Analog Devices

ADF5610BCCZ - 14.6 GHz Wideband VCO PLL | Analog Devices

Name: ADF5610BCCZ - 14.6 GHz Wideband VCO PLL | Analog Devices
Brand: Analog Devices
SKU: ADF5610BCCZ

MPN: ADF5610BCCZ ✓ Aktif

48-VFLGA with exposed pad Package 14.6 GHz Speed

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ADF5610BCCZ Ringkasan

The Analog Devices ADF5610BCCZ is an integer-N and fractional-N wideband microwave synthesizer with an integrated VCO, designed for RF and microwave signal-generation applications. The device operates with an integrated VCO fundamental frequency range of 3650 MHz to 7300 MHz, with internally doubled VCO output routed to RFOUT. It also provides a divided differential output covering divide ratios from 1 through 128, allowing RF output frequencies as low as 57 MHz. The ADF5610BCCZ is packaged in a 48-terminal VFLGA with exposed pad, designated HLGA in distributor listings, and uses a 3-wire serial interface for programming. Its maximum listed RF frequency is 14.6 GHz, making it suitable for wideband microwave frequency synthesis in instrumentation, communications, radar, and test systems. The synthesizer requires an external reference source and an external loop filter for fractional-N or integer-N operation. According to the Analog Devices ADF5610 product page, the device supports software programming through the SDP-S USB interface. The ADF5610BCCZ is suitable for engineers designing compact, high-frequency RF signal sources where integrated VCO functionality, wide tuning range, and programmable divide ratios are important. The 48-VFLGA exposed-pad package also requires careful PCB layout and thermal design to preserve RF performance and reliable operation.

Pilihan pengganti yang segera untuk ADF5610BCCZ — sama paket, pin-pin kompatibel. Bahagian paket yang berbeza memerlukan kerja ulang PCB diasingkan.

ADF5611

✅ Masuk Drop-In

📦 48-VFLGA with exposed pad

Comparable RF synthesizer; verified cross-reference data identifies it as an equivalent candidate, but exact terminal compatibility and parametric differences are

📋 Alternatif rujukan (tidak dalam katalog)

ADF5612

✅ Masuk Drop-In

📦 48-VFLGA with exposed pad

Comparable RF synthesizer; verified cross-reference data identifies it as an equivalent candidate, but exact terminal compatibility and parametric differences are

📋 Alternatif rujukan (tidak dalam katalog)

ADF5613

✅ Masuk Drop-In

📦 48-VFLGA with exposed pad

Comparable RF synthesizer; verified cross-reference data identifies it as an equivalent candidate, but exact terminal compatibility and parametric differences are

📋 Alternatif rujukan (tidak dalam katalog)

ADF5610BCCZ-RL7

✅ Masuk Drop-In

📦 48-VFLGA with exposed pad

Same device family and package, but different reel/orderable suffix; no electrical parameter difference is stated in the verified data

📋 Alternatif rujukan (tidak dalam katalog)

ADF5610BCCZ Spesifikasi

Device Type	Integer-N/Fractional-N PLL frequency synthesizer with integrated VCO
Maximum RF Output Frequency	14.6 GHz
Integrated VCO Fundamental Frequency Range	3650 MHz to 7300 MHz
Differential Output Divide Ratios	1, 2, 4, 8, 16, 32, 64, 128
Minimum RF Output Frequency	57 MHz
Serial Interface	3-wire SPI
Kemasan	48-VFLGA with exposed pad
Package Code	HLGA
Terminal Count	48
Package Shape	Square
Jenis Pemasangan	Surface mount
Temperature Grade	Industrial
Reference Requirement	External reference source
Loop Filter Requirement	External loop filter
Konfigurasi Output	Single-ended RFOUT and differential divided output
Supported Synthesis Modes	Integer-N and fractional-N
Programming Support	SDP-S software programming through USB interface

Panduan Konfigurasi Pin ADF5610BCCZ square

Konfigurasi pin untuk ADF5610BCCZ (square pakai). Penomeran pin, fungsi, dan garis bentuk koneksi ditakrifkan dalam dokumen pengeluar. Rujuk dokumen untuk kebentuk dan pedoman pengasman.

Garis bentuk pengecah pakai square untuk ADF5610BCCZ

Tiada data garisan pin yang diperoleh untuk ADF5610BCCZ.

Rujuk kepada lembaran data untuk konfigurasi pin penuh.

Aplikasi Biasa

ADF5610BCCZ patut untuk 6 aplikasis: Wideband Microwave Signal Generators, Communications Test Equipment, Radar and Microwave Down-Converter Systems, RF Module Development and Evaluation, Instrumentation and Measurement Front Ends, Frequency-Synthesis Research and Calibration.

