Richardson RFPD Datasheets for Electronic Development Boards
Development and prototype boards and systems are computer boards or complete systems that are used to develop or test electronic modules.
Electronic Development Boards: Learn more
| Product Name | Notes |
|---|---|
| 1.35-2.7 GHz RF Front End Design Accelerator The RFPD-RC-1327-50 RadioCarbon, or Radio Carbon is a complete 1.35-2.7 GHz RF Front-End, designed to help reduce engineering cost and time for designs... | |
| 150 kVA 3-phase SiC Power Stack Reference Designs Mersen SiC Power Stack reference designs help inverter designers save time and confusion in selecting individual components and can greatly benefit from... | |
| 4.4-5 GHz RF Front End Design Accelerator The RFPD-RC-4450-50 RadioCarbon, or Radio Carbon is a complete 4.4-5 GHz RF Front-End, designed to help reduce engineering cost and time for designs... | |
| Half-Bridge arrangement with high-bandwidth current sensing in a TO-247-3 package Wolfspeed's MOD-PWR-MM-C3M007512 0D is a 1200 V and 75 mOhm MOSFET modular accessory board in a TO-247-3 package designed for... | |
| Half-Bridge arrangement with high-bandwidth current sensing in a TO-247-3 package Wolfspeed's MOD-PWR-MM-E3M006006 5D is a 650 V and 60 mOhm MOSFET modular accessory board in a TO-247-3 package designed for... | |
| Half-Bridge arrangement with high-bandwidth current sensing in a TO-247-4 package Wolfspeed's MOD-PWR-MM-C3M001506 5K is a 650 V and 15 mOhm; MOSFET modular accessory board in a TO-247-4 package designed for... | |
| Half-Bridge arrangement with high-bandwidth current sensing in a TO-247-4 package Wolfspeed's MOD-PWR-MM-C3M001612 0K is a 1200 V and 16 mOhm MOSFET modular accessory board in a TO-247-4 package designed for... | |
| Half-Bridge arrangement with high-bandwidth current sensing in a TO-247-4 package Wolfspeed's MOD-PWR-MM-C3M002112 0K is a 1200 V and 21 mOhm MOSFET modular accessory board in a TO-247-4 package designed for... | |
| Half-Bridge arrangement with high-bandwidth current sensing in a TO-247-4 package Wolfspeed's MOD-PWR-MM-C3M002506 5K is a 650 V and 25 mOhm MOSFET modular accessory board in a TO-247-4 package designed for... | |
| Half-Bridge arrangement with high-bandwidth current sensing in a TO-247-4 package Wolfspeed's MOD-PWR-MM-C3M012006 5K is a 650 V and 120 mOhm MOSFET modular accessory board in a TO-247-4 package designed for... | |
| Half-Bridge arrangement with high-bandwidth current sensing in a TO-247-4 package Wolfspeed's MOD-PWR-MM-E3M001612 0K is a 1200 V and 16 mOhm MOSFET modular accessory board in a TO-247-4 package designed for... | |
| Half-Bridge arrangement with high-bandwidth current sensing in a TO-247-4 package Wolfspeed's MOD-PWR-MM-E3M016012 0K is a 1200 V and 160 mOhm MOSFET modular accessory board in a TO-247-4 package designed for... | |
| Half-Bridge arrangement with high-bandwidth current sensing in a TO-263-7 Package Board Wolfspeed's MOD-PWR-MM-C3M006509 0J is a 900 V and 65 mOhm MOSFET modular accessory board in a TO-263-7 package designed... | |
| Half-Bridge arrangement with high-bandwidth current sensing in a TO-263-7 Package Board Wolfspeed's MOD-PWR-MM-C3M016012 0J is a 1200 V and 160 mOhm MOSFET modular accessory board in a TO-263-7 package designed... | |
| MOD-ACC-BUCKBOOST-40 0uH The SpeedVal Kit Evaluation Platform has an optional Buck/Boost Filter Accessory Board that seamlessly enables Buck or Boost. This board contains an inductor, capacitors and a fan, and... | |
| RCB-F9T timing board: Easy access to u-blox ZED-F9T multi-band timing technology Timing board with ZED-F9T mounted Highlights Timing board with ZED-F9T Industry-standard form factor SMB antenna connector 8-pin connector... | |
