- Complete inverter solution for applications up to 50kW (Full Hybrid Electrical Vehicles) with IGBT module HybridPACK™1 Pin-Fin (FS400R07A1E3_H5) 650V/400A
- Employing coreless transformer isolated driver (1ED020I12- FA)
Средства разработки и отладки для специальных применений - Решения
Описание:
The EVAL-AD7380FMCZ and EVAL-AD7381FMCZ are full featured evaluation boards that evaluate all features of the AD7380 and AD7381 analog-to-digital converters (ADCs). The evaluation boards can be controlled by the EVAL-SDP-CH1Z via the 160-way system demonstration platform (SDP) connector, J4. The EVAL-SDP-CH1Z board controls the evaluation boards through the USB port of a PC using the Analysis, Control, Evaluation (ACE)software, which is available for download from the ACE software page.
Complete specifications for the AD7380 and AD7381 are provided in the AD7380/AD7381 data sheet. Consult these specifications in conjunction with this user guide when using the evaluation boards. Full details on the EVAL-SDP-CH1Z are available on the SDP-H1 product page. The comprehensive ACE user guide is available on the ACE software page.
Figure 1 shows the typical setup of the EVAL-AD7380FMCZ board. The setup for the EVAL-AD7381FMCZ board is the same as the EVAL-AD7380FMCZ setup.
Возможности:
- Full featured evaluation board multichannel, simultaneous sampling ADC
- On-board reference, reference buffer, and ADC driver
- On-board power supplies
- Board-compatible, high speed system demonstration platform (SDP-H1) controller
- PC software for control and data analysis
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Evaluation Board developed for 1ED44176N01F - EiceDRIVER™ 25 V low-side gate driver with integrated over-current protection (OCP) and enable/ fault output indication. The board contains one comparator, which is designed as a pulse generator, and one 1ED44176N01F to drive a SOT235-package MOSFET switch connected with an adjustable resistance load (potentiometer-R3).The MOSFET controls the turn-on or turn-off of the resistance load. Rotating the potentiometer, changes the loop current when the MOSFET is on, then gets the different voltage on the shunt resistor (R7). The two LEDs on the board show the different working status of 1ED44176N01F. If the green LED lights up, the 1ED44176N01F is working in normal operation mode. If the red LED lights up, the 1ED44176N01F is in fault condition mode.
EVAL-1ED44176N01F is available from Infineon in sampling quantities.
Возможности:
- 0.5 V Over-current threshold with accurate ±5% tolerance
- Over-current detection with positive voltage input
- Single pin for fault output and enable
- Programmable fault clear time
- Under voltage lockout
- CMOS Schmitt-triggered inputs
- 3.3 V, 5 V and 15 V input logic compatible
- Output in phase with input
- Separate logic and power ground
- 2 kV ESD HBM
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- Схемотехника
- Тестирование
Описание:
Hybrid-Kit for HybridPACK™1 PinFin
Возможности:
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CFL Ballast for 26W/Spiral Lamp, 220VAC Input
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Mini-ballast for single 25W compact fluorescent ballast, European version with 230VACin
Документация:
- Топология платы
Описание:
The MAX038 evaluation kit (EV kit) is a high-frequency function generator capable of producing accurate triangle/sawtooth, sine, and square/pulse waveforms up to 10MHz, using the supplied components. Output frequency and duty cycle are easily adjusted with on-board potentiometers. Removable jumpers select sine, square, or triangle waveforms, or fix the duty cycle at 50%. The output is buffered with a MAX442 amplifier capable of driving a 50Ω coaxial cable. The MAX038 EV kit is fully assembled and tested.
Возможности:
- 325kHz to 10MHz Operation
- Adjustable Duty Cycle
- 2.5V Reference Output
- TTL-Compatible SYNC Output
- Fully Assembled and Tested
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The MAX105 evaluation kit (EV kit) is a fully assembled and tested circuit board that contains all the components necessary to evaluate the performance of the MAX105, dual channel, 6-bit (800Msps), or the MAX107, dual channel, 6-bit (400Msps) high-speed analog-to-digital converter (ADC). The MAX105 ADC is able to process differential or single-ended analog inputs. The EV kit allows the user to evaluate the ADC with either type of signals. The digital output produced by the ADC can be easily sampled with a user-provided high-speed logic analyzer or data-acquisition system. The EV kit comes with the MAX105 installed. To evaluate the MAX107, replace the MAX105 with the MAX107.
Возможности:
- Two Matched 6-Bit, 800 Msps ADCs
- 0.8Vp-p Input Signal Range
- Demultiplexed Differential LVDS Outputs
- Square-Pin Headers for Easy Connection of Logic Analyzer to Digital Outputs
- Four-layer PC Board with Separate Analog and Digital Power and Ground Connections
- Fully Assembled and Tested with MAX105 Installed
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The MAX1231B/MAX11633/MAX11635 evaluation systems (EV systems) include one master board and one of three daughter boards. The EV systems also include Windows XP®-, Windows Vista®-, and Windows® 7-compatible software that provides a simple graphical user interface (GUI) for exercising the features of the various ADCs. The master board (MAX116XXSPIMB) connects to a PC's USB port and allows the transfer of SPI commands to the corresponding daughter board.
The daughter boards are fully assembled and tested PCBs that demonstrate the capabilities of the MAX1030, MAX1031, MAX1230, MAX1231, MAX11624, MAX11625, MAX11632–MAX11635, MAX11642, and MAX11643 300ksps, 8-/10-/12-bit, 3V/5V, low-power, high-speed SPI ADCs with internal or external references.
