集積回路

サブカテゴリ

📁 ADC/DAC 3,100+ 製品 📁 アンプIC 1,900+ 製品 📁 オーディオコーデック 18 製品 📁 オーディオIC 2 製品 📁 クロック＆タイミング 660+ 製品 📁 Comparator ICs 1 製品 📁 DSP 1,100+ 製品 📁 データ収集IC 2 製品 📁 デジタルポテンショメータ 4 製品 📁 ディスプレイドライバ＆コントローラ 1 製品 📁 FPGA & CPLD 7,300+ 製品 📁 インターフェースIC 3,300+ 製品 📁 LEDドライバ 1 製品 📁 ロジックIC 460+ 製品 📁 メモリIC 870+ 製品 📁 マイクロコントローラ 20,000+ 製品 📁 マイクロプロセッサ 4 製品 📁 モータドライバ 1 製品 📁 その他 1 製品 📁 Sensor and Detector Interfaces 1 製品 📁 専用IC 15 製品 📁 ビデオIC 14 製品

製品 (39,000+)

MK2745-24SLF - DVD/MPEG Clock Synthesizer | Renesas
MK2745-24SLF

MK2745-24SLF - DVD/MPEG Clock Synthesizer | Renesas

Renesas Electronics MK2745-24SLF is a low-cost, low-jitter clock synthesizer for DVD and other MPEG-2-based systems, accepting a 27 MHz fundamental-mode crystal or clock input and using analog phase-locked-loop techniques. The device produces multiple audio output clocks, a processor clock, and two 27 MHz clocks. It operates from a 3 V to 5.5 V supply and is packaged in a 16-pin SOIC. A clock synthesizer is a clock-and-timing IC that generates or distributes multiple related clock signals from one stable reference. It belongs to the PLL-based clock-generator family, where a phase-locked loop locks output frequencies to the input reference. This hierarchy places the MK2745-24SLF within clock generation, clock and timing ICs, and broader semiconductor-based system timing control. Such consolidation can reduce the number of separate oscillators and clock buffers required in multimedia equipment. The principal features are support for a 27 MHz crystal or clock source, multiple audio outputs, one processor clock, and two 27 MHz clock outputs. Its analog PLL architecture is designed for low-cost, low-jitter clock generation in consumer-oriented DVD and MPEG-2 systems. The 3 V to 5.5 V operating range permits use with common digital supply rails, although designers should maintain appropriate sequencing, decoupling, and output-load margins for every connected circuit. The processor clock and dedicated 27 MHz outputs allow a multimedia system to derive several timing domains while maintaining a common phase relationship. The audio outputs serve clock-sensitive decoding and signal-chain sections, while the processor clock supports digital control logic. Because the device consolidates these functions into one synthesizer, board partitioning can be simpler than with multiple unrelated oscillators, provided each output's frequency, drive capability, and enabled state satisfy the load requirements. Typical applications include DVD players, DVD recorders, MPEG-2 multimedia systems, set-top equipment, digital audio/video appliances, and embedded consumer electronics requiring coordinated audio and processor clocks. The reference design should use the manufacturer's recommended crystal or clock network and pin-compatible input/output loading. Designers should also account for trace capacitance, EMI coupling, and the maximum fan-out of each clock output. The main design consideration is preserving clock quality through the PCB. Place the crystal and associated load network close to the device, keep clock traces short and impedance-controlled, and provide local bypass capacitance on the supply pins. Avoid routing high-current or switching-node traces beneath the oscillator network, because displacement current and supply ripple can degrade jitter even when the nominal output frequency is correct. This product record combines the manufacturer's clock-function description with package, interface, and supply information, then adds practical integration guidance, sourcing paths, and strict replacement criteria. It identifies where a same-footprint substitute must be verified rather than treating similarly named clock ICs as automatically interchangeable.

見積もり お問い合わせ
MK2745-24STR - 160 MHz DVD/MPEG Clock Synthesizer | Renesas (Tape & Reel)
MK2745-24STR

MK2745-24STR - 160 MHz DVD/MPEG Clock Synthesizer | Renesas (Tape & Reel)

The Renesas MK2745-24STR is a low-cost, low-jitter clock synthesizer with PLL bypass for DVD and other MPEG-2-based equipment. It accepts a 27 MHz fundamental-mode crystal or clock input, uses analog phase-locked-loop techniques, and generates multiple audio output clocks, a processor clock, and two 27 MHz clocks. The device produces CMOS outputs, contains one clock-synthesis circuit, supports a maximum frequency of 160 MHz, and provides a maximum input-to-output ratio of 1:8. A clock synthesizer is a timing IC that derives one or more internally related clock signals from a common reference. Clock generators, phase-locked loops, and frequency synthesizers form the broader clock and timing IC category. By coordinating audio, processor, and reference clocks in one device, the MK2745-24STR reduces the number of separate oscillators required by DVD, MPEG-2, set-top, and related multimedia systems. Its bypass mode provides a direct clock path when PLL operation is not required. Key features include a 27 MHz crystal or clock input, CMOS output technology, analog PLL operation with bypass, a maximum output frequency of 160 MHz, and an input-to-output ratio reaching 1:8. These characteristics suit designs that require multiple related clock domains while limiting board area. The single-circuit architecture is appropriate for centralized system timing rather than applications requiring numerous independent programmable outputs. The device is intended for DVD and MPEG-2-based multimedia platforms where processor timing, audio clocks, and 27 MHz reference clocks must remain related. Its architecture can reduce clock-generation complexity by sharing a common reference across multiple outputs. Engineers should still evaluate each output's frequency, jitter, drive level, and operating condition against the complete system timing budget before releasing a production design. Typical uses include DVD player clock trees, MPEG-2 set-top boxes, digital audio systems, processor clock generation, and multimedia equipment requiring 27 MHz references alongside derived audio or processor clocks. It may also be evaluated for legacy industrial and embedded video systems that use a 27 MHz source and CMOS-compatible clock inputs. The primary design consideration is that the verified source excerpt does not identify the exact package, pin count, supply voltage, or complete output-frequency mapping. Those details must be confirmed in the Renesas MK2745-24 datasheet before schematic capture or PCB layout. The suffix and programming or packaging options should not be assumed equivalent unless the manufacturer data explicitly confirms them. This page combines verified manufacturer and distributor information, pricing placeholders, drop-in-replacement verification status, and practical selection guidance. Unlike a raw distributor listing, it also identifies missing package and pinout data, distinguishes confirmed functions from unverified specifications, and explains where engineers must perform final datasheet validation.

見積もり お問い合わせ
MK2746-01G - 27MHz USB-DVR Clock Synthesizer | Renesas
MK2746-01G

MK2746-01G - 27MHz USB-DVR Clock Synthesizer | Renesas

Renesas Electronics MK2746-01G is a low-cost, low-jitter clock and frequency synthesizer with a 27 MHz maximum output frequency, analog PLL with bypass capability, and CMOS outputs in a 16-pin TSSOP package. It accepts either a 27 MHz fundamental-mode crystal or clock input and is designed to generate the multiple clocks required by USB and video systems. The device includes one clock synthesizer circuit and provides an input-to-output ratio listed as 2:5 in the verified specifications. A clock synthesizer is a clock-and-timing IC that uses a phase-locked loop (PLL) to derive stable, related output frequencies from a reference source. Within the broader hierarchy of clock and timing ICs, frequency synthesizers sit above basic clock generators and below application-specific timing systems. The MK2746-01G belongs to this clock-and-timing category because it combines a reference input, analog PLL frequency multiplication, and CMOS clock outputs intended for USB-DVR equipment. The key feature of the MK2746-01G is its 27 MHz operating reference combined with analog PLL technology. A bypass path allows the reference clock to pass through without multiplication, which can simplify clock-tree design and support test or low-jitter operating conditions. The single-circuit implementation reduces the number of separate frequency-generation blocks required in a USB-DVR design, while the CMOS output interface connects directly to compatible downstream digital circuitry. The MK2746-01G is specified as a low-cost, low-jitter, high-performance clock synthesizer intended specifically for USB-DVR applications. Its 2:5 input-to-output ratio provides a defined multiplication relationship for designs operating from the specified 27 MHz reference. The 16-pin TSSOP package measures 4.40 mm in body width according to the verified distributor data, making it suitable for compact consumer-electronics and set-top-box layouts where a larger clock-generator package would be inconvenient. Typical uses include USB-DVR clock trees, USB interface timing, video timing systems, and compact consumer-electronics products that require multiple related clocks. In these systems, the crystal or external clock establishes the reference, the PLL generates the required multiplied clock, and the CMOS outputs distribute timing signals to USB and video functional blocks. The availability of PLL bypass provides an additional implementation option where preserving the reference clock may be desirable. Designers should confirm the complete output-frequency list, exact crystal-load requirements, output-drive configuration, supply limits, and pin-level connectivity in the Renesas MK2746 datasheet before layout release. Only the 27 MHz maximum frequency, analog PLL with bypass, CMOS output type, 2:5 ratio, single-circuit count, and 16-TSSOP format were confirmed by the supplied web data. Values not explicitly present in that data are identified separately rather than inferred. This product record combines verified manufacturer and distributor specifications, current sourcing information, a confirmed direct replacement, and practical implementation guidance. It distinguishes confirmed electrical facts from unavailable details, helping engineers evaluate the MK2746-01G for USB-DVR clock generation without relying on unverified assumptions.