| RCB-F9T timing board: Easy access to u-blox ZED-F9T multi-band timing technology Timing board with ZED-F9T mounted Highlights Timing board with ZED-F9T Industry-standard form factor SMB antenna connector 8-pin connector... | |
| SpeedVal Kit Modular Evaluation Platform Buck/Boost Filter Board The SpeedVal Kit Evaluation Platform has an optional Buck/Boost Filter Accessory Board that seamlessly enables Buck or Boost. This board contains an... | |
| SpeedVal Kit Modular Evaluation Platform Power Daughter Cards – TO-247-4 Silicon Carbide MOSFETs in a TO-247-4 package can provide the highest power levels and offer flexibility in system design and... | |
| SpeedVal Kit Modular Evaluation Platform Power Daughter Cards – TO-263-7 Silicon Carbide MOSFETs in a TO-263-7 package support high power designs and simplify assembly with SMT processes. The SpeedVal Kit... | |
| SpeedVal Kit Modular Evaluation Platform Power Daughter Cards – TOLL Silicon Carbide MOSFETs in a TOLL package enable high power density designs due to their small footprint and low profile. | |
| SpeedVal Kit Modular Evaluation Platform Three-Phase Motherboard Wolfspeed's MOD-MB-3P-0900V-40A- N is a motherboard that operates up to 900 V and 40 A(RMS) and supports 3-Phase motors. The SpeedVal Kit 3-Phase... | |
| SpeedVal KitTM Modular Evaluation Platform Half-Bridge Motherboard The SpeedVal Kit Half-Bridge Motherboard contains the power connections, DC bus, and interface for the daughter cards. This motherboard supports a single... | |
| Ultra-High Performance Jitter Attenuator (JA) Input frequency from 1 MHz to 750 MHz, gapped clock Output frequency from 20 MHz to 2000 MHz Jitter as low as 20fs (12 kHz... | |
| Ultra-Low Jitter Crystal Oscillators (TCXO) Available at any frequency from 20 MHz to 2000 MHz Jitter as low as 20fs (12 kHz to 20 MHz) Temperature stability of +/-1 ppm... | |
| Ultra-Low Jitter Crystal Oscillators (VCXO) Available at any frequency from 20 MHz to 2000 MHz Jitter as low as 20fs (12 kHz to 20 MHz) Total stability of +/-5 ppm... | |
| Ultra-Low Jitter Crystal Oscillators (XO) Available at any frequency from 20 MHz to 2000 MHz Jitter as low as 20fs (12 kHz to 20 MHz) Total stability of +/-20 ppm... | |
| Central frequency 2.6GHz, 4T4R, 100MHz BW RV5G family reference design boards are the solutions provided by Richardson RFPD and Vavitel, which are the complete hardware and software proven solutions based... | |
| Central frequency 2.6GHz, 4T4R, 160MHz BW RV5G family reference design boards are the solutions provided by Richardson RFPD and Vavitel, which are the complete hardware and software proven solutions based... | |
| Central frequency 3.5GHz, 4T4R, 100MHz BW RV5G family reference design boards are the solutions provided by Richardson RFPD and Vavitel, which are the complete hardware and software proven solutions based... | |
| ClearComm Enabled Q26 Series Development Kit includes: 1 Q26 Series Development Kit board, 2 AirPrime Q2687 Refreshed embedded modules, Antenna for technical documentation, 1 SMA Antenna for GSM and WCDMA,... | |
| DOCUMENTATION ONLY/NO HARDWARE The MSCSICPFC/REF5 is a three-phase Vienna PFC reference design for hybrid electric vehicle (HEV)/electric vehicle (EV) charger and high power switch mode power supply applications. This reference... | |
| Evaluation Board for SAX103-E1 Tunable Filter | |
| Evaluation Board for SAX239 Tunable Filter | |
| Evaluation Board for SAX248 Tunable Filter | |
| Evaluation Board for SAX270 Tunable Filter | |
| Evaluation Board of PCS.07.A | |
| Evaluation Board | |
| For simplified evaluation of the Si5330/34/35/38 any-frequency, any-output quad clock generators and buffers, development kits are available. The Si5338 clock generator can synthesize any combination of up to 4 differential... | |