Each EV kit daughter board evaluates different ADCs, but only the default ADC referenced in the EV kit daughter board is installed on the board. Contact the factory for free samples of the other pin-compatible ADCs to evaluate these devices or to order individual boards.
Возможности:
- USB Powered (No External Power Supply Required)
- Daughter Board Powered by the Master Board
- 4/16 ADC Channel Inputs
- 10MHz SPI Interface
- Windows XP-, Windows Vista-, and Windows 7-Compatible Software
- Time Domain, Frequency Domain, and Histogram Plotting in the EV System Software
- Frequency, RMS, Min, Max, and Average DC Calculations in the EV System Software
- Collects Up to One Million Samples
- On-Board Voltage Reference
- Proven PCB Layout
- Fully Assembled and Tested
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The MAX14508E evaluation kit (EV kit) provides a proven design to evaluate the MAX14508E high-ESD-protected double-pole/double-throw (DPDT) switch. The EV kit is designed to demonstrate the MAX14508E used in USB 2.0 Hi-Speed-compliant switching applications. The EV kit routes a multiplexed signal from one USB port to another USB port or an audio connector.
The MAX14508E EV kit PCB comes with a MAX14508EEVB+ installed. Contact the factory for free samples of the pin-compatible MAX14509EEVB+, MAX14510EEVB+, MAX14511EEVB+, or MAX14509AEEVB+ devices.
The MAX14508E EV kit PCB comes with a MAX14508EEVB+ installed. Contact the factory for free samples of the pin-compatible MAX14509EEVB+, MAX14510EEVB+, MAX14511EEVB+, or MAX14509AEEVB+ devices.
Возможности:
- USB Powered (Cable Included)
- Complete USB 2.0 Hi-Speed (480Mbps) Switching Circuit
- Lead-Free and RoHS Compliant
- Proven PCB Layout
- Fully Assembled and Tested
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The MAX14535E evaluation kit (EV kit) demonstrates the MAX14535E double-pole/double-throw (DPDT) analog switch featuring negative signal capability, low on-resistance (0.135Ω RON), and input shunt resistors on the NO_ terminals for click-and-pop reduction in portable audio applications. The IC features a space-saving ultra-thin QFN package. The EV kit can operate from a +2.4V to +5.5V DC power supply and comes configured to operate from USB power.
Возможности:
- Input Shunt Resistors for Built-In Click-and-Pop Reduction
- Low 0.135Ω On-Resistance (RON)
- -1.5V to Min (3V or VCC) Analog Signal Capability
- +2.4V to +5.5V DC Supply Operation
- Demonstrates USB Power Operation
- Lead(Pb)-Free and RoHS Compliant
- Fully Assembled and Tested
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The MAX155 evaluation kit (EV kit) is a functional 8-channel, 8-bit data-acquisition system. The printed circuit board has an 80C32 microprocessor controlling the MAX155 analog-to-digital converter. Software run on an IBM®-compatible personal computer communicates over an RS-232 link to perform analog-to-digital conversions and display the results.
The input channels can be configured in a variety of combinations of single-ended/differential and unipolar/bipolar modes. All input channels are sampled simultaneously at the beginning of each conversion for low skew between channels. A single channel can be selected for conversion and display, or all channels can be read.
The board operates from a single 6V to 12V supply. A MAX660 generates the -5V supply needed for converting voltages below ground.
The input channels can be configured in a variety of combinations of single-ended/differential and unipolar/bipolar modes. All input channels are sampled simultaneously at the beginning of each conversion for low skew between channels. A single channel can be selected for conversion and display, or all channels can be read.
The board operates from a single 6V to 12V supply. A MAX660 generates the -5V supply needed for converting voltages below ground.
Возможности:
- Fully Functional 8-Channel, 8-Bit DAS
- Eight Simultaneously Sampling Track/Hold Inputs
- 0 to 2.5V Unipolar or ±2.5V Bipolar Input Range
- Single-Ended or Differential Inputs
- Mixed Input Configurations are Possible
- +2.5V Reference Voltage
- EV Kit Operates from a Single Input Supply
- Software for IBM-Compatible Computers Included
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The MAX1567 evaluation kit (EV kit) is a fully assembled and tested printed-circuit board (PCB) that accepts 2.8V to 4.2V input voltages and provides all the output voltages required for a typical digital still camera. The outputs consist of the main step-down output (3.3V), a step-down output (1.8V), a general-purpose 5V output, outputs for driving white LED backlighting, and outputs for charge-coupled device (CCD) and LCD bias. The EV kit comes with the MAX1567 installed, but can also be used to evaluate the MAX1566. For applications with a lower battery voltage, such as 2-AA battery applications, another version of the EV kit is available with the main output configured as a step-up converter (MAX1567SUMEVKIT).
Возможности:
- Up to 95% Efficient
- 2.8V to 4.2V Input-Voltage Range
- Main Step-Down Output, 3.3V
- Step-Down Output, 1.8V
- 5V General-Purpose Output
- CCD and LCD Bias Outputs (+15V/-7.5V)
- Current-Regulated Output with Overvoltage Protection for White LED Backlighting
- 1µA Shutdown Mode
- Fully Assembled and Tested
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The MAX1567 step-up main evaluation kit (EV kit) is a fully assembled and tested circuit that accepts input voltages of 1.5V to 3.2V and provides all the output voltages required for a typical digital still camera. The outputs consist of the main step-up output (3.3V), a stepdown output (1.8V), a general-purpose 5V output, outputs for driving white LED backlighting, and outputs for charge-coupled device (CCD) and LCD bias. The EV kit comes with the MAX1567 installed, but can also be used to evaluate the MAX1566. For applications with a higher battery voltage, such as Li+ battery applications, another version of the EV kit is available with the main output configured as a step-down converter (MAX1567EVKIT).
