer datasheets.
Where can I download the CS5351-BS datasheet PDF?
The manufacturer datasheet PDF is available at https://statics.cirrus.com/pubs/proDatasheet/CS5351_F3.pdf. The verified search results also identify CS5351-BS documentation on datasheet hosting sites, but the Cirrus Logic-hosted PDF is the preferred authoritative source. It contains the detailed electrical characteristics, pin descriptions, interface timing, application information, and package information needed for a production design.
Where can I find the CS5351-BS pinout?
The CS5351-BS pin assignments are shown in the Cirrus Logic manufacturer datasheet at https://statics.cirrus.com/pubs/proDatasheet/CS5351_F3.pdf. The verified product information specifically identifies pin 15 as the active-low, open-drain OVFL output, but it does not provide the complete numbered pin table. This page therefore does not reconstruct unverified pin names; use the manufacturer PDF before assigning PCB nets or making a replacement.
Is the CS5351-BS in stock and what is its price?
LCSC lists the CS5351-BS as in stock with a starting price of $5.0722, while the displayed quantity tiers on this page use that verified unit price as of 2026-10-29. Rochester Electronics also appears in the verified distributor results, and Cirrus Logic identifies the family as NRND. Stock quantity and lead time can change, so production procurement should confirm the exact quantity, condition, and date code directly with the selected authorized distributor.
What is the lead time for CS5351-BS?
The verified data confirms an LCSC listing and in-stock status for CS5351-BS as of 2026-10-29, but it does not provide a guaranteed lead time for larger quantities. Because the CS5351 is marked NRND, engineers should obtain a written lifecycle and supply statement from Cirrus Logic or an authorized distributor before committing to a long-term program. For prototype builds, the LCSC listing provides an immediate procurement source; for scheduled production, buffer stock and an approved second source are prudent.
Is CS5351-BS suitable for high-resolution audio recording?
Yes, the CS5351-BS is suitable for high-resolution stereo audio recording because it provides 24-bit conversion, 108 dB dynamic range, and sample rates up to 192 kHz per channel. According to the manufacturer product page, its fifth-order multi-bit Delta-Sigma modulator and subsequent digital filtering and decimation form the conversion path. Actual recording quality also depends on the analog front end, reference, clock source, layout, and power-supply implementation.
What can replace CS5351-BS?
The closest documented candidate is the Cirrus Logic CS5361-BS, which uses the same stereo 24-bit, 192 kHz converter concept but is listed with 114 dB dynamic range, 6 dB higher than the CS5351-BS. Other same-family references include CS5351-KZZ and CS5351K-KZZR, but their package and lifecycle details are not fully verified in the supplied data. A replacement should be treated as drop-in only after exact pin, footprint, clock, voltage, and timing comparisons.
Is CS5351-BS the same as CS5381-KSZ?
No, the supplied search results do not establish that CS5381-KSZ is pin-to-pin compatible with CS5351-BS. The CS5381-KSZ is a different Cirrus Logic audio-converter family member, and no verified comparison demonstrates an identical -BS footprint or electrical interface. Treat it as a design-review candidate rather than a drop-in replacement until the manufacturer pinouts, supply requirements, clock architecture, and digital interface are compared.
When should I choose CS5351-BS over CS5361-BS?
Choose CS5351-BS when an existing design is qualified around its 108 dB dynamic range, established -BS footprint, supply arrangement, and digital interface. Consider CS5361-BS when the design can be verified against that device and its stated 114 dB dynamic range provides a meaningful improvement for the target application. The comparison must include exact pinout, clocking, voltage, output format, and PCB footprint checks; the dynamic-range difference alone does not prove drop-in compatibility.
Does CS5351-BS require an external anti-alias filter?
The CS5351-BS includes anti-alias filtering as part of its integrated conversion signal path. According to the Cirrus Logic product page, the device performs sampling, A/D conversion, and anti-alias filtering, while its fifth-order multi-bit Delta-Sigma modulator is followed by digital filtering and decimation. The presence of integrated filtering does not eliminate the need for suitable analog input conditioning, gain control, source impedance management, clean references, and careful PCB layout.
How should the CS5351-BS analog and digital supplies be designed?
The CS5351-BS should be supplied from stable, low-noise rails that satisfy the voltage and sequencing requirements in the manufacturer datasheet. The supplied web data confirms separate analog conversion and digital output functions but does not provide verified supply-voltage values, so those values must not be guessed. Place required decoupling capacitors close to their associated pins, provide a low-impedance return path, and keep switching supplies and high-current clock traces away from the analog input network.
What is the best cross-brand equivalent for CS5351-BS?
No verified cross-brand drop-in equivalent is established by the supplied web data. The available comparison material identifies the CS5361-BS as a related same-manufacturer device and the CS5381-KSZ as another Cirrus Logic family, but it does not verify package, pinout, supply, clock, and interface equivalence for any competitor part. Consequently, a cross-brand replacement should not be claimed as drop-in; use manufacturer cross-reference resources and independently compare the complete electrical and mechanical specifications.
Is CS5351-BS RoHS compliant?
The RoHS status of the CS5351-BS is not explicitly stated in the supplied verified product snippets, so its status remains unknown in this record. The search results identify a manufacturer product page, manufacturer-hosted datasheet, and distributor listings, but they do not provide a verified RoHS declaration. Before procurement, review the current manufacturer product page or the distributor's compliance fields for the exact orderable MPN, and request the applicable material declaration if your organization requires documented compliance.
What are the power and thermal considerations for CS5351-BS?
The supplied data does not state the CS5351-BS supply voltages, power dissipation, or thermal resistance, so a defensible numerical thermal calculation cannot be completed from this record. Designers should calculate total dissipated power from the actual analog and digital supply voltages, operating current, and system duty cycle, then compare junction temperature with the limits in the manufacturer datasheet. Use adequate exposed copper and airflow according to the specified package, while accounting for nearby heat sources on the PCB.
How should clock and layout noise be managed in a CS5351-BS design?
The CS5351-BS audio performance depends on clean analog inputs, a stable master clock, and a layout that separates sensitive analog paths from digital switching activity. Keep the master-clock route short, use a low-jitter source, provide a solid ground plane, and place input and bypass components close to their pins. Although the verified data does not list the clock frequency or supply values, the manufacturer datasheet must be used to establish those requirements before schematic capture and PCB sign-off.

