I'm intrested in:
TPR#1A
TPR#1B
TPR#1C
TPR#1D
TPR#1E
TPR#5/6
TPR#MP1A
TPR#MP1B
TPR#MP1C
TPR#MP3
TPR#MP4
TPR#1F
TPR#7
Complete BPP TPR set for EVA BST (6 pcs)
Complete EPP TPR set for EVA BST (7 pcs)
Complete BPP + EPP TPR set for EVA BST (13 pcs)
TPR#MPP1
I'm intrested in:
TPT#2
TPT#MP1
TPT#MPP1
I'm intrested in:
FO#1 package
FO#1 package
FO#3 package
FO#4 package
Complete FO kit
I'm intrested in:
I'm intrested in:
Evaluation tool for development of WPT transmitter designs up to 50 W
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Test Power Receiver
Test Power Transmitter
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The EVA Qi TPR is a compact and precise evaluation tool for wireless power transmitter development.
Designed for production line testing, system verification, rapid prototyping, benchmarking, and R&D, it enables developers to validate transmitter designs without requiring dedicated receivers.
The EVA Qi TPR embodies a Power Receiver product that provides real-time operational data via an intuitive software interface. The GUI allows the operator to modify settings of the TPR to emulate various scenarios and evaluate their impact.
The main control and processing unit. It contains the logical elements, measurement boards and electronics. When connected to a separate host computer, such as a PC, a powerful and use- friendly GUI enables configuration settings of parameters and use cases to then provide real time data collection and processing of test results.
The power transfer coil and the component that is coupled with the device under test (DUT), e.g. the transmitter. Through the EVA I TPR the electromagnetic signal is converted to electrical signals. A variety of TPRs are available, matching all reference designs defined in the Qi specification. The standard connectors also allow for proprietary coils to be connected directly to the EVA I BST unit.
Consists of 4 reference objects (as defined in Qi specification), positioning frame, spacer and thermo couple cables. Used together with EVA I BST and EVA TPR for measurements related to foreign object detection.
Thin magnetic antenna connected to the EVA I BST and placed between a PTx and PRx to capture the communication in each phase of the Qi specification.
The state of the art Graphical User Inteface is similar to other nok9 CATS tools (reference test equipment of WPC). Operating and real time measurements are presented to the user both in numerical values and graphical status bars, while the packet log displays communication as sent and intepreted by the tool. Utalizing graphical icons and visual indicators, the GUI provides real-time control over the systems operating parameters, allowing the user to interact with any electronic parameter and setting.
The GUI allows for full control of the tool, acting as a PRx (Qi receiver), while providing the user with live presentation of direct readouts of both communication log and key parameter measurement values.
EVA Qi TPR GUI
Yearly license subscription that enables support for latest WPC Qi specification, as released for EVA I BST. Provides immediate access to any new SW versions released for nok9 EVA Qi TPR, related to current WPC specification versions. Upon release of new SW all new features related to the latest Qi version will be enabled in the GUI.
Subject to separate license agreement.
SW upgrade enables measurements and operation according to the WPC Qi v1.3 specification.
Includes TPR (TPR#PP1A) and SW that enables measurement according to the official proprietary protocol of Samsung Fast Charge.
SW upgrade that enables execution of any pre-programmed test cases as created and imported from CATS II BST.
SW upgrade that enables control of the EVA I BST Control Unit from remote host, over TCP IP, to initiate commands and retrieve data.
SW upgrade that enables graphical presentation and export of test results of all key parameters available in EVA I BST GUI (Rectified Voltage, Rectified Current, Operating Frequency, Control Error, Temperature etc.).
SW upgrade that enables modification, at a bit-level, for any available settings and configuration for each packet enabled in GUI.
SW upgrade that extends the packet list available in GUI to include any proprietary packet listed in the WPC Qi Specification.
SW upgrade that enables to save and load any combination of configurations that are currently applied in the GUI.
SW upgrade that provides an internal oscilloscope, accessible in the GUI. The Oscilloscope includes all key parameters as available in the GUI with the addition of demodulation signals for protocol analysis.
SW upgrade that enables for integrated temperature measurements and connection with any nok9 EVA FO or customer provided equivalent.
SW upgrade that enables the user to define the default configuration settings for any connected TPR.
The EVA Qi TPT is a compact and precise evaluation tool for wireless power receiver development.
The EVA Qi TPT embodies a Power Transmitter product that provides real-time operational data via an intuitive software interface.
The EVA I MDT is a portable and modular platform that can be expanded with both HW and SW upgrades, purchased separately. The Starter Kit consists of a Control Unit and one TPP (Test Power Transmitter), which serve as the PTx coil on which to place the PTx Device Under Test (DUT). Additional upgrades of HW include various TPTs.
The power transfer coil and the component that is coupled with the device under test (DUT), e.g. the receiver. Through the EVA I TPT the electrical signal is converted to electromagnetic signals. Two TPTs are available, matching the reference designs defined in the Qi specification. The standard connectors also allow for proprietary coils to be connected directly to the EVA I MDT unit.
The EVA I TPT includes a power transfer coil and is the component that is coupled with the device under test (DUT), e.g. the receiver. Through the EVA I TPT the electric signal is converted to electromagnetic signals. The standard connectors also allow for proprietary coils to be connected directly to the EVA I MDT unit.
The state of the art Graphical User Inteface is similar to other nok9 CATS tools (reference test equipment of WPC). Operating and real time measurements are presented to the user both in numerical values and graphical status bars, while the packet log displays communication as sent and intepreted by the tool. Utalizing graphical icons and visual indicators, the GUI provides real-time control over the systems operating parameters, allowing the user to interact with any electronic parameter and setting.
The GUI allows for full control of the tool, acting as a PTx (Qi transmitter), while providing the user with live presentation of direct readouts of both communication log and key parameter measurement values.
EVA I MDT GUI
Yearly license subscription that enables support for latest WPC Qi specification, immediately as released for EVA I MDT. Provides immediate access to any new SW versions released for nok9 EVA I MDT, related to current WPC specification versions. Upon release of new SW all new features related to the latest Qi version will be enabled in the GUI.
Subject to separate license agreement.
SW upgrade enables measurements and operation according to the WPC Qi v1.3 specification.
SW upgrade that enables execution of any pre-programmed test cases as created and imported from CATS Qi TPT.
SW upgrade that enables control of the EVA I MDT Control Unit from remote host, over TCP IP, to initiate commands and retrieve data.
SW upgrade that enables graphical presentation and export of test results of all key parameters available in EVA I MDT GUI (Rectified Voltage, Rectified Current, Operating Frequency, Control Error, Temperature etc.).
SW upgrade that enables modification, at a bit-level, for any available settings and configuration for each packet enabled in GUI.
SW upgrade that enables to save and load any combination of configurations that are currently applied in the GUI.
SW upgrade that provides an internal oscilloscope, accessible in the GUI. The Oscilloscope includes all key parameters as available in the GUI with the addition of demodulation signals for protocol analysis.
SW upgrade that enables for integrated temperature measurements and connection with any nok9 EVA FO or customer provided equivalent.
SW upgrade that enables the user to define the default configuration settings for any connected TPT.