Возможности:
- Up to 95% Efficient
- 1.5V to 3.2V Input Voltage Range
- Main Step-Up Output, 3.3V
- Step-Down Output, 1.8V
- 5V General-Purpose Output
- CCD and LCD Bias Outputs (+15V/-7.5V)
- Current-Regulated Output with Overvoltage Protection for White LED Backlighting
- 1µA Shutdown Mode
- Fully Assembled and Tested
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The MAX1630/MAX1631/MAX1632 evaluation kits (EV kits) each consist of one of three preassembled and tested evaluation boards (EV boards) that embody the standard application circuits. The MAX1630 and MAX1632 EV boards provide the triple-output 3.3V/5V/12V circuit, and the MAX1631 EV board provides the dual-output 3.3V/5V circuit.
All three use the same PC board but have different components to accommodate different input voltage ranges. The main differences between the MAX1630 and MAX1632 EV boards are in the turns ratio (1:4 or 1:2.2) and in the location of the transformer connection (3.3V side or 5V side). Connecting the transformer to the 3.3V side allows lower input voltage. Connecting the transformer to the 5V side provides slightly better efficiency and lower stress voltages.
These circuits are configured to deliver up to 3A of output current on each of the main PWM outputs with greater than 90% efficiency. The MAX1630/MAX1631/MAX1632 EV kits can also be used to evaluate other output voltages.
All three use the same PC board but have different components to accommodate different input voltage ranges. The main differences between the MAX1630 and MAX1632 EV boards are in the turns ratio (1:4 or 1:2.2) and in the location of the transformer connection (3.3V side or 5V side). Connecting the transformer to the 3.3V side allows lower input voltage. Connecting the transformer to the 5V side provides slightly better efficiency and lower stress voltages.
These circuits are configured to deliver up to 3A of output current on each of the main PWM outputs with greater than 90% efficiency. The MAX1630/MAX1631/MAX1632 EV kits can also be used to evaluate other output voltages.
Возможности:
- Battery Range:
- 5.2V to 20V (MAX1630)
- 5.2V to 28V (MAX1631)
- 6.5V to 28V (MAX1632)
- Outputs:
- 3.3V at 3A
- 12V at 120mA
- 5V at 3A
- 5V at 30mA Keep-Alive
- 1:4 Transformer (MAX1630)
1:2.2 Transformer (MAX1632) - Adjustable 2.5V to 5.5V Outputs (optional resistor divider)
- Precision 2.5V Reference Output
- Oscillator Sync Input
- Low-Noise Mode Control Input (active-low SKIP)
- Power-Good Monitor (active-low RESET output)
- Fully Assembled and Tested
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The MAX1660 evaluation kit (EV kit) is an assembled surface-mount demonstration board. The EV kit embodies the typical application circuit shown in Figure 8 of the MAX1660 data sheet. Additional circuitry allows an IBM®-compatible personal computer to use its parallel port to emulate an Intel® System Management Bus (SMBus™) interface.
Возможности:
- Measures 4A Currents to 1% Accuracy
- 4A Max Current, 1% Accuracy
- Proven PC Board Layout
- Convenient Test Points Provided On-Board
- Data-Logging Software
- Fully Assembled and Tested
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The MAX1737 evaluation kit (EV kit) is an assembled and tested PC board that implements a step-down, switching lithium-ion (Li+) battery charger. It can be set to charge 1 to 4 series cells. The cell voltage can be set between 4.0V and 4.4V, using standard 1% resistors, while maintaining 1% overall regulation accuracy.
The MAX1737 detects faulty cells and terminates charging. Two capacitors are used to set the charge termination, prequalification, and fault timeout periods. Three LEDs indicate the charging status. A user-supplied thermistor can be connected to the MAX1737 EV kit to monitor battery temperature and suspend charging for over- and undertemperature conditions.
The MAX1737 detects faulty cells and terminates charging. Two capacitors are used to set the charge termination, prequalification, and fault timeout periods. Three LEDs indicate the charging status. A user-supplied thermistor can be connected to the MAX1737 EV kit to monitor battery temperature and suspend charging for over- and undertemperature conditions.
Возможности:
- Complete Li+ Charging Solution for 1 to 4 Cells
- Low Heat and High Efficiency
- 300kHz PWM Operation
- Up to 28V Input Voltage Range
- 28-Pin QSOP Package
- Surface-Mount Construction
- Fully Assembled and Tested
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The MAX1778 evaluation kit (EV kit) is a fully assembled and tested surface-mount circuit board that contains a step-up switching regulator, two charge-pump voltage-regulator circuits, a VCOM buffer, and a low-drop out linear regulator (LDO). The step-up switching circuit is configured for a +8V output that provides up to 250mA of current from a +3.0V supply. The EV kit can be powered from a +2.7V to +5.5V supply.
The positive charge-pump circuit is configured for a +20V output that provides more than 10mA of current. The negative charge-pump circuit is configured for a -5V output and provides more than 20mA of current. Power for both charge-pump inputs is provided from the step-up switching regulator output.