見積もり お問い合わせ
MK2746-01GLF - 27MHz USB-DVR Clock Synthesizer | Renesas
MK2746-01GLF

MK2746-01GLF - 27MHz USB-DVR Clock Synthesizer | Renesas

Renesas Electronics MK2746-01GLF is a low-cost, low-jitter, high-performance clock synthesizer for USB-DVR and related video applications. The device uses analog phase-locked-loop techniques and accepts a 27 MHz fundamental-mode crystal or clock input to generate multiple clock outputs used by USB and video systems. Its specified maximum frequency is 27 MHz, and the device includes PLL operation with bypass capability. A clock synthesizer is a timing IC that accepts a reference clock and derives one or more related output clocks. The clock synthesizer category belongs to the broader clock and timing hierarchy, which includes clock generators, phase-locked loops, frequency synthesizers, dividers, buffers, and timing controllers. In a USB-DVR system, this device helps organize reference-clock distribution so that digital video, USB, and associated processing circuits can operate from a controlled clock source. The MK2746-01GLF is specified as a clock/frequency synthesizer IC with a single circuit, CMOS output type, and clock or crystal input. Its analog PLL architecture is intended for multiple-output USB and video clock generation, while the bypass function provides a direct clocking path when the system requires it. The low-jitter, low-cost positioning makes the part relevant to cost-sensitive consumer electronics, set-top equipment, USB-DVR designs, and other embedded multimedia platforms. The exact output-frequency plan, voltage ratings, supply-current limits, operating-temperature limits, and pin-level electrical characteristics are not stated in the retrieved manufacturer synopsis. Those parameters should be confirmed in the Renesas MK2746-01 datasheet before schematic capture, crystal selection, or PCB release. In particular, confirm each output's frequency, supply voltage, enable or bypass behavior, and grounding requirements against the exact system timing tree. A typical implementation uses a 27 MHz crystal or clock source at the reference input, routes the synthesized outputs to the required USB and video clock domains, and decouples the supply pins close to the device. Because the part is packaged in a 16-pin TSSOP, the layout should preserve its compact footprint while keeping crystal and clock traces short. The application guidance below focuses on the part's documented USB-DVR clock-generation role rather than assuming an unverified output configuration. This page consolidates the documented USB-DVR application, 27 MHz reference capability, PLL and bypass functions, package information, and verified replacement information into an engineering-oriented selection guide. Review the manufacturer datasheet for the complete pin descriptions, timing diagrams, recommended crystal network, electrical limits, and reference design values before releasing production hardware.

見積もり お問い合わせ
MK2746-01GTR - 27MHz USB-DVR Clock Synthesizer | Renesas (Tape & Reel)
MK2746-01GTR

MK2746-01GTR - 27MHz USB-DVR Clock Synthesizer | Renesas (Tape & Reel)

Renesas Electronics MK2746-01GTR is a low-cost, low-jitter clock and frequency synthesizer with a 27 MHz maximum output frequency, analog PLL with bypass capability, and CMOS outputs in a 16-pin TSSOP package. It accepts either a 27 MHz fundamental-mode crystal or clock input and is designed to generate the multiple clocks required by USB and video systems. The device includes one clock synthesizer circuit and provides an input-to-output ratio listed as 2:5 in the verified specifications. A clock synthesizer is a clock-and-timing IC that uses a phase-locked loop (PLL) to derive stable, related output frequencies from a reference source. Within the broader hierarchy of clock and timing ICs, frequency synthesizers sit above basic clock generators and below application-specific timing systems. The MK2746-01GTR belongs to this clock-and-timing category because it combines a reference input, analog PLL frequency multiplication, and CMOS clock outputs intended for USB-DVR equipment. The key feature of the MK2746-01GTR is its 27 MHz operating reference combined with analog PLL technology. A bypass path allows the reference clock to pass through without multiplication, which can simplify clock-tree design and support test or low-jitter operating conditions. The single-circuit implementation reduces the number of separate frequency-generation blocks required in a USB-DVR design, while the CMOS output interface connects directly to compatible downstream digital circuitry. The MK2746-01GTR is specified as a low-cost, low-jitter, high-performance clock synthesizer intended specifically for USB-DVR applications. Its 2:5 input-to-output ratio provides a defined multiplication relationship for designs operating from the specified 27 MHz reference. The 16-pin TSSOP package measures 4.40 mm in body width according to the verified distributor data, making it suitable for compact consumer-electronics and set-top-box layouts where a larger clock-generator package would be inconvenient. Typical uses include USB-DVR clock trees, USB interface timing, video timing systems, and compact consumer-electronics products that require multiple related clocks. In these systems, the crystal or external clock establishes the reference, the PLL generates the required multiplied clock, and the CMOS outputs distribute timing signals to USB and video functional blocks. The availability of PLL bypass provides an additional implementation option where preserving the reference clock may be desirable. Designers should confirm the complete output-frequency list, exact crystal-load requirements, output-drive configuration, supply limits, and pin-level connectivity in the Renesas MK2746 datasheet before layout release. Only the 27 MHz maximum frequency, analog PLL with bypass, CMOS output type, 2:5 ratio, single-circuit count, and 16-TSSOP format were confirmed by the supplied web data. Values not explicitly present in that data are identified separately rather than inferred. This product record combines verified manufacturer and distributor specifications, current sourcing information, a confirmed direct replacement, and practical implementation guidance. It distinguishes confirmed electrical facts from unavailable details, helping engineers evaluate the MK2746-01GTR for USB-DVR clock generation without relying on unverified assumptions.

見積もり お問い合わせ
MK2746G - 133.33MHz Clock Synthesizer | Renesas | DVD
MK2746G

MK2746G - 133.33MHz Clock Synthesizer | Renesas | DVD

The Renesas Electronics MK2746G is a clock and frequency synthesizer IC delivering a 133.33 MHz output for DVD and other MPEG2-based systems, supplied in a 16-pin TSSOP package measuring 4.40 mm wide. The verified distributor listing identifies one clock or frequency synthesizer channel and a maximum listed frequency of 133.33 MHz. According to the available Renesas documentation, the MK2746 family is a low-cost, low-jitter clock synthesizer designed around an analog phase-locked-loop technique. A clock synthesizer is a timing semiconductor that accepts or generates a reference frequency and produces one or more stable clock signals for digital systems. In the hierarchy of electronic components, it belongs to clock and timing ICs, frequency synthesizers, and phase-locked-loop devices. This category synchronizes processors, memories, converters, video pipelines, and communications circuitry, making clock quality and distribution important to system-level data integrity. The MK2746 accepts a 27 MHz fundamental-mode crystal or clock input and produces the timing signals required by DVD and MPEG2 applications. Its analog PLL architecture supports frequency synthesis while maintaining a compact implementation. The verified listing specifically confirms the 133.33 MHz class of output, low-cost positioning, and low-jitter operation, but the supplied source snippets do not expose the complete output-frequency table, PLL settings, supply limits, or jitter specification. The device is suitable for DVD players, DVD-related set-top equipment, MPEG2 media systems, and other consumer electronics that need a dedicated reference clock instead of a general-purpose high-speed clock generator. In these systems, the synthesizer can establish the timing relationship between a crystal oscillator and downstream logic, provided the board layout, decoupling, and output loading satisfy the manufacturer recommendations. PCB design should preserve a short, controlled return path from the crystal or clock source and minimize capacitance around high-impedance timing nodes. The TSSOP footprint also requires careful solder-paste and land-pattern design. Before production use, engineers should download the official MK2746 datasheet and verify supply voltage, absolute maximum ratings, pin functions, output-drive capability, load capacitance, and jitter limits. This page consolidates the verified distributor identity, package information, manufacturer documentation link, clock function, application fit, and sourcing references. It does not infer missing electrical values, pin assignments, or drop-in substitutes; those fields remain explicitly marked for validation rather than being presented as confirmed engineering data.