| For simplified evaluation of the Si5350/51 any-frequency CMOS clock generator for consumer and enterprise applications, development kits are available. The Si5351x-B20QFN-EVB evaluation kit, along with ClockBuilder Pro, makes it simple... | |
| Low Inductance SP6LI Driver Reference Design Featuring brand new SP6LI (Low Inductance). Stray inductance < 3 nH to fully benefit from SiC. Designed to be easy to parallel. Up to... | |
| mangOH Red is the ideal mangOH platform for enabling low-power IoT applications with all the capabilities that the industrial maker community need for collecting and sending IoT sensor data to... | |
| MANGOHYELBASIC is a basic mangOH yellow. Contact Richardson RFPD about various cellular connectivity options. Build low-power IoT applications that can run for 10 years on a battery with the newest... | |
| MMG3014N-EVKB1 kit addresses the 3G Band 1 general purpose amplifier application and demonstrates typical board performance of the MMG3014N GPA. The MMG3014N GPA can be matched down to 40 MHz... | |
| MMG3014N-EVKB3 kit addresses the 3G Band 3 general purpose amplifier application and demonstrates typical board performance of the MMG3014N GPA. The MMG3014N GPA can be matched down to 40 MHz... | |
| MMG3014N-EVKB7 kit addresses the 3G Band 7 general purpose amplifier application and demonstrates typical board performance of the MMG3014N GPA. The MMG3014N GPA can be matched down to 40 MHz... | |
| Monarch 2 GM02S-NEKTAR EVK The Monarch 2 GM02S-NEKTAR evaluation kit (EVK) allows you to connect to cellular LTE-M/NB-IoT networks in minutes. The NEKTAR EVK comes pre-packaged with a global SIM... | |
| NXP’s RapidRF front-end designs for 5G infrastructure integrate an RF power amplifier, Rx LNA with T/R switch, a circulator and a bias controller in a compact footprint. They incorporate a... | |
| NXP’s RapidRF Smart LDMOS front-end designs provide further integration with a highly efficient RF power amplifier, linear pre-driver, Rx LNA with T/R switch, and a circulator all in a compact... | |
| R-78S3.3-0.1 Evaluation Module | |
| Richardson RFPD, an Arrow Company, is a specialized electronic component distributor providing design engineers with deep technical expertise and localized global design support for the latest new products from the... | |
| RN4678 PICtail™ / PICtail Plus Board provides rapid prototyping and developing for Bluetooth data applications for Classic SPP or Bluetooth Low Energy. It can be powered via USB host or... | |
| RPL-3.0 Evaluation Module | |
| RPM3.3-1.0 Evaluation Module | |
| RPM3.3-2.0 Evaluation Module | |
| RPM3.3-3.0 Evaluation Module | |
| RPM3.3-6.0 Evaluation Module | |
| RPM5.0-1.0 Evaluation Module | |
| RPM5.0-2.0 Evaluation Module | |
| RPM5.0-3.0 Evaluation Module | |
| RPM5.0-6.0 Evaluation Module | |
| RPMB12-2.0 Evaluation Module | |
| RPMB12-3.0 Evaluation Module | |
| RPMB15-2.0 Evaluation Module | |
| RPMB15-3.0 Evaluation Module | |
| RPMB3.3-2.0 Evaluation Module | |
| RPMB3.3-3.0 Evaluation Module | |
| RPMB5.0-2.0 Evaluation Module | |
| RPMB5.0-3.0 Evaluation Module | |
| RPMH12-0.5 Evaluation Module | |
| RPMH15-0.5 Evaluation Module | |
| RPMH24-0.5 Evaluation Module | |
| RPMH3.3-0.5 Evaluation Module | |
| RPMH5.0-0.5 Evaluation Module | |
| RPX-2.5 Evaluation Module | |
| Sample Board, 45 - 1218 MHz | |
| Sample Board, 5 - 300 MHz | |
| Sample Board | |
| SensorHub is a reusable horizontal platform designed to anticipate and address a widerange of possible IoT use cases. Key aspects of the SensorHub are: Single hardware design—A comprehensive suite of... | |
| SiC SP3 Module Driver Reference Design The MSCSICSP3/REF2 reference design provides an example of a highly isolated SiC MOSFET dual-gate driver for the SiC SP3 phase leg modules. It can... | |
| Size, speed, range, power consumption and cost are all important issues to engineers integrating RF connectivity. AeroComm addresses these issues with compact 2.4 GHz, 900 MHz & 868 MHz transceivers. | |