The EV kit also features an LDO linear regulator circuit, which is configured for a +2.5V output that provides more than 200mA of current. Power for the LDO regulator circuit is provided from the input supply. The VCOM buffer provides a +4V output and more than 150mA of peak current. The step-up switching regulator output provides power to the VCOM buffer.
The MAX1778 EV kit demonstrates low quiescent current and high efficiency (over 91%). High-frequency operation (500kHz/1MHz) allows the use of tiny surface-mount components and fast transient response. The MAX1778 TSSOP package (1.1mm max) with low-profile external components allows this circuit to be less than 1.2mm in height. A built-in transient load tester facilitates transient load tests. The MAX1778 EV kit can also be used to evaluate the MAX1880, MAX1881, and MAX1882 ICs.
The positive charge-pump circuit is configured for a +20V output that provides more than 10mA of current. The negative charge-pump circuit is configured for a -5V output and provides more than 20mA of current. Power for both charge-pump inputs is provided from the step-up switching regulator output.
The EV kit also features an LDO linear regulator circuit, which is configured for a +2.5V output that provides more than 200mA of current. Power for the LDO regulator circuit is provided from the input supply. The VCOM buffer provides a +4V output and more than 150mA of peak current. The step-up switching regulator output provides power to the VCOM buffer.
The MAX1778 EV kit demonstrates low quiescent current and high efficiency (over 91%). High-frequency operation (500kHz/1MHz) allows the use of tiny surface-mount components and fast transient response. The MAX1778 TSSOP package (1.1mm max) with low-profile external components allows this circuit to be less than 1.2mm in height. A built-in transient load tester facilitates transient load tests. The MAX1778 EV kit can also be used to evaluate the MAX1880, MAX1881, and MAX1882 ICs.
Возможности:
- +2.7V to +5.5V Input Range
- Output Voltages
- +8V, >200mA (Step-Up Switching Regulator)
- +20V, >10mA (Positive Charge-Pump Regulator)
- -5V, >20mA (Negative Charge-Pump Regulator)
- +2.5V, >200mA (LDO Linear Regulator)
- +4V, >150mA Peak (VCOM Buffer)
- All Outputs Are Adjustable with Resistors
- >91% Efficiency
- Internal MOSFET Switches
- <1µA (typ) IC Shutdown Current
- 1MHz Step-Up Switching Regulator Frequency
- 500kHz Charge-Pump Regulator Switching Frequency
- Adjustable Fault-Trip Level
- Low-Profile External Components
- Built-In Transient Load Tester
- Surface-Mount Components
- Fully Assembled and Tested
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The MAX1968 evaluation kit (EV kit) is a fully assembled and tested PC board that implements a switch-mode driver for a Peltier thermoelectric cooler (TEC) module. It operates from a single 3.0V to 5.5V supply and provides a bipolar ±3A (max) output to the module.
A potentiometer, DAC, or external source generates a DC temperature set-point voltage. Thermal feedback from the TEC module is compared to the set-point voltage to generate the TEC current-control signal. The MAX1968 accurately regulates the TEC current based on this signal.
When using the DAC, the EV kit connects to the parallel port of a computer running Windows® 95, 98, or 2000. Software, included with the EV kit, provides a quick and easy method to control the DAC.
Note: Windows 2000 requires the installation of a driver. Refer to Win2000.pdf or Win2000.txt located on the diskette.
A potentiometer, DAC, or external source generates a DC temperature set-point voltage. Thermal feedback from the TEC module is compared to the set-point voltage to generate the TEC current-control signal. The MAX1968 accurately regulates the TEC current based on this signal.
When using the DAC, the EV kit connects to the parallel port of a computer running Windows® 95, 98, or 2000. Software, included with the EV kit, provides a quick and easy method to control the DAC.
Note: Windows 2000 requires the installation of a driver. Refer to Win2000.pdf or Win2000.txt located on the diskette.
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The MAX196 evaluation kit (EV kit) is an assembled and tested board for prototyping designs using the MAX196 12-bit, multi-range data-acquisition system (DAS). The board includes voltage buffers for all six analog input channels, and is designed to be operated in a stand-alone demo mode using a binary LED readout. It can be adapted to a user-provided 16-bit microprocessor (µP) bus. The EV kit requires a +5V power supply for the MAX196 and ±15V power supplies for the op amps.
The MAX196 EV kit evaluates both the MAX196 and the MAX198. To evaluate the MAX198, order a free sample of the MAX198BCNI along with the MAX196 EV kit.
Maxim also offers a complete µP-based EV system for the 8-bit interface version of this device, the MAX197. Refer to the MAX197 EV kit manual.
The MAX196 EV kit evaluates both the MAX196 and the MAX198. To evaluate the MAX198, order a free sample of the MAX198BCNI along with the MAX196 EV kit.
Maxim also offers a complete µP-based EV system for the 8-bit interface version of this device, the MAX197. Refer to the MAX197 EV kit manual.
Возможности:
- Stand-Alone Demo
- Proven PC Board Layout
- User Prototype Area
- Fully Assembled and Tested
- Jumper-Selectable Configuration
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The MAX1978 evaluation kit (EV kit) is a fully assembled and tested PC board that implements a complete switch-mode temperature control system for a Peltier thermo-electric cooler (TEC) module. It operates from a single 3V to 5.5V supply and provides a bipolar ±2.2A (max) output to the module.
A potentiometer, DAC, or external source generates a DC temperature set-point voltage. Thermal feedback from the TEC module is compared to the set-point voltage to generate the TEC current control signal. The MAX1978 controls TEC current to accurately regulate temperature.