見積もり お問い合わせ
MK2746GLF - 133.33MHz DVD/MPEG Clock Source | Renesas
MK2746GLF

MK2746GLF - 133.33MHz DVD/MPEG Clock Source | Renesas

Renesas Electronics MK2746GLF is a 133.33 MHz DVD/MPEG clock source and clock synthesizer packaged in a 16-pin TSSOP. It is intended for timing applications requiring a stable reference associated with DVD and MPEG clock domains. The verified product information identifies the device as a clock generator, PLL, or frequency-synthesizer-class integrated circuit, with a 4.40 mm-wide 16-TSSOP package. A clock synthesizer is an integrated timing device that accepts or derives timing information and distributes clock signals needed by digital systems. Within the semiconductor hierarchy, a clock synthesizer belongs to clock and timing ICs, alongside clock generators, phase-locked loops, jitter cleaners, dividers, and buffer circuits. The MK2746GLF serves the practical role of producing the timing reference required by multimedia processing chains and other systems that synchronize digital operations. The principal verified headline specification is a 133.33 MHz clock associated with the DVD/MPEG clock-source function. The 16-TSSOP package provides a compact surface-mount option for consumer electronics, optical-disc systems, set-top equipment, and other timing subsystems. The package data identifies a body width of 4.40 mm, although complete land-pattern dimensions, exposed-pad details, and pin functions require consultation of the manufacturer datasheet. Its role in a DVD/MPEG system is primarily reference generation. A consistent clock helps coordinate data processing, transport logic, and connected digital subsystems. Unlike a general-purpose microcontroller, the MK2746GLF is dedicated to timing rather than executing application software. Compared with an on-board crystal oscillator and discrete divider network, an integrated clock synthesizer can consolidate clock-generation functions into one package, although final jitter, accuracy, supply range, and output count must be checked against the system timing budget. Typical deployment positions include DVD and MPEG multimedia clocking, consumer-video timing, set-top-box signal chains, and embedded systems that already specify the MK2746GLF as a reference-source device. In each case, designers should verify frequency tolerance, output topology, power requirements, startup behavior, and decoupling requirements against the exact Renesas documentation before releasing a production layout. A key integration consideration is that frequency alone does not establish end-to-end timing quality. Board-level supply noise, trace loading, clock-routing topology, output jitter, and grounding directly affect downstream performance. The 16-TSSOP footprint should therefore be treated as a timing-sensitive component placement, with short clock paths, controlled return current, and the power and ground connections specified by the manufacturer followed exactly. This page consolidates verified distributor, manufacturer-linked, package, application, comparison, and design information while clearly identifying parameters that still require confirmation from the complete datasheet.

見積もり お問い合わせ
MK2746GLFTR - 133.33MHz DVD/MPEG Clock Source | Renesas (Tape & Reel)
MK2746GLFTR

MK2746GLFTR - 133.33MHz DVD/MPEG Clock Source | Renesas (Tape & Reel)

Renesas Electronics MK2746GLFTR is a 133.33 MHz DVD/MPEG clock source and clock synthesizer packaged in a 16-pin TSSOP. It is intended for timing applications requiring a stable reference associated with DVD and MPEG clock domains. The verified product information identifies the device as a clock generator, PLL, or frequency-synthesizer-class integrated circuit, with a 4.40 mm-wide 16-TSSOP package. A clock synthesizer is an integrated timing device that accepts or derives timing information and distributes clock signals needed by digital systems. Within the semiconductor hierarchy, a clock synthesizer belongs to clock and timing ICs, alongside clock generators, phase-locked loops, jitter cleaners, dividers, and buffer circuits. The MK2746GLFTR serves the practical role of producing the timing reference required by multimedia processing chains and other systems that synchronize digital operations. The principal verified headline specification is a 133.33 MHz clock associated with the DVD/MPEG clock-source function. The 16-TSSOP package provides a compact surface-mount option for consumer electronics, optical-disc systems, set-top equipment, and other timing subsystems. The package data identifies a body width of 4.40 mm, although complete land-pattern dimensions, exposed-pad details, and pin functions require consultation of the manufacturer datasheet. Its role in a DVD/MPEG system is primarily reference generation. A consistent clock helps coordinate data processing, transport logic, and connected digital subsystems. Unlike a general-purpose microcontroller, the MK2746GLFTR is dedicated to timing rather than executing application software. Compared with an on-board crystal oscillator and discrete divider network, an integrated clock synthesizer can consolidate clock-generation functions into one package, although final jitter, accuracy, supply range, and output count must be checked against the system timing budget. Typical deployment positions include DVD and MPEG multimedia clocking, consumer-video timing, set-top-box signal chains, and embedded systems that already specify the MK2746GLFTR as a reference-source device. In each case, designers should verify frequency tolerance, output topology, power requirements, startup behavior, and decoupling requirements against the exact Renesas documentation before releasing a production layout. A key integration consideration is that frequency alone does not establish end-to-end timing quality. Board-level supply noise, trace loading, clock-routing topology, output jitter, and grounding directly affect downstream performance. The 16-TSSOP footprint should therefore be treated as a timing-sensitive component placement, with short clock paths, controlled return current, and the power and ground connections specified by the manufacturer followed exactly. This page consolidates verified distributor, manufacturer-linked, package, application, comparison, and design information while clearly identifying parameters that still require confirmation from the complete datasheet.

見積もり お問い合わせ
MK2746GTR - 133.33MHz Clock Synthesizer | Renesas | DVD (Tape & Reel)
MK2746GTR

MK2746GTR - 133.33MHz Clock Synthesizer | Renesas | DVD (Tape & Reel)

The Renesas Electronics MK2746GTR is a clock and frequency synthesizer IC delivering a 133.33 MHz output for DVD and other MPEG2-based systems, supplied in a 16-pin TSSOP package measuring 4.40 mm wide. The verified distributor listing identifies one clock or frequency synthesizer channel and a maximum listed frequency of 133.33 MHz. According to the available Renesas documentation, the MK2746 family is a low-cost, low-jitter clock synthesizer designed around an analog phase-locked-loop technique. A clock synthesizer is a timing semiconductor that accepts or generates a reference frequency and produces one or more stable clock signals for digital systems. In the hierarchy of electronic components, it belongs to clock and timing ICs, frequency synthesizers, and phase-locked-loop devices. This category synchronizes processors, memories, converters, video pipelines, and communications circuitry, making clock quality and distribution important to system-level data integrity. The MK2746 accepts a 27 MHz fundamental-mode crystal or clock input and produces the timing signals required by DVD and MPEG2 applications. Its analog PLL architecture supports frequency synthesis while maintaining a compact implementation. The verified listing specifically confirms the 133.33 MHz class of output, low-cost positioning, and low-jitter operation, but the supplied source snippets do not expose the complete output-frequency table, PLL settings, supply limits, or jitter specification. The device is suitable for DVD players, DVD-related set-top equipment, MPEG2 media systems, and other consumer electronics that need a dedicated reference clock instead of a general-purpose high-speed clock generator. In these systems, the synthesizer can establish the timing relationship between a crystal oscillator and downstream logic, provided the board layout, decoupling, and output loading satisfy the manufacturer recommendations. PCB design should preserve a short, controlled return path from the crystal or clock source and minimize capacitance around high-impedance timing nodes. The TSSOP footprint also requires careful solder-paste and land-pattern design. Before production use, engineers should download the official MK2746 datasheet and verify supply voltage, absolute maximum ratings, pin functions, output-drive capability, load capacitance, and jitter limits. This page consolidates the verified distributor identity, package information, manufacturer documentation link, clock function, application fit, and sourcing references. It does not infer missing electrical values, pin assignments, or drop-in substitutes; those fields remain explicitly marked for validation rather than being presented as confirmed engineering data.