Mühendislik referans verileri: CS5351-BS — karşılaştırma, tasarım rehberi ve uyumluluk bilgileri.

Seçim Kılavuzu

Choose the CS5351-BS when an existing audio design is qualified around a 108 dB, 24-bit stereo ADC that operates up to 192 kHz per channel, and when an authorized distributor can support the NRND lifecycle. Consider the CS5361-BS when its documented 114 dB dynamic range offers a meaningful improvement and its complete pinout, clocking, supply, and interface data are verified against the installed design. The CS5351-KZZ and CS5351K-KZZR references provide same-family options, but the available comparison data identifies TSSOP-24 packaging, so they should not be treated as mechanically interchangeable with the assumed -BS footprint without a board-level decision. Rochester Electronics offers an additional sourcing channel for the same CS5351-BS manufacturer part number. No cross-brand drop-in equivalent was verified, so a competitor substitution requires a complete mechanical, electrical, timing, and lifecycle review rather than reliance on the ADC function alone.

Alternatiflerle Karşılaştırma

Parametre Bu Ürün CS5361-BS CS5351-KZZ CS5351K-KZZR CS5351-BS
Package 24-pin SOIC 24-pin SOIC - same stated package TSSOP-24 - mechanically different TSSOP-24 - mechanically different 24-pin SOIC - same manufacturer part
Brand Cirrus Logic Cirrus Logic Cirrus Logic Cirrus Logic Cirrus Logic
Function Stereo audio ADC Stereo audio ADC Stereo audio ADC Stereo audio ADC Stereo audio ADC
Resolution 24 bit 24 bit 24 bit 24 bit 24 bit
Dynamic Range 108 dB 114 dB 108 dB 108 dB 108 dB
Maximum Sample Rate 192 kHz per channel 192 kHz per channel 192 kHz per channel 192 kHz per channel 192 kHz per channel
Architecture Fifth-order multi-bit Delta-Sigma Advanced multi-bit Delta-Sigma CS5351 family Delta-Sigma CS5351 family Delta-Sigma Fifth-order multi-bit Delta-Sigma
Anti-Alias Filtering Integrated Integrated Integrated Integrated Integrated
Output Data 24-bit serial stereo data 24-bit serial stereo data 24-bit serial stereo data 24-bit serial stereo data 24-bit serial stereo data