When using the DAC, the EV kit connects to the parallel port of a computer running Windows® 95, 98, or 2000.
A potentiometer, DAC, or external source generates a DC temperature set-point voltage. Thermal feedback from the TEC module is compared to the set-point voltage to generate the TEC current control signal. The MAX1978 controls TEC current to accurately regulate temperature.
When using the DAC, the EV kit connects to the parallel port of a computer running Windows® 95, 98, or 2000.
Возможности:
- Circuit Footprint Less than 0.93in²
- Circuit Height Less than 3mm
- Operates from a Single Supply (3V to 5.5V)
- ±2.2A Output Current
- High-Efficiency Switch-Mode Design
- Programmable Heating/Cooling Current Limit
- TEC Current Monitor Output
- Overtemperature, Undertemperature, and Analog Temperature Monitor
- 500kHz or 1MHz Switching Frequency
- SPI™-Compatible Serial Interface
- Easy-to-Use Menu-Driven Software
- Includes Windows 95-/98-/2000-Compatible Software and Demo PC Board
- Surface-Mount Construction
- Fully Assembled and Tested
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The MAX197 evaluation system (EV system) is a complete, low-cost, 8-channel data-acquisition system consisting of a MAX197 evaluation kit (EV kit) and a Maxim 80C32 or 68HC16 microcontroller (µC) module. IBM® PC compatible software provides a handy user interface to demonstrate the MAX197's many features. Source code is provided.
The MAX197 EV kit requires a single +5V supply and includes optional input buffer amplifiers that operate with ±15V supplies.
The MAX197 EV kit and EV system evaluate both the MAX197 and the MAX199. To evaluate the MAX199, order a sample of the MAX199 along with the MAX197 EV kit.
The MAX197 EV kit requires a single +5V supply and includes optional input buffer amplifiers that operate with ±15V supplies.
The MAX197 EV kit and EV system evaluate both the MAX197 and the MAX199. To evaluate the MAX199, order a sample of the MAX199 along with the MAX197 EV kit.
Возможности:
- Proven PC Board Layout
- Complete Evaluation System
- Convenient Test Points Provided On-Board
- Data Logging Software
- Source Code Provided
- Fully Assembled and Tested
- User-Selected Microcontroller Module 80C32 or 68HC16
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The MAX2116/MAX2118 evaluation kits (EV kits) simplify evaluation of the MAX2116/MAX2118 complete DBS direct-conversion tuner ICs. They enable testing of the devices' performance and require no additional support circuitry. The EV kits' signal inputs and outputs use SMA and F-type connectors to facilitate the connection of RF/cable test equipment.
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The MAX2116/MAX2118 evaluation kits (EV kits) simplify evaluation of the MAX2116/MAX2118 complete DBS direct-conversion tuner ICs. They enable testing of the devices' performance and require no additional support circuitry. The EV kits' signal inputs and outputs use SMA and F-type connectors to facilitate the connection of RF/cable test equipment.
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The MAX2320, MAX2321, MAX2322, MAX2324, MAX2326, MAX2327 evaluation kits (EV kits) simplify evaluation of these high-linearity, silicon germanium (SiGe), dual-band LNAs/mixers. They enable testing of the devices' RF performance and require no additional support circuitry. The signal inputs and outputs use SMA connectors to simplify the connection of RF test equipment.
The MAX2320/21/22/24/26/27 EV kits are assembled with an associated IC and incorporate input and output matching components optimized for the 869MHz to 894MHz cellular frequency band, 1930MHz to 1990MHz PCS frequency band, 210MHz digital mixer output frequency, and 110MHz FM mixer output frequency. All matching components may be changed to work at other frequencies within the bands specified in the MAX2320/21/22/24/26/27 data sheet.
The MAX2320/21/22/24/26/27 EV kits are assembled with an associated IC and incorporate input and output matching components optimized for the 869MHz to 894MHz cellular frequency band, 1930MHz to 1990MHz PCS frequency band, 210MHz digital mixer output frequency, and 110MHz FM mixer output frequency. All matching components may be changed to work at other frequencies within the bands specified in the MAX2320/21/22/24/26/27 data sheet.
Возможности:
- 50Ω SMA Ports for Easy Testing
- +2.7V to +3.6V Single-Supply Operation
- All Critical Matching Components Included
- Fully Assembled and Tested
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The MAX2320, MAX2321, MAX2322, MAX2324, MAX2326, MAX2327 evaluation kits (EV kits) simplify evaluation of these high-linearity, silicon germanium (SiGe), dual-band LNAs/mixers. They enable testing of the devices' RF performance and require no additional support circuitry. The signal inputs and outputs use SMA connectors to simplify the connection of RF test equipment.
The MAX2320/21/22/24/26/27 EV kits are assembled with an associated IC and incorporate input and output matching components optimized for the 869MHz to 894MHz cellular frequency band, 1930MHz to 1990MHz PCS frequency band, 210MHz digital mixer output frequency, and 110MHz FM mixer output frequency. All matching components may be changed to work at other frequencies within the bands specified in the MAX2320/21/22/24/26/27 data sheet.
The MAX2320/21/22/24/26/27 EV kits are assembled with an associated IC and incorporate input and output matching components optimized for the 869MHz to 894MHz cellular frequency band, 1930MHz to 1990MHz PCS frequency band, 210MHz digital mixer output frequency, and 110MHz FM mixer output frequency. All matching components may be changed to work at other frequencies within the bands specified in the MAX2320/21/22/24/26/27 data sheet.