見積もり お問い合わせ
MK2761AS - 27MHz Multi-Output Clock Synthesizer | Renesas
MK2761AS

MK2761AS - 27MHz Multi-Output Clock Synthesizer | Renesas

Renesas Electronics MK2761AS is a 27MHz clock and frequency synthesizer IC that accepts a crystal or clock input and generates multiple CMOS output clocks for set-top box applications. It uses an analog phase-locked loop (PLL), includes PLL bypass capability, and is housed in a 16-pin SOIC package measuring 0.154 inches, or 3.90 mm, in width. A clock synthesizer is a clock-and-timing integrated circuit that derives one or more stable digital timing signals from a reference oscillator. Clock generation belongs to the oscillator, frequency synthesis, clock management, and timing IC hierarchy before connecting to broader clock-and-timing and semiconductor systems. In consumer equipment, a synthesizer can distribute related reference-derived clocks while reducing the number of separate oscillators required. The MK2761AS supports a maximum frequency of 27MHz and accepts either a crystal or external clock. Its CMOS outputs suit digital logic that requires repeatable clock edges, while the PLL-bypass path provides flexibility when the design must use or pass through the reference clock. The 16-pin SOIC package is a surface-mount option compatible with conventional PCB assembly and inspection processes. This device is specifically described for set-top box clock generation, where digital video, audio, control, and interface circuitry may require coordinated timing. It can also be evaluated for other consumer or embedded systems that use a 27MHz reference and need several derived clocks, provided each output frequency, duty cycle, timing level, and load requirement is confirmed against the manufacturer datasheet. The principal design task is verifying the complete output-frequency plan and external crystal or clock network. Board placement should minimize clock routing length and noise pickup, while output loading and trace capacitance should match the device’s stated drive and timing requirements. Because only summary specifications were provided here, voltage ranges, current limits, jitter, output counts, pin functions, and exact frequency ratios require confirmation before release to production. This product record consolidates verified distributor information, package identification, functional characteristics, design cautions, and commercial availability. It also separates confirmed facts from missing datasheet parameters, helping engineers evaluate the MK2761AS for new designs, replacements, and set-top box clock-distribution requirements without assuming unverified specifications.

見積もり お問い合わせ
MK2761ASLF - 27MHz Set-Top Clock Synthesizer | Renesas
MK2761ASLF

MK2761ASLF - 27MHz Set-Top Clock Synthesizer | Renesas

The Renesas Electronics MK2761ASLF is a 27 MHz set-top clock source and frequency-synthesizer IC housed in a 16-pin SOIC package. It uses analog phase-locked-loop techniques to accept a 27 MHz crystal or clock input and produce multiple output clocks. The device is identified as a low-cost, low-jitter, high-performance clock synthesizer designed specifically for set-top box applications. A clock synthesizer is a timing IC that establishes and distributes reference clocks throughout an electronic system. In the broader hierarchy, it belongs to clock and frequency generation, which supports clock and timing ICs and ultimately semiconductor timing infrastructure. Unlike a simple oscillator that provides one frequency, a synthesizer can generate several related clock outputs from a common reference, helping synchronize video, audio, communications, and control subsystems in a set-top box. The MK2761ASLF combines a 27 MHz reference input capability with analog PLL-based frequency synthesis and multiple clock outputs. Its 16-pin SOIC package provides a compact surface-mount format suitable for mainstream consumer-electronics boards. The verified product information specifically identifies the part as a set-top clock source, clock generator, PLL, and frequency synthesizer, supporting its use in designs requiring coordinated timing from one reference source. Its architecture centers on a 27 MHz crystal or clock reference. This reference can be multiplied or divided through the PLL to obtain the clock signals required by system functions. Exact output-frequency settings, loop bandwidth, output jitter, supply-voltage range, operating-temperature limits, and configuration details are not present in the supplied verified records and must therefore be confirmed against the manufacturer datasheet before schematic release or firmware programming. Typical applications include digital set-top boxes, cable receivers, television front ends, multimedia terminals, and other consumer equipment that requires multiple coordinated clocks. The MK2761ASLF is most appropriate when the board already uses a 27 MHz reference and expects an analog-PLL clock-source solution. Its advantage is consolidation of multiple timing requirements into one dedicated IC rather than relying exclusively on discrete oscillators or separate frequency-generation blocks. Designers should verify all available output frequencies, pin-level enable functions, crystal-load requirements, PLL configuration method, supply sequencing, and output-drive characteristics in the manufacturer datasheet. PCB planning should reserve the exact 16-pin SOIC footprint, provide a short and clean reference path, and follow the recommended grounding and decoupling arrangement. Software or hardware control of the synthesized clocks should also be confirmed before assuming that every output can be independently programmed. This product data consolidates verified distributor classification, package information, pricing availability, and the known 27 MHz analog-PLL architecture. It also identifies the specific datasheet, pinout, lifecycle, compliance, and substitute information that still requires confirmation, helping engineers distinguish documented facts from values that remain unverified.

見積もり お問い合わせ
MK2761ASTR - 27MHz Multi-Output Clock Synthesizer | Renesas (Tape & Reel)
MK2761ASTR

MK2761ASTR - 27MHz Multi-Output Clock Synthesizer | Renesas (Tape & Reel)

Renesas Electronics MK2761ASTR is a 27MHz clock and frequency synthesizer IC that accepts a crystal or clock input and generates multiple CMOS output clocks for set-top box applications. It uses an analog phase-locked loop (PLL), includes PLL bypass capability, and is housed in a 16-pin SOIC package measuring 0.154 inches, or 3.90 mm, in width. A clock synthesizer is a clock-and-timing integrated circuit that derives one or more stable digital timing signals from a reference oscillator. Clock generation belongs to the oscillator, frequency synthesis, clock management, and timing IC hierarchy before connecting to broader clock-and-timing and semiconductor systems. In consumer equipment, a synthesizer can distribute related reference-derived clocks while reducing the number of separate oscillators required. The MK2761ASTR supports a maximum frequency of 27MHz and accepts either a crystal or external clock. Its CMOS outputs suit digital logic that requires repeatable clock edges, while the PLL-bypass path provides flexibility when the design must use or pass through the reference clock. The 16-pin SOIC package is a surface-mount option compatible with conventional PCB assembly and inspection processes. This device is specifically described for set-top box clock generation, where digital video, audio, control, and interface circuitry may require coordinated timing. It can also be evaluated for other consumer or embedded systems that use a 27MHz reference and need several derived clocks, provided each output frequency, duty cycle, timing level, and load requirement is confirmed against the manufacturer datasheet. The principal design task is verifying the complete output-frequency plan and external crystal or clock network. Board placement should minimize clock routing length and noise pickup, while output loading and trace capacitance should match the device’s stated drive and timing requirements. Because only summary specifications were provided here, voltage ranges, current limits, jitter, output counts, pin functions, and exact frequency ratios require confirmation before release to production. This product record consolidates verified distributor information, package identification, functional characteristics, design cautions, and commercial availability. It also separates confirmed facts from missing datasheet parameters, helping engineers evaluate the MK2761ASTR for new designs, replacements, and set-top box clock-distribution requirements without assuming unverified specifications.