🌐

Wideband Microwave Signal Generators

The ADF5610BCCZ fits wideband microwave signal-generator designs because it combines a 3650 MHz to 7300 MHz integrated-VCO fundamental range with a listed maximum RF frequency of 14.6 GHz. The doubled VCO output is available at RFOUT, while selectable divide ratios from 1 to 128 support outputs down to 57 MHz through the differential path. Designers can use the 3-wire SPI interface to configure the synthesizer, with an external reference and loop filter providing the reference and feedback functions. The main design consideration is preserving the high-frequency layout specified by Analog Devices while providing the exposed-pad thermal connection.

Disebarkan

ADF5610BCCZ · Analog Devices ADF5611 (Related Analog Devices RF synthesizer candidate)

📡

Communications Test Equipment

The ADF5610BCCZ is appropriate for communications test equipment requiring programmable RF output across microwave and lower RF frequencies. Its maximum listed output of 14.6 GHz and divided-output range beginning at 57 MHz allow a single synthesizer architecture to cover many instrument bands. Integer-N and fractional-N modes provide flexibility for selecting a reference and loop-filter strategy suited to the required channel spacing. The 48-VFLGA exposed-pad package requires careful grounding, decoupling, and thermal layout, while the SPI programming interface simplifies integration with a test-equipment controller.

Disebarkan

ADF5610BCCZ · Analog Devices ADF5612 (Related synthesizer evaluation candidate)

✈️

Radar and Microwave Down-Converter Systems

The ADF5610BCCZ can support local-oscillator or signal-generation functions in microwave radar and down-converter systems where wide tuning coverage and programmable frequency control are important. The integrated VCO reduces external oscillator assembly, and the divided differential output provides lower-frequency options for subsystem testing. Designers should select the loop filter and reference based on the required phase-noise performance and lock behavior, because those values are not fully available in the supplied web data. PCB implementation must minimize RF trace discontinuities and maintain the package ground and exposed-pad connection specified by the manufacturer.

Disebarkan

ADF5610BCCZ · Analog Devices ADF5613 (Related wideband RF synthesizer candidate)

🔧

RF Module Development and Evaluation

The ADF5610BCCZ is useful in RF module development because the integrated VCO, configurable divide ratios, and serial programming interface simplify controlled prototype evaluation. Its output can be directed through the RFOUT path or the divided differential path, allowing engineers to assess multiple frequency plans during bring-up. The SDP-S reference in the Analog Devices product page indicates that software programming through a USB interface is supported with the appropriate evaluation equipment. The main trade-off is package complexity: the 48-VFLGA exposed-pad footprint requires high-quality RF layout and careful component placement around the device.

Disebarkan

ADF5610BCCZ · Analog Devices ADF5611 (Related RF synthesizer family member)

🖥️

Instrumentation and Measurement Front Ends

The ADF5610BCCZ supports instrumentation front ends that require an integrated wideband microwave synthesizer and flexible output division. With a 14.6 GHz maximum listed frequency, it can address many RF test points, while the 57 MHz minimum divided output broadens its use in lower-frequency instrumentation. The external loop filter remains an important design element because it influences loop dynamics and phase noise, so it should be calculated for the selected reference and target output. A controlled reference, low-noise supply arrangement, and short RF paths help preserve measurement performance.

Disebarkan

ADF5610BCCZ · Analog Devices ADF5612 (Comparable RF synthesis candidate)

📊

Frequency-Synthesis Research and Calibration

The ADF5610BCCZ is well suited to laboratory frequency-synthesis research because it supports integer-N and fractional-N operation and exposes programmable divide ratios from 1 through 128. These features allow engineers to study reference choices, loop-filter behavior, channel spacing, and output-path selection without building a separate VCO. The 48-VFLGA exposed-pad package also makes thermal and high-frequency layout considerations part of the evaluation. Before using it in a calibrated instrument, verify phase noise, tuning accuracy, reference sensitivity, and temperature stability against the complete manufacturer datasheet, since those details were not included in the supplied snippets.