Возможности:
- 50Ω SMA Ports for Easy Testing
- +2.7V to +3.6V Single-Supply Operation
- All Critical Matching Components Included
- Fully Assembled and Tested
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These evaluation kits (EV kits) simplify testing of the MAX250_. The EV kits provide 50Ω SMA connectors to all RF ports and BNC connectors to the baseband I/Q inputs. The kits enable testing of the devices' RF performance and all modes of operation.
Each kit is assembled with the corresponding IC and incorporates all matching components.
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The MAX2605-MAX2609 evaluation kits (EV kits) simplify evaluation of this family of voltage-controlled oscillators (VCOs). These kits enable testing of the devices' performance and require no additional support circuitry. Both signal outputs use SMA connectors to facilitate connection to RF test equipment.
These EV kits are fully assembled and tested. Their oscillation frequencies are set to approximately the midrange of the respective VCOs.
These EV kits are fully assembled and tested. Their oscillation frequencies are set to approximately the midrange of the respective VCOs.
Возможности:
- Easy Evaluation
- Complete, Tunable VCO Test Board with Tank Circuit
- Low Phase Noise
- Fully Assembled and Tested
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The MAX2605-MAX2609 evaluation kits (EV kits) simplify evaluation of this family of voltage-controlled oscillators (VCOs). These kits enable testing of the devices' performance and require no additional support circuitry. Both signal outputs use SMA connectors to facilitate connection to RF test equipment.
These EV kits are fully assembled and tested. Their oscillation frequencies are set to approximately the midrange of the respective VCOs.
These EV kits are fully assembled and tested. Their oscillation frequencies are set to approximately the midrange of the respective VCOs.
Возможности:
- Easy Evaluation
- Complete, Tunable VCO Test Board with Tank Circuit
- Low Phase Noise
- Fully Assembled and Tested
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The MAX2620 evaluation kit (EV kit) simplifies evaluation of the MAX2620 integrated oscillator with buffered outputs. It includes a varactor-based tank circuit that allows the VCO to tune across an approximately 30MHz band in the 900MHz frequency range. Outputs utilize 50Ω SMA connectors. The EV kit has a test port that facilitates complete characterization of the MAX2620 tank port, enabling resonators to be designed for frequency ranges other than that supplied with the EV kit.
Возможности:
- Complete, Tunable VCO Test Board with Tank Circuit
- Tuning in 900MHz Frequency Range
- Low Phase Noise (-110dBc/Hz typical at 25kHz offset from carrier)
- Operates from Single +2.7V to +5.25V Supply
- Two Output Buffers with 50Ω SMA Connectors
- Low-Power Shutdown Mode
- Test Port for Oscillator Tank Port Characterization
- Fully Assembled and Tested
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The MAX2622/MAX2623/MAX2624 evaluation kits (EV kits) simplify evaluation of the MAX2622/MAX2623/MAX2624 VCOs. These kits enable testing of the devices' RF performance and require no additional support circuitry. The signal output uses an SMA connector to facilitate the connection to RF test equipment.
The MAX2622 EV kit is assembled with the MAX2622 and incorporates output matching components optimized for an RF frequency of 868MHz. The MAX2623 EV kit is assembled with the MAX2623 and incorporates output matching components optimized for an RF frequency of 917MHz. The MAX2624 EV kit is assembled with the MAX2624 and incorporates output matching components optimized for an RF frequency of 973MHz.
The MAX2622 EV kit is assembled with the MAX2622 and incorporates output matching components optimized for an RF frequency of 868MHz. The MAX2623 EV kit is assembled with the MAX2623 and incorporates output matching components optimized for an RF frequency of 917MHz. The MAX2624 EV kit is assembled with the MAX2624 and incorporates output matching components optimized for an RF frequency of 973MHz.
Возможности:
- Easy Evaluation of MAX2622/MAX2623/MAX2624
- +2.7V to +3.3V Single-Supply Operation
- RF Output Matched to 50Ω
- All Critical Peripheral Components Included
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The MAX2622/MAX2623/MAX2624 evaluation kits (EV kits) simplify evaluation of the MAX2622/MAX2623/MAX2624 VCOs. These kits enable testing of the devices' RF performance and require no additional support circuitry. The signal output uses an SMA connector to facilitate the connection to RF test equipment.
The MAX2622 EV kit is assembled with the MAX2622 and incorporates output matching components optimized for an RF frequency of 868MHz. The MAX2623 EV kit is assembled with the MAX2623 and incorporates output matching components optimized for an RF frequency of 917MHz. The MAX2624 EV kit is assembled with the MAX2624 and incorporates output matching components optimized for an RF frequency of 973MHz.
The MAX2622 EV kit is assembled with the MAX2622 and incorporates output matching components optimized for an RF frequency of 868MHz. The MAX2623 EV kit is assembled with the MAX2623 and incorporates output matching components optimized for an RF frequency of 917MHz. The MAX2624 EV kit is assembled with the MAX2624 and incorporates output matching components optimized for an RF frequency of 973MHz.
Возможности:
- Easy Evaluation of MAX2622/MAX2623/MAX2624
- +2.7V to +3.3V Single-Supply Operation
- RF Output Matched to 50Ω
- All Critical Peripheral Components Included
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The MAX2654/MAX2655/MAX2656 evaluation kits (EV kits) simplify evaluation of the MAX2654/MAX2655/ MAX2656 low-noise amplifiers (LNAs). These kits enable testing of the devices' performance and require no additional support circuitry. The signal input and output use SMA connectors to facilitate connection of RF test equipment.