見積もり お問い合わせ
MK2771-15R - 100MHz VCXO Clock Synthesizer | Renesas
MK2771-15R

MK2771-15R - 100MHz VCXO Clock Synthesizer | Renesas

Renesas Electronics MK2771-15R is a low-cost, low-jitter VCXO and clock synthesizer IC designed for set-top boxes, with a maximum output frequency of 100 MHz and CMOS clock outputs in a 28-QSOP package. Its on-chip voltage-controlled crystal oscillator accepts a 0 V to 3 V control voltage, allowing the generated clock output to be varied by as much as ±100 ppm. The device includes one PLL, accepts a crystal input, supports a 1:8 input-to-output ratio, and does not use differential clock inputs or outputs. A VCXO is a crystal oscillator whose frequency can be adjusted with an external control voltage. It belongs to the clock oscillator and timing-control hierarchy, where a stable crystal reference is combined with voltage-controlled tuning to compensate for reference-clock errors. A clock synthesizer performs the related function of generating or distributing multiple timing signals. The MK2771-15R integrates these concepts for consumer set-top equipment where adjustable, low-jitter timing is useful without requiring a high-cost external frequency-control solution. Key features include a maximum clock frequency of 100 MHz, a VCXO tuning range of ±100 ppm, a 0 V to 3 V control-voltage range, low-cost implementation, and low-jitter operation. The CMOS output architecture is suitable for digital logic in set-top boxes, while the 1:8 ratio provides a defined relationship between the crystal input and synthesized output. These characteristics make the device relevant to designs requiring a tunable reference clock rather than a completely fixed-frequency oscillator. Technically, the MK2771-15R combines a crystal-based oscillator, voltage-controlled frequency adjustment, and clock-synthesis functions on one integrated circuit. The control voltage applied to the VCXO changes the output frequency around the crystal-defined nominal condition. Its single-circuit implementation simplifies PCB requirements compared with a discrete crystal oscillator plus separate synthesizer. The available data specifies CMOS outputs, a crystal input, and single-ended rather than differential signaling, so downstream circuitry must be designed for the corresponding signal format. Typical uses include set-top box main timing, tuner and video-processing clock distribution, MPEG transport-stream interface clocking, and other consumer television equipment requiring a tunable low-jitter clock source. The device can also serve as a dedicated timing IC in designs where its 100 MHz ceiling and ±100 ppm adjustment capability satisfy the system clock requirements. Designers should verify the exact crystal frequency, loop filtering, output enable behavior, decoupling requirements, and output-drive configuration against the manufacturer datasheet before layout release. The 28-QSOP footprint requires a compact surface-mount layout, while the single-ended CMOS outputs require controlled routing and return paths to minimize clock-edge degradation. This page consolidates the verified manufacturer and distributor information, distinguishes documented parameters from unavailable details, and provides application guidance, purchasing context, and design cautions without presenting unverified specifications as fact.

見積もり お問い合わせ
MK2771-15RLF - 100MHz VCXO Clock Source | Renesas
MK2771-15RLF

MK2771-15RLF - 100MHz VCXO Clock Source | Renesas

The Renesas Electronics MK2771-15RLF is a 100 MHz voltage-controlled crystal oscillator and clock synthesizer designed for set-top box clock-source requirements. It operates from a 4.75 V to 5.25 V supply, accepts a 0 V to 3 V voltage-control input, and can vary its output clocks by ±100 ppm. The device is packaged in a 28-pin SSOP measuring approximately 0.154 inch, or 3.90 mm, wide and is supplied in a tube for surface-mount assembly. A VCXO is a crystal oscillator whose frequency can be adjusted with an external control voltage. This feedback-control function belongs to the broader clock-generator hierarchy, which includes oscillators, phase-locked loops, frequency synthesizers, clock buffers, and timing-control devices. Such devices establish the timing reference for processors, communications equipment, consumer receivers, and other digital systems that must coordinate data transfer or synchronize multiple internal circuits. The MK2771-15RLF combines a crystal reference with voltage-controlled frequency adjustment and clock-generation circuitry. Its control input spans 0 V to 3 V, while the available tuning range is ±100 ppm. This allows a system controller to compensate for long-term crystal drift, board-to-board variation, and changes in operating temperature. A 100 MHz nominal output provides a high-frequency reference for downstream clock-generation or timing circuitry without requiring the external system to use a high-performance discrete oscillator arrangement. The 4.75 V to 5.25 V operating range supports conventional 5 V clock-generation infrastructure. Because this is a controlled clock source rather than a general-purpose low-power timer, the design must account for its supply requirements, output load conditions, control-voltage sensitivity, and the thermal environment around the crystal and package. Decoupling close to the supply pins is especially important when the generated clocks feed sensitive digital, communications, or signal-processing circuitry. Typical uses include set-top box main clock generation, digital video receiver timing, communications equipment, embedded multimedia systems, and other platforms requiring a voltage-trimmed 100 MHz reference. The tuning interface can be driven by a DAC, a filtered control loop, or a dedicated clock-control circuit when exact frequency alignment is needed. The device is especially relevant where fixed-frequency oscillator accuracy alone cannot compensate for environmental or production variations. When laying out a board around the MK2771-15RLF, route the supply and ground connections directly to the relevant pins, place the decoupling capacitor at the same end of the PCB, and keep the voltage-control path away from high-current switching nodes. Confirm the output-drive and loading requirements against the manufacturer pin and electrical-characteristics tables before finalizing buffer or fan-out stages. This page combines the confirmed device specifications, application guidance, pin-location resources, and engineering considerations needed to evaluate the MK2771-15RLF for a new 100 MHz clock-source design.

見積もり お問い合わせ
MK2771-15RTR - 100MHz VCXO Clock Synthesizer | Renesas (Tape & Reel)
MK2771-15RTR

MK2771-15RTR - 100MHz VCXO Clock Synthesizer | Renesas (Tape & Reel)

Renesas Electronics MK2771-15RTR is a low-cost, low-jitter VCXO and clock synthesizer IC designed for set-top boxes, with a maximum output frequency of 100 MHz and CMOS clock outputs in a 28-QSOP package. Its on-chip voltage-controlled crystal oscillator accepts a 0 V to 3 V control voltage, allowing the generated clock output to be varied by as much as ±100 ppm. The device includes one PLL, accepts a crystal input, supports a 1:8 input-to-output ratio, and does not use differential clock inputs or outputs. A VCXO is a crystal oscillator whose frequency can be adjusted with an external control voltage. It belongs to the clock oscillator and timing-control hierarchy, where a stable crystal reference is combined with voltage-controlled tuning to compensate for reference-clock errors. A clock synthesizer performs the related function of generating or distributing multiple timing signals. The MK2771-15RTR integrates these concepts for consumer set-top equipment where adjustable, low-jitter timing is useful without requiring a high-cost external frequency-control solution. Key features include a maximum clock frequency of 100 MHz, a VCXO tuning range of ±100 ppm, a 0 V to 3 V control-voltage range, low-cost implementation, and low-jitter operation. The CMOS output architecture is suitable for digital logic in set-top boxes, while the 1:8 ratio provides a defined relationship between the crystal input and synthesized output. These characteristics make the device relevant to designs requiring a tunable reference clock rather than a completely fixed-frequency oscillator. Technically, the MK2771-15RTR combines a crystal-based oscillator, voltage-controlled frequency adjustment, and clock-synthesis functions on one integrated circuit. The control voltage applied to the VCXO changes the output frequency around the crystal-defined nominal condition. Its single-circuit implementation simplifies PCB requirements compared with a discrete crystal oscillator plus separate synthesizer. The available data specifies CMOS outputs, a crystal input, and single-ended rather than differential signaling, so downstream circuitry must be designed for the corresponding signal format. Typical uses include set-top box main timing, tuner and video-processing clock distribution, MPEG transport-stream interface clocking, and other consumer television equipment requiring a tunable low-jitter clock source. The device can also serve as a dedicated timing IC in designs where its 100 MHz ceiling and ±100 ppm adjustment capability satisfy the system clock requirements. Designers should verify the exact crystal frequency, loop filtering, output enable behavior, decoupling requirements, and output-drive configuration against the manufacturer datasheet before layout release. The 28-QSOP footprint requires a compact surface-mount layout, while the single-ended CMOS outputs require controlled routing and return paths to minimize clock-edge degradation. This page consolidates the verified manufacturer and distributor information, distinguishes documented parameters from unavailable details, and provides application guidance, purchasing context, and design cautions without presenting unverified specifications as fact.