Disebarkan

ADF5610BCCZ · Analog Devices ADF5613 (Related synthesizer comparison device)

Ringkasan Produk Disebarkan

ADF5610BCCZ Analog Devices Dipergunakan di: Wideband Microwave Signal Generators, Communications Test Equipment, Radar and Microwave Down-Converter Systems, RF Module Development and Evaluation, Instrumentation and Measurement Front Ends, Frequency-Synthesis Research and Calibration ADF5611 Related Analog Devices RF synthesizer candidate Dipergunakan di: Wideband Microwave Signal Generators, RF Module Development and Evaluation ADF5612 Related synthesizer evaluation candidate Dipergunakan di: Communications Test Equipment, Instrumentation and Measurement Front Ends ADF5613 Related wideband RF synthesizer candidate Dipergunakan di: Radar and Microwave Down-Converter Systems, Frequency-Synthesis Research and Calibration

What is the operating frequency range of the ADF5610BCCZ?

The ADF5610BCCZ integrates a VCO with a fundamental frequency range of 3650 MHz to 7300 MHz. According to the Analog Devices ADF5610 datasheet, the VCO output is internally doubled and routed to RFOUT, while the divided differential output supports divide ratios of 1, 2, 4, 8, 16, 32, 64, and 128. The resulting listed minimum RF output frequency is 57 MHz, and the distributor specification identifies a maximum RF frequency of 14.6 GHz. The exact tuning and lock performance depends on the external reference, loop filter, board layout, and operating conditions.

Is the ADF5610BCCZ an integer-N or fractional-N frequency synthesizer?

The ADF5610BCCZ supports both integer-N and fractional-N phase-locked-loop operation. The Analog Devices product page states that it can implement fractional-N or integer-N frequency synthesizers when used with an external loop filter and external reference source. This architecture gives the designer flexibility in channel spacing and frequency resolution, while the integrated VCO reduces the number of external microwave components required for RF signal generation.

What package does the ADF5610BCCZ use?

The ADF5610BCCZ uses a 48-VFLGA package with an exposed pad, identified by distributor listings as package code HLGA. The package is square and intended for surface-mount assembly. Because the device is a high-frequency wideband synthesizer with an exposed thermal pad, the PCB should provide an uninterrupted ground connection beneath the package and follow the Analog Devices recommended land-pattern and high-speed layout guidance. The verified source data does not provide a complete pin-by-pin pinout, so individual terminal names and functions remain marked as requiring datasheet confirmation.

How is the ADF5610BCCZ programmed?

The ADF5610BCCZ is programmed through a 3-wire serial interface, identified by the distributor description as SPI. The Analog Devices ADF5610 product page also references the SDP-S, which allows software programming of the ADF5610 through a USB interface when used with the associated evaluation hardware. Designers should consult the datasheet for register addresses, data timing, reference requirements, and the recommended sequence for changing frequency or operating state.

Can the ADF5610BCC0 generate low RF output frequencies?

Yes. The ADF5610BCCZ can generate RF output frequencies as low as 57 MHz through its divided differential output. The Analog Devices ADF5610 datasheet explains that the internally doubled VCO frequency is divided by selectable ratios of 1, 2, 4, 8, 16, 32, 64, or 128. This makes the device useful for wideband synthesis where the required output spans microwave and lower-frequency RF ranges, provided the selected reference, divider, loop filter, and output path are designed for the intended channel plan.

What is the maximum RF output frequency of the ADF5610BCCZ?

The maximum listed RF output frequency for the ADF5610BCCZ is 14.6 GHz. DigiKey and Mouser listings identify the device as an integer-N/fractional-N VCO IC with a 14.6 GHz maximum frequency, while the Analog Devices datasheet describes an integrated VCO with a 3650 MHz to 7300 MHz fundamental range and internally doubled output. The practical maximum usable output also depends on the reference frequency, loop-filter design, RF board layout, supply integrity, and the required output power.

Where can I download the ADF5610BCCZ datasheet PDF?

The official ADF5610 datasheet PDF is available from Analog Devices at https://www.analog.com/media/en/technical-documentation/data-sheets/ADF5610.pdf. The Analog Devices product page at https://www.analog.com/en/products/adf5610.html provides additional product information and links to evaluation resources. The datasheet is the appropriate source for the complete pinout, electrical characteristics, register map, reference requirements, loop-filter guidance, and recommended PCB layout for the ADF5610BCCZ.

Where can I find the ADF5610BCCZ pinout?

The complete pinout for the ADF5610BCCZ should be obtained from the official Analog Devices ADF5610 datasheet at https://www.analog.com/media/en/technical-documentation/data-sheets/ADF5610.pdf. The verified distributor data confirms a 48-VFLGA package with an exposed pad, but it does not provide a complete terminal-by-terminal pin map. Consequently, this generated record does not assign individual pin names to terminal numbers. Use the manufacturer package drawing and datasheet for the authoritative 48-terminal assignment before PCB layout or replacement.