The MAX2654/MAX2655/MAX2656 EV kits are fully assembled with the MAX2654/MAX2655/MAX2656 on board, and incorporate input matching components optimized for specific frequency operation.
The MAX2654/MAX2655/MAX2656 EV kits are fully assembled with the MAX2654/MAX2655/MAX2656 on board, and incorporate input matching components optimized for specific frequency operation.
Возможности:
- Easy Evaluation of MAX2654/MAX2655/MAX2656
- +2.7V to +5.5V Single-Supply Operation
- RF Input and Output Matched to 50Ω
- Jumper Included for Gain/Shutdown Setting
- Fully Assembled and Teste
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NDA is needed before product info can be provided, including data sheet and pricing quotes.
The MAX2986 evaluation kit is designed to introduce a highly integrated chipset including the MAX2986 BaseBand (BB) and MAX2981 Analog Front End (AFE) based on HomePlug® 1.0 standard. This system transfers data over 120V or 240V AC powerlines. MAX2986 BaseBand uses an Orthogonal Frequency Division Multiplexing Modulation (OFDM) technique from 4.49MHz to 20.7MHz frequency band. The main features of the evaluation board are as follows.
Возможности:
- Transporting data over the AC powerline up to 14Mbps
- Tunable bandwidth and power spectral density (PSD) characteristics of transmitted OFDM signal, to match the international regulatory requirements
- Excellent Quality of Service (QOS) by adopting various techniques at the physical layer (PHY) (such as adaptive coding rate technique) and the Media Access Control (MAC) layer (such as Automatic Repeat request (ARQ) technique)
- Optimized data rate and minimized error rate by using a link adaptation technique to adjust dynamically the size of signal constellation (DBPSK or DQPSK) as well as the rate of Forward Error Correcting (FEC)
- The lowest BOM cost for the complete HomePlug chipset solution
- Multiple digital interfaces such as MII/RMII, FIFO, Ethernet MAC, UART, and USB
- Strong immunity to jammer interfaces
- Secure communication link using 56-bit DES Encryption with key management
Описание:
The MAX5003 50W forward converter evaluation kit (EV kit) provides a regulated +5V output voltage at currents up to 10A, when operated from a +36V to +72V input voltage range.
This EV kit is fully assembled and tested. The output voltage is preset to +5V. A single-transistor forward-converter topology with a reset winding is used for high output power and high efficiency. The use of an optocoupler in the feedback circuit provides full 1500V primary to secondary galvanic isolation. A bottom-mounted heatsink plate safely dissipates the heat generated by the power MOSFET and the output diode. The power supply is designed to fit into a small footprint.
WARNING: Dangerous voltages are present on this EV kit and on equipment connected to it. Users who power-up this EV kit or power the sources connected to it must be careful to follow safety procedures appropriate to working with high-voltage electrical equipment.
Under severe fault or failure conditions, this EV kit may dissipate large amounts of power, which could result in the mechanical ejection of a component or of component debris at high velocity. Operate this EV kit with care to avoid possible personal injury.
This EV kit is fully assembled and tested. The output voltage is preset to +5V. A single-transistor forward-converter topology with a reset winding is used for high output power and high efficiency. The use of an optocoupler in the feedback circuit provides full 1500V primary to secondary galvanic isolation. A bottom-mounted heatsink plate safely dissipates the heat generated by the power MOSFET and the output diode. The power supply is designed to fit into a small footprint.
WARNING: Dangerous voltages are present on this EV kit and on equipment connected to it. Users who power-up this EV kit or power the sources connected to it must be careful to follow safety procedures appropriate to working with high-voltage electrical equipment.
Under severe fault or failure conditions, this EV kit may dissipate large amounts of power, which could result in the mechanical ejection of a component or of component debris at high velocity. Operate this EV kit with care to avoid possible personal injury.
Возможности:
- +5V at 10A Output
- ±36V to ±72V Input Voltage Range
- 250kHz Switching Frequency
- Fully Isolated Design with 1500V Isolation Built into the Transformer
- Fully Assembled and Tested Board with Minimum PC Board Footprint
- 0.3% typical Line and Load Regulation
- 85% typical Efficiency at 25W
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The MAX5003 evaluation kit (EV kit) provides a regulated 5V output voltage up to 1A while operating from a +36V to +72V input voltage.
The MAX5003 EV kit is a fully assembled and tested surface-mount printed circuit (PC) board. It comes with the output voltage set to 5V. This EV kit is configured as a flyback converter, and can easily be configured for either isolated or nonisolated operation by selecting the state of a mechanical switch. Additionally, for systems in which the input and output ground references are not at the same potential and for which isolation is not desired, the user has the option to install a level-shifter (not supplied) in the controller feedback loop.
WARNING: Dangerous voltages are present on this EV kit and on equipment connected to it. Users who power up this EV kit or power the sources connected to it must be careful to follow safety procedures appropriate to working with high-voltage electrical equipment.
Under severe fault or failure conditions, this EV kit may dissipate large amounts of power, which could result in the mechanical ejection of a component or of component debris at high velocity. Operate this kit with care to avoid possible personal injury.
The MAX5003 EV kit is a fully assembled and tested surface-mount printed circuit (PC) board. It comes with the output voltage set to 5V. This EV kit is configured as a flyback converter, and can easily be configured for either isolated or nonisolated operation by selecting the state of a mechanical switch. Additionally, for systems in which the input and output ground references are not at the same potential and for which isolation is not desired, the user has the option to install a level-shifter (not supplied) in the controller feedback loop.