見積もり お問い合わせ
MK2771-16R - Specifications, Alternatives and Buying Guide
MK2771-16R

MK2771-16R - Specifications, Alternatives and Buying Guide

The MK2771-16R is an electronic component whose verified manufacturer identification, package, electrical ratings, pinout, and lifecycle status were not available in the supplied source records on October 29, 2026. The available retrieval targeted the MPN, datasheet, specifications, and price, but it timed out before returning a component record or manufacturer URL. Consequently, this page does not assign unverified functions, ratings, or equivalent parts to the MK2771-16R. It instead defines the documentation and sourcing evidence still required for engineering release. A component datasheet is the primary technical record for an integrated circuit or discrete semiconductor. It defines the manufacturer's recommended operating conditions, absolute maximum ratings, electrical characteristics, package dimensions, terminal assignments, and application information. Without that evidence, the MK2771-16R cannot be responsibly classified as a controller, interface device, power device, memory, or another specific component type. Engineers should obtain the manufacturer datasheet before selecting this MPN for a new design. The verified retrieval establishes only the exact orderable MPN, MK2771-16R, and the search context used to locate its documentation. It does not establish a manufacturer, package, pin count, operating voltage, current rating, frequency, temperature range, or compliance status. The suffix “-16R” is therefore treated only as part of the supplied MPN and is not interpreted as temperature grade, package code, revision, or reel configuration without documentary evidence. Pin-compatible replacement analysis also requires verified package dimensions, terminal numbering, exposed-pad details, and electrical limits for both the original part and each candidate. The targeted substitute search returned no records for MK2771-16R, so no drop-in alternatives are asserted. Adding a candidate merely because it resembles the MPN would create a risk of incorrect soldering, missing thermal connections, different signal limits, or incompatible logic thresholds. Potential engineering uses cannot be responsibly assigned from the current evidence because no verified function or application list is available. Before using the MK2771-16R, engineers should compare its manufacturer datasheet against the required interface, supply, timing, environmental, and qualification constraints of the target circuit. For prototype work, the exact manufacturer, package marking, and ordering suffix should be confirmed with the supplier rather than inferred from the visible part number. The practical design gate is therefore documentation-based: obtain the genuine manufacturer datasheet, verify the complete pinout and maximum ratings, and review the recommended application circuit. Any substitution must then be checked for the same footprint, pin-to-pin terminal assignments, equivalent electrical limits, and appropriate lifecycle availability. This approach prevents an unverified alternative from creating a board respin or field failure. This page consolidates the available MPN, source-retrieval status, specification gaps, sourcing questions, and strict drop-in replacement criteria. It adds practical decision guidance beyond the timed-out search result while clearly separating verified information from unknown fields. No fabricated datasheet number, package, pinout, electrical rating, stock condition, price, lead time, or equivalent MPN is presented.

見積もり お問い合わせ
MK2771-16RLF 50MHz VCXO Set-Top Clock | Renesas
MK2771-16RLF

MK2771-16RLF 50MHz VCXO Set-Top Clock | Renesas

Renesas Electronics MK2771-16RLF is a VCXO and set-top clock source with a 50 MHz nominal operating frequency, a 4.75 V to 5.25 V supply range, and a 28-pin QSOP package. It combines a voltage-controlled crystal oscillator with clock-generation circuitry for communications and consumer-electronics systems that require an adjustable reference clock. A voltage-controlled crystal oscillator, or VCXO, is a crystal oscillator whose output frequency can be adjusted with an external control voltage. This places the component in the clock and timing IC category, within oscillator and clock-generation ICs used to establish stable timing references for digital processing, modulation, and signal-chain systems. Unlike a fixed-frequency oscillator, a VCXO allows a circuit to compensate for manufacturing tolerances, temperature drift, and synchronization errors. The MK2771-16 is designed for set-top box clock-source applications. According to the manufacturer datasheet, its on-chip Voltage Controlled Crystal Oscillator accepts a control input from 0 V to 3 V, allowing the output clock to vary by up to plus or minus 100 ppm. The device operates from a 4.75 V to 5.25 V supply, supporting conventional 5 V equipment architectures. Its 28-pin surface-mount package is identified in product listings as 28-SSOP or 28-QSOP. The MK2771-16 family uses a pullable crystal arrangement to provide voltage-controlled frequency adjustment. The datasheet specifically identifies a ground connection at pin 3 between the pullable crystal pins and directs that this ground to be routed directly from the right side beneath the device. This instruction is important because an incorrect crystal or ground routing can introduce instability or disturb the oscillator’s pull range. Typical uses include digital set-top boxes, communications equipment, clock-generation subsystems, and other systems needing a locally adjustable 50 MHz timing reference. The control voltage can be produced by a DAC, PLL filter, or other phase-locked loop in a frequency-synchronization architecture. The architecture allows calibration to compensate for crystal tolerances while preserving a stable reference for downstream circuitry. When laying out the design, place the crystal and its load network close to the oscillator inputs and follow the manufacturer’s pullable-crystal layout guidance. The control-voltage path should be kept short and isolated from noisy switching nodes, while supply bypassing should follow the capacitance and placement recommendations in the manufacturer datasheet. These measures protect phase noise and clock stability. This page consolidates the confirmed electrical limits, package information, sourcing guidance, replacement constraints, and practical layout considerations for the MK2771-16RLF. It also identifies where an engineering decision requires a complete manufacturer datasheet review rather than an assumption based only on family naming or distributor metadata.

見積もり お問い合わせ
MK2771-16RTR - Specifications, Alternatives and Buying Guide (Tape & Reel)
MK2771-16RTR

MK2771-16RTR - Specifications, Alternatives and Buying Guide (Tape & Reel)

The MK2771-16RTR is an electronic component whose verified manufacturer identification, package, electrical ratings, pinout, and lifecycle status were not available in the supplied source records on October 29, 2026. The available retrieval targeted the MPN, datasheet, specifications, and price, but it timed out before returning a component record or manufacturer URL. Consequently, this page does not assign unverified functions, ratings, or equivalent parts to the MK2771-16RTR. It instead defines the documentation and sourcing evidence still required for engineering release. A component datasheet is the primary technical record for an integrated circuit or discrete semiconductor. It defines the manufacturer's recommended operating conditions, absolute maximum ratings, electrical characteristics, package dimensions, terminal assignments, and application information. Without that evidence, the MK2771-16RTR cannot be responsibly classified as a controller, interface device, power device, memory, or another specific component type. Engineers should obtain the manufacturer datasheet before selecting this MPN for a new design. The verified retrieval establishes only the exact orderable MPN, MK2771-16RTR, and the search context used to locate its documentation. It does not establish a manufacturer, package, pin count, operating voltage, current rating, frequency, temperature range, or compliance status. The suffix “-16R” is therefore treated only as part of the supplied MPN and is not interpreted as temperature grade, package code, revision, or reel configuration without documentary evidence. Pin-compatible replacement analysis also requires verified package dimensions, terminal numbering, exposed-pad details, and electrical limits for both the original part and each candidate. The targeted substitute search returned no records for MK2771-16RTR, so no drop-in alternatives are asserted. Adding a candidate merely because it resembles the MPN would create a risk of incorrect soldering, missing thermal connections, different signal limits, or incompatible logic thresholds. Potential engineering uses cannot be responsibly assigned from the current evidence because no verified function or application list is available. Before using the MK2771-16RTR, engineers should compare its manufacturer datasheet against the required interface, supply, timing, environmental, and qualification constraints of the target circuit. For prototype work, the exact manufacturer, package marking, and ordering suffix should be confirmed with the supplier rather than inferred from the visible part number. The practical design gate is therefore documentation-based: obtain the genuine manufacturer datasheet, verify the complete pinout and maximum ratings, and review the recommended application circuit. Any substitution must then be checked for the same footprint, pin-to-pin terminal assignments, equivalent electrical limits, and appropriate lifecycle availability. This approach prevents an unverified alternative from creating a board respin or field failure. This page consolidates the available MPN, source-retrieval status, specification gaps, sourcing questions, and strict drop-in replacement criteria. It adds practical decision guidance beyond the timed-out search result while clearly separating verified information from unknown fields. No fabricated datasheet number, package, pinout, electrical rating, stock condition, price, lead time, or equivalent MPN is presented.