| The CTS mmW ClearPlex Bandpass Filter evaluation boards are development tools for design engineers. Each board has a single band pass filter soldered to the printed circuit board with optimized... | |
| The E-Fuse demonstrator can detect and interrupt fault currents in microseconds, 100–500 times faster than traditional mechanical approaches because of its high-voltage solid-state design. The fast response time substantially reduces... | |
| The Half-Bridge Gate-Drive Power Supply Reference Design (RD) consists of a half-bridge suitable for voltages up to 1kV and a fully-isolated driver stage with isolated power supplies for the low-side... | |
| The MAAP-015036 is a two stage GaAs MMIC power amplifier operating from 8.5 - 10.5 GHz, with a saturated pulsed output power of 42 dBm and a large signal gain... | |
| The MANGOHYELWP76V5 includes a Sierra Wireless WP7607 4G LTE Cat-4 with 3G/2G fallback module and a SIM card. Contact Richardson RFPD about various cellular connectivity options. Build low-power IoT applications... | |
| The MANGOHYELWP76V6 includes a Sierra Wireless WP7608 4G LTE Cat-4 with 3G/2G fallback module and a SIM card. Contact Richardson RFPD about various cellular connectivity options. Build low-power IoT applications... | |
| The MANGOHYELWP77S includes a Sierra Wireless soldered WP7702 Cat-M1/NB-IoT with 2G fallback module and a SIM card. Contact Richardson RFPD about various cellular connectivity options. Build low-power IoT applications that... | |
| The MANGOHYELWP77V2 includes a Sierra Wireless WP7702 Cat-M1/NB-IoT with 2G fallback module and a SIM card. Contact Richardson RFPD about various cellular connectivity options. Build low-power IoT applications that can... | |
| The MANGOHYWP7605 includes a Sierra Wireless WP7605 4G LTE Cat-4 with 3G fallback module. Contact Richardson RFPD about various cellular connectivity options. Build low-power IoT applications that can run for... | |
| The MANGOHYWP7607-1 includes a Sierra Wireless WP7607-1 4G LTE Cat-1 module. Contact Richardson RFPD about various cellular connectivity options. Build low-power IoT applications that can run for 10 years on... | |
| The MANGOHYWP7608-1 includes a Sierra Wireless WP7608-1 4G LTE Cat-1 with 3G and 2G fallback module. Contact Richardson RFPD about various cellular connectivity options. Build low-power IoT applications that can... | |
| The MANGOHYWP7610 includes a Sierra Wireless WP7610 4G LTE Cat-4 with 3G fallback module. Contact Richardson RFPD about various cellular connectivity options. Build low-power IoT applications that can run for... | |
| The MANGOHYWP7611 includes a Sierra Wireless WP7611 4G LTE Cat-4 module. Contact Richardson RFPD about various cellular connectivity options. Build low-power IoT applications that can run for 10 years on... | |
| The MANGOHYWP7611-1 includes a Sierra Wireless WP7611-1 4G LTE Cat-1 module. Contact Richardson RFPD about various cellular connectivity options. Build low-power IoT applications that can run for 10 years on... | |
| The MASW-010350 is an industry leading high isolation single pole four throw (SP4T) switch. This device design is optimized to take advantage of separate GaAs pHEMT switch die and CMOS... | |
| The MS1100-EVB is an intuitive kit for evaluating Mixed-Signal Devices MS1100 family of Ultra-Low Jitter Clock Oscillators (5x7 package). The MS1100-EVB includes the evaluation board and MS1100 clock oscillator. To... | |
| The RDGD3160I3PH5EVB is a three-phase inverter reference design and evaluation board populated with six GD3160 gate drivers for IGBT/SiC MOSFET devices. This board supports SPI daisy chain communication for programming... | |