WARNING: Dangerous voltages are present on this EV kit and on equipment connected to it. Users who power up this EV kit or power the sources connected to it must be careful to follow safety procedures appropriate to working with high-voltage electrical equipment.
Under severe fault or failure conditions, this EV kit may dissipate large amounts of power, which could result in the mechanical ejection of a component or of component debris at high velocity. Operate this kit with care to avoid possible personal injury.
Возможности:
- 5V at 1A Output
- +36V to +72V Input Voltage Range
- 300kHz Switching Frequency
- Can be Configured for -48V Input and +5V Output
- Selectable Isolated or Nonisolated Operation
- Proven PC Board Layout
- Fully Assembled and Tested Surface-Mount Board
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The MAX5022 evaluation kit (EV kit) is a fully assembled and tested 5W flyback converter circuit board. The power supply is configured for an isolated +5VDC output voltage that can supply up to 1A of current. The line input voltage range is from 85VAC to 265VAC or 120VDC to 375VDC.
The MAX5022 EV kit demonstrates high efficiency up to 80% at 262kHz switching frequency. This high efficiency is achieved by using a single transistor (MOSFET), flyback-converter topology providing output power up to 5W. The surface-mount transformer has a tertiary winding to power the MAX5022 IC after startup. An optocoupler along with the transformer provide input-to-output isolation up to 4500VDC.
Warning: The MAX5022 EV kit is designed to operate with high voltages. Dangerous voltages are present on this EV kit and on equipment connected to it. Users who power up this EV kit or the power sources connected to it must be careful to follow safety procedures appropriate for working with high-voltage electrical equipment.
Under severe fault or failure conditions, this EV kit may dissipate large amounts of power, which could result in the mechanical ejection of a component or of component debris at high velocity. Operate this kit with care to avoid possible personal injury.
The MAX5022 EV kit demonstrates high efficiency up to 80% at 262kHz switching frequency. This high efficiency is achieved by using a single transistor (MOSFET), flyback-converter topology providing output power up to 5W. The surface-mount transformer has a tertiary winding to power the MAX5022 IC after startup. An optocoupler along with the transformer provide input-to-output isolation up to 4500VDC.
Warning: The MAX5022 EV kit is designed to operate with high voltages. Dangerous voltages are present on this EV kit and on equipment connected to it. Users who power up this EV kit or the power sources connected to it must be careful to follow safety procedures appropriate for working with high-voltage electrical equipment.
Under severe fault or failure conditions, this EV kit may dissipate large amounts of power, which could result in the mechanical ejection of a component or of component debris at high velocity. Operate this kit with care to avoid possible personal injury.
Возможности:
- 85VAC to 265VAC or 120VDC to 375VDC Input Range
- Isolated Output Voltage: +5VDC at 1A
- Input-to-Output Isolation Up to 4500VDC
- Fully Assembled and Tested
- Efficiency Up to 80%
- 2% Output Voltage Regulation Over Line and Load
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The MAX710 evaluation kit (EV kit) is a step-up DC-DC converter with a linear-regulator output. The MAX710 accepts a +1.8V to +11V input and converts it to a 3.3V or 5V output for up to 250mA currents. The EV kit is optimized for battery applications where the input varies above and below the regulated output voltage. It can be set in two modes: one optimized for lowest noise, the other for highest efficiency.
The MAX710 EV kit is a fully assembled and tested surface-mount circuit board. It can also be used to evaluate the MAX711, which has an adjustable output voltage (2.7V to 5.5V). Additional pads on the board accommodate the external feedback resistors for setting different output voltages.
The MAX710 EV kit is a fully assembled and tested surface-mount circuit board. It can also be used to evaluate the MAX711, which has an adjustable output voltage (2.7V to 5.5V). Additional pads on the board accommodate the external feedback resistors for setting different output voltages.
Возможности:
- Step-Up/Down Voltage Conversion
- +1.8V to +11V Input Range
- 3.3V or 5V Selectable Output Voltage (MAX710)
- 2.7V to 5.5V Adjustable Output Voltage (MAX711)
- 250mA Output Current
- No External FETs Required
- Output is Fully Off during Shutdown
- 5µA Max Shutdown Current
- Low-Battery Comparator
- Low-Noise and High-Efficiency Modes
- Surface-Mount Components
- Fully Assembled and Tested
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Go-IO is an Industrial-Internet-of-Things (IIoT) reference design designed for rapid prototyping and development of configurable industrial-control systems. Typical end applications include Industry 4.0 driven process automation for building automation for intelligent buildings, smart sensors, reconfigurable industrial control systems, and robotics. All these industrial applications require a high performance, robust, configurable solution, which Go-IO provides using a modular approach. These systems are enabled by highly integrated ICs from Maxim Integrated, delivering new levels of performance while delivering lower power dissipation in tiny footprints.
Go-IO has four different boards. The different configurations provide a varying mix of type of I/O channels and communication interfaces to target different end applications.
Design files, firmware, and software can be found on the Design Resources tab. The boards are also available for purchase.
Возможности:
- 8 Channels Isolated Digital Input
- 4 Channels Isolated 1.2A Digital Output with Safe/Fast Demag
- 4-Port IO-Link® Master version 1.1 compliant with TMG IO-Link Master Stack
- 1 Isolated Power and RS-485 COM port, full duplex to 25Mbps data rate
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