見積もり お問い合わせ
MK2772-01S - VCXO and Set-Top Clock Source | Renesas
MK2772-01S

MK2772-01S - VCXO and Set-Top Clock Source | Renesas

Renesas Electronics MK2772-01S is a low-cost, low-jitter VCXO and clock synthesizer designed for set-top box clocking in a 20-pin SOIC package. It accepts a 13.5 MHz crystal reference and uses an on-chip voltage-controlled crystal oscillator with a 0 V to 3 V control input. The control range produces approximately plus or minus 100 ppm output-frequency variation, while the clock-generation section supports CMOS clock outputs up to 27 MHz. A VCXO, or voltage-controlled crystal oscillator, is a crystal oscillator whose frequency can be adjusted by an external voltage. The MK2772-01S combines this oscillator with an analog phase-locked loop and clock synthesis functions in one clock-and-timing IC. This integration supports set-top box designs that require a stable reference frequency plus one or more derived system clocks without implementing a complete discrete oscillator and PLL subsystem. The principal features include a 13.5 MHz crystal input, a 0 V to 3 V VCXO tuning-control range, approximately plus or minus 100 ppm frequency adjustment, CMOS output technology, and operation from a 4.75 V supply as reported in the verified product data. The integrated PLL includes bypass capability, providing a practical path for system bring-up, test, or clock-source fallback. The 20-SOIC package supports conventional surface-mount PCB assembly. Technically, the device uses MicroClock VCXO and analog PLL techniques to derive clocks from an economical crystal. The tuning voltage provides coarse frequency control where the target equipment needs calibration across cable, tuner, or network synchronization requirements. Because the device is identified as obsolete in verified component listings, engineers should avoid new designs and evaluate current-generation clock generators when creating a new board. Typical uses include legacy set-top box main boards, digital video broadcast receivers, and embedded video equipment requiring a stable 13.5 MHz reference with synthesized CMOS clocks. The component may also appear in industrial or communications equipment designed around the same legacy clock architecture, provided its electrical limits, timing margins, and operating-temperature requirements are verified. Design engineers must confirm the complete pinout, crystal load requirement, output enable behavior, control-voltage polarity, and output-drive configuration against the Renesas datasheet before layout or replacement work. Because the component is obsolete, a mechanically similar clock IC is not automatically a safe replacement: its pinout, supply voltage, PLL architecture, tuning range, and output standards must match. This page consolidates the verified manufacturer and distributor information, lifecycle warning, pricing evidence, candidate replacements, comparison parameters, and practical design cautions for engineers evaluating the MK2772-01S or a legacy-board repair.

見積もり お問い合わせ
MK2772-01SLF VCXO Clock Source | Renesas Electronics
MK2772-01SLF

MK2772-01SLF VCXO Clock Source | Renesas Electronics

Renesas Electronics MK2772-01SLF is a voltage-controlled crystal oscillator and clock synthesizer designed for set-top clock-source applications. The device operates from a 5 V supply, accepts a 13.5 MHz crystal input, and uses an analog phase-locked loop to generate multiple output clocks. It is packaged in a 20-pin SOIC and includes an external voltage-control input capable of varying the output clocks by +100 ppm. The -01SLF ordering code identifies the lead-free, 20-pin SOIC configuration used for surface-mount production. A VCXO is a crystal oscillator whose output frequency can be adjusted with an external control voltage. The MK2772-01SLF combines that tuning mechanism with clock synthesis, placing it in the clock generator and timing IC hierarchy. This allows a system to correct clock frequency against a reference or implement fine phase and frequency adjustments without replacing the crystal. The device is intended primarily for set-top boxes and other systems requiring a controlled low-jitter clock source. The main functional characteristics include 5 V operation, a 13.5 MHz crystal reference, output-frequency control through a 0 V to 3 V input, and a tuning range of +100 ppm. Its on-chip VCXO and analog PLL techniques allow multiple clock outputs to be produced from one external crystal. The 20-pin SOIC package also provides enough pins for supply connections, control signals, crystal interfaces, and clock outputs. The control architecture supports external frequency adjustment without requiring a separate high-resolution digital synthesizer. A control voltage applied to the VCXO input changes the generated clock relationship by up to +100 ppm, making the circuit useful in phase-aligned receiver, transmitter, or timing systems. The manufacturer datasheet also discusses termination requirements for each clock output and recommends placing the crystal as close as practical to the device to reduce sensitivity to unwanted capacitance and signal degradation. Typical uses include set-top box master clocks, digital television equipment, cable distribution systems, and communication equipment that requires frequency trimming. It can also support clock-generation subsystems in industrial and embedded products when the designer requires analog voltage-based tuning instead of a programmable digital PLL. The 5 V supply and 20-pin SOIC make it particularly suitable for established boards designed around conventional mixed-signal clock devices. A key implementation consideration is power bypassing. The manufacturer datasheet states that at least one 0.1 uF capacitor should be connected between VDD on pin 15 and ground, and the capacitor should be positioned as close to the device as practical. Output termination resistors should also be placed near the relevant clock outputs, while the external crystal connection should be kept short to minimize parasitic capacitance and preserve clock stability. This product summary combines the electrical characteristics, package information, sourcing guidance, and practical implementation notes needed to evaluate the MK2772-01SLF. It also distinguishes verified functions from application guidance, helping engineers determine whether the device fits a set-top clock architecture or whether a different clock-generator family is required.

見積もり お問い合わせ
MK2772-01STR - VCXO and Set-Top Clock Source | Renesas (Tape & Reel)
MK2772-01STR

MK2772-01STR - VCXO and Set-Top Clock Source | Renesas (Tape & Reel)

Renesas Electronics MK2772-01STR is a low-cost, low-jitter VCXO and clock synthesizer designed for set-top box clocking in a 20-pin SOIC package. It accepts a 13.5 MHz crystal reference and uses an on-chip voltage-controlled crystal oscillator with a 0 V to 3 V control input. The control range produces approximately plus or minus 100 ppm output-frequency variation, while the clock-generation section supports CMOS clock outputs up to 27 MHz. A VCXO, or voltage-controlled crystal oscillator, is a crystal oscillator whose frequency can be adjusted by an external voltage. The MK2772-01STR combines this oscillator with an analog phase-locked loop and clock synthesis functions in one clock-and-timing IC. This integration supports set-top box designs that require a stable reference frequency plus one or more derived system clocks without implementing a complete discrete oscillator and PLL subsystem. The principal features include a 13.5 MHz crystal input, a 0 V to 3 V VCXO tuning-control range, approximately plus or minus 100 ppm frequency adjustment, CMOS output technology, and operation from a 4.75 V supply as reported in the verified product data. The integrated PLL includes bypass capability, providing a practical path for system bring-up, test, or clock-source fallback. The 20-SOIC package supports conventional surface-mount PCB assembly. Technically, the device uses MicroClock VCXO and analog PLL techniques to derive clocks from an economical crystal. The tuning voltage provides coarse frequency control where the target equipment needs calibration across cable, tuner, or network synchronization requirements. Because the device is identified as obsolete in verified component listings, engineers should avoid new designs and evaluate current-generation clock generators when creating a new board. Typical uses include legacy set-top box main boards, digital video broadcast receivers, and embedded video equipment requiring a stable 13.5 MHz reference with synthesized CMOS clocks. The component may also appear in industrial or communications equipment designed around the same legacy clock architecture, provided its electrical limits, timing margins, and operating-temperature requirements are verified. Design engineers must confirm the complete pinout, crystal load requirement, output enable behavior, control-voltage polarity, and output-drive configuration against the Renesas datasheet before layout or replacement work. Because the component is obsolete, a mechanically similar clock IC is not automatically a safe replacement: its pinout, supply voltage, PLL architecture, tuning range, and output standards must match. This page consolidates the verified manufacturer and distributor information, lifecycle warning, pricing evidence, candidate replacements, comparison parameters, and practical design cautions for engineers evaluating the MK2772-01STR or a legacy-board repair.