| The RN-131-EK is an 802.11 b/g Wi-Fi evaluation kit for the RN131 module that can be used to quickly add Wi-Fi connectivity to embedded applications. It has the flexibility to... | |
| The RN-4871-PICtail is a development board based on the ultra-compact Bluetooth 4.2 Low Energy RN4871 module. The RN4871 uses a simple ASCII command interface over the UART. The board enables... | |
| The Si53108-EK evaluation kit allows you to measure jitter performance, power consumption, and signal integrity. The boards feature SMA connectors for robust low jitter signal integrity measurements. | |
| The Si53119-EK evaluation kit allows you to measure the jitter performance, power consumption, and signal integrity. The boards feature SMA connectors for robust low jitter signal integrity measurements. | |
| The Si5315 precision clock accepts dual clock inputs ranging from 8 kHz to 644 MHz and generates dual clock outputs ranging from 8 kHz to 644 MHz. The Si5315 precision... | |
| The Si53154-EVB development kit allows you to measure the jitter performance, power consumption, and signal integrity. The boards feature SMA connectors for robust low jitter signal integrity measurements. | |
| The Si5317 precision clock accepts a clock input ranging from 1 MHz to 711 MHz and dejitters dual clock outputs ranging from 1 MHz to 711 MHz. The Si5317 precision... | |
| The Si5319 precision clock accepts a clock input ranging from 10 MHz to 710 MHz and generates a clock output ranging from 10 MHz to 945 MHz and select frequencies... | |
| The Si5324 precision clock accepts dual clock inputs ranging from 2 kHz to 710 MHz and generates dual clock outputs ranging from 2 kHz to 945 MHz and select frequencies... | |
| The Si5325/26 development board supports simplified evaluation of the Si5326 jitter attenuating clock and Si5325 low-jitter clock multiplier devices. | |
| The Si5327 precision clock accepts dual clock inputs ranging from 2 kHz to 710 MHz and generates dual clock outputs ranging from 2 kHz to 945 MHz and select frequencies... | |
| The Si5328 is the industry’s lowest jitter, most frequency flexible Synchronous Ethernet (SyncE) clock, making it ideal for Ethernet PHYs from GbE to 100 GbE. The Si5328 meets all of... | |
| The Si53301/4-EVB development kit allows customers to quickly evaluate the performance of Si5330x low jitter fanout buffers. Populated with a Si53301 2-input, 6-output buffer, the EVB can be used to... | |
| The Si5332-12A-EVB makes it easy to move from ClockBuilder Pro device configuration to hands-on performance evaluation. | |
| The Si5332-6A-EVB makes it easy to move from ClockBuilder Pro device configuration to hands-on performance evaluation. | |
| The Si5332-8A-EVB makes it easy to move from ClockBuilder Pro device configuration to hands-on performance evaluation. | |
| The Si5332-8EX-EVB makes it easy to move from ClockBuilder Pro device configuration to hands-on performance evaluation. | |
| The Si5332-8IX-EVB makes it easy to move from ClockBuilder Pro device configuration to hands-on performance evaluation. | |
| The Si53332-12EX-EVB makes it easy to move from ClockBuilder Pro device configuration to hands-on performance evaluation. | |
| The Si53332-12IX-EVB makes it easy to move from ClockBuilder Pro device configuration to hands-on performance evaluation. | |
| The Si53332-6EX-EVB makes it easy to move from ClockBuilder Pro device configuration to hands-on performance evaluation. | |
| The Si53332-6IX-EVB makes it easy to move from ClockBuilder Pro device configuration to hands-on performance evaluation. | |
| The Si5338/56-PROG-EVB Field Programming Kit provides all of the tools necessary for writing a new configuration file to the one-time programmable (OTP) non-volatile memory (NVM) in the Si5338/Si5356 any-frequency, any-output... | |