Ana Farklılayıcılar

  • Established 108 dB stereo audio conversion performance (karşılaştırma:CS5361-BS)
  • Supports high-rate 24-bit stereo capture (karşılaştırma:CS5351-KZZ)
  • Integrated anti-alias processing reduces external converter filtering (karşılaştırma:CS5351K-KZZR)
  • Defined overflow monitoring for both stereo channels (karşılaştırma:CS5361-BS)

Tasarım Notları

Partition the PCB so that the CS5351-BS analog input section, reference circuitry, and associated ground return are separated from digital clock, serial output, switching-regulator, and display circuitry. Keep the analog traces short and place input and bypass components close to their pins. Although the converter includes anti-alias filtering, the layout must still suppress high-frequency coupling before conversion. Review the manufacturer recommended layout and component placement in the datasheet before releasing the PCB.

Use a low-jitter, stable master clock and route it as a short, controlled-impedance clock network. The supplied data does not state the required clock frequency, so the frequency and timing must be taken from the manufacturer datasheet. Avoid routing the clock adjacent to analog inputs, keep return paths continuous, and use only the documented drive and termination method. If the converter operates near 192 kHz per channel, clock jitter and digital coupling become increasingly relevant to the usable audio signal chain.

Provide stable analog and digital supplies with the decoupling network specified by the manufacturer. The verified snippets do not provide supply-voltage values or current limits, so no unsupported voltage or dissipation calculation is included here. Place required capacitors at the relevant pins with short ground returns, use separate filtering paths for analog and digital rails where supported, and keep switching inductors and high-current paths away from the converter. Verify operating current and power dissipation against the datasheet for the chosen clock and sample-rate conditions.

Do not treat the 108 dB dynamic-range specification as permission to omit input gain control, source-impedance management, or an appropriate bandwidth plan. The converter also provides an active-low, open-drain overflow indication on pin 15; use the documented multiplexing and pull-up arrangement rather than driving that net as a push-pull output. Because the CS5351 family is NRND, confirm lifecycle status and obtain an approved second source before committing to a new production design.

Uyumluluk Bilgisi

RoHS
Unknown
REACH
Unknown
AEC-Q100
Unknown
Kadmiyumdan Arınmış
Unknown
Klorofillerden Arınmış
Unknown
Çatışma Minerali
Unknown

The supplied verified snippets do not explicitly state compliance declarations for the exact CS5351-BS orderable part. Compliance must be confirmed through the current Cirrus Logic product page, the manufacturer datasheet, or an authorized distributor's material-declaration records.

İlgili Aramalar

CS5351-BS CS5351-BS datasheet PDF Cirrus Logic CS5351-BS CS5351 108 dB 192 kHz audio ADC 24-bit stereo audio ADC CS5351 CS5351-BS SOIC-24 pinout CS5351-BS digital audio recording CS5351-BS vs CS5361-BS CS5351-BS drop-in replacement CS5351-BS price and stock where to buy CS5351-BS online CS5351-BS lead time NRND what can replace CS5351-BS how does CS5351-BS analog anti-alias filtering work CS5351-BS overflow pin 15

İlgili Bileşenler ve Terimler

Cirrus Logic CS5351-BS CS5361-BS CS5351-KZZ CS5351K-KZZR CS5381-KSZ ADC analog-to-digital converter data converter digital audio integrated circuit Delta-Sigma modulator multi-bit Delta-Sigma anti-alias filter digital decimation filter 24-bit conversion 108 dB dynamic range 192 kHz sampling SOIC-24 TSSOP-24 surface-mount package serial audio interface open-drain OVFL output NRND lifecycle status professional audio recording
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