What is the best drop-in replacement for the ADF5610BCCZ?

The verified cross-reference search identifies ADF5611, ADF5612, and ADF5613 as comparable Analog Devices RF synthesizer options, but the supplied sources do not confirm that any of them use the identical 48-VFLGA footprint or are pin-to-pin replacements. Therefore, no cross-brand or same-brand part can be certified as a drop-in replacement from the provided data alone. A replacement should be selected only after confirming package dimensions, terminal functions, reference requirements, VCO range, divider ratios, register compatibility, and RF performance in the manufacturer datasheets.

Can ADF5611 replace the ADF5610BCCZ?

ADF5611 is the closest identified replacement candidate in the supplied cross-reference data, but the available evidence does not establish exact pin compatibility with the ADF5610BCCZ. The ADF5610BCCZ is a 48-VFLGA exposed-pad device, while the cross-reference listing describes ADF5611 as a comparable RF synthesizer with different specifications and features. Treat ADF5611 as a design-review candidate rather than a confirmed drop-in replacement until its package, pinout, supply voltage, reference interface, VCO range, and register map are compared directly.

Is the ADF5610BCCZ in stock and what is its price?

The supplied distributor results indicate that DigiKey and Mouser list the ADF5610BCCZ for purchase and provide availability, pricing, and datasheet links. Exact unit pricing and current stock quantities were not included in the verified data, so the tier table records the prices as unavailable rather than estimating them. For a current commercial quote, use the DigiKey product page, the Mouser product page, or the XAIPART ordering workflow and request confirmation of stock, lead time, and volume pricing as of 2026-10-30.

What is the lead time for the ADF5610BCCZ?

The lead time for the ADF5610BCCZ is not explicitly stated in the supplied verified data. The DigiKey result says the part is available to buy and ships today, but that statement does not establish a contractual lead time for every quantity or every package variant. Because this product is a high-performance wideband microwave synthesizer, procurement planning should request current inventory, factory lead time, and date-code information directly from the selected authorized distributor. The available price records remain subject to change as of 2026-10-30.

What are the key specifications of the ADF5610BCCZ that engineers should know?

The key specifications are a 14.6 GHz maximum RF frequency, a 3650 MHz to 7300 MHz integrated-VCO fundamental range, selectable divide ratios from 1 through 128, and a minimum listed output frequency of 57 MHz. The device also uses a 3-wire SPI interface, requires an external reference and loop filter, and is supplied in a 48-VFLGA exposed-pad package. These details are summarized from the Analog Devices product page, official datasheet, and distributor records. Supply voltage, phase noise, temperature range, and complete pin assignments were not included in the verified search data and must be confirmed from the datasheet.

What can replace the ADF5610BCCZ in an RF module?

The supplied evidence supports ADF5611, ADF5612, and ADF5613 as comparable RF synthesizer candidates, but it does not confirm a drop-in replacement for the ADF5610BCCZ. Replacement should be based on exact package and pin compatibility, VCO tuning range, output topology, divider options, reference frequency, supply requirements, register interface, phase noise, and thermal performance. Because the ADF5610BCCZ uses a 48-VFLGA exposed-pad package, even a similarly specified synthesizer may require PCB changes. The cross-reference results are therefore leads for engineering evaluation, not automatic substitutions.

Is the ADF5610BCCZ suitable for microwave communication and test equipment?

Yes, the ADF5610BCCZ is suited to microwave communication, instrumentation, radar, and RF test applications. Its integrated VCO, 14.6 GHz maximum listed RF frequency, low-frequency divided output capability, and programmable serial interface support compact wideband frequency synthesis. The Analog Devices product page identifies the device as a wideband microwave synthesizer, and the datasheet confirms both integer-N and fractional-N use with an external loop filter and reference. Suitability still depends on the required tuning range, phase noise, output power, reference quality, and regulatory or system-level specifications.

How should the ADF5610BCCZ be designed into a PCB?

The PCB should preserve the 48-VFLGA exposed-pad thermal and electrical connection, provide a low-impedance ground reference, and use the Analog Devices recommended high-frequency layout for the reference, RF outputs, supply pins, and loop-filter connections. Keep the external loop filter and reference components positioned according to the datasheet guidance, minimize sensitive-node routing, and provide adequate decoupling close to the supply pins. The supplied verified data confirms the package and exposed pad but does not provide the complete pin map or layout dimensions, so the official datasheet and package drawing must control the implementation.