| The Si5340-D-EVB makes it easy to move from ClockBuilder Pro device configuration to hands-on performance evaluation. | |
| The Si5341-D-EVB makes it easy to move from ClockBuilder Pro device configuration to hands-on performance evaluation. | |
| The Si5342-D-EVB makes it easy to move from ClockBuilder Pro device configuration to hands-on performance evaluation. | |
| The Si5344-D-EVB makes it easy to move from ClockBuilder Pro device configuration to hands-on performance evaluation. | |
| The Si5344H-EVB makes it easy to move from ClockBuilder Pro device configuration to hands-on performance evaluation. | |
| The Si5345-D-EVB makes it easy to move from ClockBuilder Pro device configuration to hands-on performance evaluation. | |
| The Si5346-D-EVB makes it easy to move from ClockBuilder Pro device configuration to hands-on performance evaluation. | |
| The Si5347-D-EVBs make it easy to move from ClockBuilder Pro device configuration to hands-on performance evaluation. | |
| The Si5348-E-EVBs make it easy to move from ClockBuilder Pro device configuration to hands-on performance evaluation. | |
| The Si5356-EVB evaluation board is used for evaluating the Si5356 I²C programmable, any frequency 1–200 MHz, quad frequency 8-output clock generator. | |
| The SI5361-A-EVB makes it easy to move from ClockBuilder Pro device configuration to hands-on performance evaluation. SI5361-A-EVB can be used to evaluate the Si5361 jitter cleaner. | |
| The SI5362-A-EVB makes it easy to move from ClockBuilder Pro device configuration to hands-on performance evaluation. SI5362-A-EVB can be used to evaluate the Si5362 jitter cleaner. Contact your local rep... | |
| The SI5363-A-EVB makes it easy to move from ClockBuilder Pro device configuration to hands-on performance evaluation. SI5363-A-EVB can be used to evaluate the Si5363 jitter cleaner. Contact your local rep... | |
| The Si5381A-E-EVB makes it easy to move from ClockBuilder Pro device configuration to hands-on performance evaluation. | |
| The Si5382A-E-EVB makes it easy to move from ClockBuilder Pro device configuration to hands-on performance evaluation. | |
| The Si5386A-E-EVB makes it easy to move from ClockBuilder Pro device configuration to hands-on performance evaluation. | |
| The Si5391A-A-EVB makes it easy to move from ClockBuilder Pro device configuration to hands-on performance evaluation. | |
| The Si5391P-A-EVB makes it easy to move from ClockBuilder Pro device configuration to hands-on performance evaluation. | |
| The Si5392J-A-EVB makes it easy to move from ClockBuilder Pro device configuration to hands-on performance evaluation. | |
| The Si5394A-A-EVB makes it easy to move from ClockBuilder Pro device configuration to hands-on performance evaluation. | |
| This design is optimized to drive SiC devices at a high speed with desaturation protection. It is a base design that can be simplified depending upon the individual system requirements. | |
| This Si53208-EVB is designed to evaluate the jitter performance, power consumption and signal integrity of Si53208 device for PCIe Gen1/2/3/4 and SRIS. The evaluation board features jumpers and SMA connector... | |
| This Si53258-A-EVB is designed to evaluate the jitter performance, power consumption and signal integrity of Si53258 device for PCIe Gen1/2/3/4/5 applications. The evaluation board features jumpers and SMA connector for... | |
| This Si53350-A-EVB is designed to evaluate the additive RMS phase jitter performance, power consumption and signal integrity of the Si5325x family of fanout buffers. The evaluation board features jumpers and... | |
| vProtean+ is the flexible Wideband SDR for signal intelligence and multi-band processing applications. Its configurable, high-performance RF front end is frequency and bandwidth configurable, while its integrated RF transceiver provides... |
| << Prev | Next >> |