見積もり お問い合わせ
MK30DN5127ZVLQ10 100MHz Cortex-M4 512KB MCU | NXP
MK30DN5127ZVLQ10

MK30DN5127ZVLQ10 100MHz Cortex-M4 512KB MCU | NXP

The NXP Semiconductors MK30DN5127ZVLQ10 is a 32-bit Kinetis K30 mixed-signal microcontroller built on an Arm Cortex-M4 core, operating at 100 MHz with 512 KB of flash memory in a 144-LQFP 20 x 20 mm package. The verified listing identifies the K30 family as an LCD and mixed-signal MCU, while the related NXP product page identifies the K30 100 MHz segment LCD MCUs as Cortex-M4 devices with advanced analog integration and serial communication. A microcontroller, or MCU, is a semiconductor that integrates a processor core, program memory, data memory, peripherals, and interface logic into one device. The K30 series sits within the broader MCU hierarchy alongside 8-bit, 16-bit, and 32-bit controllers. Its 32-bit Cortex-M4 architecture, 512 KB program storage, and 100 MHz clock position it for embedded control, human-interface, communications, analog monitoring, and display-oriented systems. The verified information identifies the package as 144-LQFP and the programming interface as SWD and JTAG. It also associates the device with Ethernet, USB 2.0, a segment LCD controller, and a 16-bit ADC. These capabilities make it appropriate for connected industrial controls, data acquisition modules, medical and test instruments, operator panels, and embedded gateways. The available source material does not verify the exact ADC resolution, LCD segment count, SRAM capacity, supply range, or peripheral pin assignments, so those details must be confirmed in the manufacturer datasheet before design release. The target suffix contains the “7” after 512, distinguishing it from the related MK30DN512ZVLQ10 listing. Because the supplied search data does not formally establish that the two MPNs are pin-compatible, engineers should not substitute one for the other without checking the official K30 ordering information, pin multiplexing tables, electrical limits, and exposed programming pins. A practical design begins by assigning every LQFP ball to power, ground, reset, clock, programming, communications, analog, and LCD functions according to the manufacturer datasheet. Route sensitive analog inputs away from switching nodes, provide clean references and bypass capacitors, and verify signal levels against the exact device variant. Firmware must also use the matching K30 memory map, startup code, clock configuration, and peripheral drivers. This page consolidates verified distributor inventory, the official NXP family overview, package information, and engineering cautions that are not available from a raw distributor listing alone. It intentionally distinguishes verified facts from data that still requires confirmation, reducing the risk of an invalid drop-in substitution or incomplete production design.

見積もり お問い合わせ
MK30DN512ZVLK10 - Kinetis K30 100MHz Cortex-M4 MCU | NXP | 80-LQFP
MK30DN512ZVLK10

MK30DN512ZVLK10 - Kinetis K30 100MHz Cortex-M4 MCU | NXP | 80-LQFP

The NXP Semiconductors MK30DN512ZVLK10 is a 100 MHz ARM Cortex-M4 microcontroller with 512 KB Flash and 128 KB SRAM, housed in an 80-pin LQFP package. It belongs to the Kinetis K30 family, which adds a segment-LCD controller for human-machine-interface and metering applications. An ARM Cortex-M4 microcontroller is a 32-bit RISC processor core with single-precision floating-point, DSP extensions, and a deterministic interrupt controller. Cortex-M4 MCUs sit within the broader microcontroller taxonomy (microcontroller -> 32-bit MCU -> ARM Cortex-M -> Cortex-M4 -> Cortex-M4 with FPU) and dominate applications that require digital signal processing, precise motor control, and low-power operation. The Kinetis K30 subfamily adds integrated segment-LCD drive, which historically required a separate bias-generation IC. Key features include Cortex-M4 with FPU at 100 MHz (1.25 DMIPS/MHz), 512 KB embedded Flash, 128 KB SRAM, a segment-LCD controller supporting up to 8x40 segments, multiple Low-Power modes (Run, Wait, Stop, VLPR/VLPW/VLPS, LLS, VLLS), and 16-bit ADC, DAC, comparators, timers, USB, CAN, and multiple serial interfaces. The wide supply range 1.71 V to 3.6 V allows direct connection to single-cell Li-Ion or 3.3 V regulated rails. Internally, the MK30DN512ZVLK10 combines the Cortex-M4 core with NXP's peripheral platform including FlexMemory (configurable EEPROM and FlexNVM), 12-bit/16-bit ADC modules, programmable delay block, and a flexible low-power peripheral clocking scheme. The 80-LQFP package exposes a wide peripheral set on a 12x12 mm footprint compatible with industrial designs. Typical applications include industrial control, IoT edge nodes, segment-LCD display panels, motor control, single-phase metering, low-power portable instruments, and building automation HMIs. The combination of a capable Cortex-M4 DSP engine with integrated LCD drive makes it well-suited for battery-powered HMI products. When designing with this part, ensure decoupling on all VDD/VSS pairs and follow NXP's Kinetis K30 reference manual for FlexMemory and segment-LCD bias configuration. The lifecycle is flagged NRND on NXP's product page, so consider pin-compatible Kinetis successors or LPC families for new designs. This page synthesizes distributor pricing, lifecycle status, and pin-compatible drop-in alternatives not found in the manufacturer datasheet alone.

見積もり お問い合わせ
MK30DN512ZVLL10 - Kinetis K30 Cortex-M4 MCU 512KB | NXP
MK30DN512ZVLL10

MK30DN512ZVLL10 - Kinetis K30 Cortex-M4 MCU 512KB | NXP

The NXP Semiconductors MK30DN512ZVLL10 is a 32-bit ARM Cortex-M4 microcontroller from the Kinetis K30 family with 512 KB flash memory, 1.71 V to 3.6 V supply range, and 102 general-purpose I/O lines, housed in a 100-pin LQFP (14 x 14 mm, 0.5 mm pitch) surface-mount package. It integrates a segment LCD (SLCD) controller, making it a display-capable MCU for HMI applications. A microcontroller (MCU) is a single-chip computer that combines a processor core, non-volatile memory (flash), SRAM, and peripherals such as timers, serial interfaces, and ADCs. Within the system hierarchy, the MK30DN512ZVLL10 sits at the embedded-control level: ARM Cortex-M4 core, Kinetis K30 series, Kinetis MCU portfolio, NXP semiconductor product line. The Cortex-M4 architecture adds DSP instructions and single-cycle MAC for math-intensive embedded workloads. Key features include the 512 KB on-chip flash program memory, the integrated segment LCD driver peripheral that distinguishes the K30 from the K20 series, a rich peripheral set of serial interfaces (UART, SPI, I2C), analog-to-digital converters, and a multi-purpose clock generator (MCG) supporting internal and external clocking. Wide 1.71 V to 3.6 V operation supports direct 1.8 V, 2.5 V, and 3.3 V power rails. The Kinetis K30 series is built on the ARM Cortex-M4 core with a nested vectored interrupt controller (NVIC) and supports NXP's Kinetis software ecosystem, including MCUXpresso SDK and complementary tooling. The scalable Kinetis portfolio allows pin-compatible migration between family members with different flash sizes and peripheral mixes. Typical applications include segment-LCD human-machine interfaces (utility meters, thermostats, appliance panels), industrial control and monitoring nodes, and consumer embedded systems requiring low-power operation with on-chip display drive. The LCD controller eliminates a separate LCD driver IC, reducing BOM cost. Design consideration: verify the CPU clock configuration against the K30 family data sheet, and observe the 1.71 V minimum supply voltage during brownout conditions; flash write operations require the specified flash-programming voltage range. This page synthesizes distributor availability data, same-family drop-in alternatives, and practical design notes not consolidated in the manufacturer data sheet. Pricing is quote-based; specifications marked accordingly reflect gaps in the retrieved web data.

見積もり お問い合わせ