Data referensi kejuruteraan untuk ADF5610BCCZ — perbandingan, panduan rancangan, dan maklumat kesediaan

Panduan Pilihan

Choose the ADF5610BCCZ when the design needs a wideband microwave synthesizer with an integrated VCO, a listed maximum RF frequency of 14.6 GHz, and divided output down to 57 MHz. It is particularly suitable for signal generators, communications test equipment, radar front ends, and RF instrumentation where a programmable 3-wire SPI interface and selectable integer-N or fractional-N operation are useful. ADF5611, ADF5612, and ADF5613 are the most relevant candidates in the supplied cross-reference results, but they should be treated as design-review options unless their exact package, pinout, reference, divider, and register details are confirmed. ADF5610BCCZ-RL7 is an orderable suffix of the same device family and may be appropriate when procurement requires that suffix, subject to current lifecycle and inventory confirmation. For a new design, the critical engineering decisions are phase noise, supply voltage, tuning accuracy, thermal performance, reference sensitivity, loop-filter design, and RF layout.

Perbandingan dengan Gantian

Parametr	Produk Ini	ADF5611	ADF5612	ADF5613	ADF5610BCCZ-RL7
Brand	Analog Devices	Analog Devices	Analog Devices	Analog Devices	Analog Devices

Penyeberangsung Jelas

Wide maximum RF tuning coverage (vsADF5611)
Broad divided-output flexibility (vsADF5612)
Integrated wideband VCO and programming interface (vsADF5613)

Catatan Desain

Follow the Analog Devices recommended land pattern and high-frequency layout for the 48-VFLGA exposed-pad package. Provide a solid, low-impedance ground connection beneath the device, place supply decoupling close to the relevant pins, and keep the reference and RF output routing short and controlled. Because the verified data does not include the complete pin map or package drawing, the official datasheet must be used for exact pad assignments, exposed-pad geometry, and assembly requirements.

Treat the reference input, loop-filter connection, RFOUT path, and divided differential output as sensitive RF nodes. Use a short, continuous reference path and place the external loop-filter components according to the datasheet layout guidance. Keep switching or digital return currents away from the VCO and feedback routing, and use controlled impedance for RF traces. Validate the final board for unwanted spurs, output-power variation, and lock behavior rather than relying only on schematic connectivity.

The 48-VFLGA package includes an exposed pad that should be connected to the PCB ground and thermal copper area as directed by Analog Devices. Estimated thermal performance cannot be calculated from the supplied data because junction-to-ambient resistance, supply voltage, and dissipation conditions were not provided. For higher output-power or elevated-temperature operation, confirm the manufacturer thermal information and provide adequate copper without compromising RF return paths.

Maklumat Kesediaan

RoHS

Unknown

REACH

Unknown

AEC-Q100

Not Applicable

Bosong logam timbal

Unknown

Bosong halogen

Unknown

Mineral konflik

Unknown

The supplied verified data identifies the device as an industrial-grade surface-mount component but does not state RoHS, REACH, AEC-Q100, lead-free, halogen-free, or conflict-minerals status. AEC-Q100 is marked not_applicable because the component is a clock and timing IC rather than an automotive-qualified device in the provided evidence.

Data disahkan pada: 2026-10-30 — data yang disahkan dan disusun semula oleh pasukan kejuruteraan komponen XAIPART

Sumber: Distributor, Manufacturer Product Page, Distributor, Manufacturer Datasheet, Octopart, Distributor, Distributor, Distributor, Distributor, Distributor, Distributor, Distributor, Distributor, Distributor, Distributor, Distributor, Manufacturer Product Page, Manufacturer Product Page, Manufacturer Product Page, Octopart, Distributor, Manufacturer Product Page, Distributor, Distributor

Pencarian Berhubungan

ADF5610BCCZ ADF5610BCCZ datasheet Analog Devices ADF5610 ADF5610 14.6 GHz PLL synthesizer 48-VFLGA wideband VCO IC ADF5610 microwave signal generator ADF5610BCCZ replacement ADF5610BCCZ buy price ADF5610BCCZ pinout ADF5610BCCZ lead time ADF5610BCCZ stock ADF5610 fractional-N integer-N synthesizer ADF5610 wideband microwave synthesizer ADF5610BCCZ 57 MHz output

Komponen dan Tanda berkaitan

Analog Devices ADF5610BCCZ ADF5610 ADF5611 ADF5612 ADF5613 ADF5610BCCZ-RL7 Integer-N PLL Fractional-N PLL Frequency synthesizer Integrated VCO Clock and timing IC RF signal generator Microwave synthesizer 3-wire SPI External loop filter External reference source RFOUT Differential divided output Divide ratio 48-VFLGA Exposed pad Surface mount SDP-S RF communications