Momentum MS series multichannel programable direct current power source MST80/80/250VDC10000W

The Momentum MS series provides multiple separate isolation routes; individual channels have a maximum power of 3,400 W; and single- or three-phase input options are available. The series has a flexible modular structure; it can be freely configured to meet customized solutions based on test needs. Designed for wide range output; expanded current and voltage output at full power output; more flexible use. High-end appearances with brand new UI touch interfaces; software built-in test features; high precision, high-speed dynamic response can provide power to semiconductor power components and aging; vehicle components; solar energy; batteries; and industrial automation. Functions and advantages; flexible input methods; supporting global generic exchange input specifications; options for single/triple exchange input; meeting additional test application scenarios. Multi-purpose in one machine; ultra-high value; user options for stringing/connecting components and upgrading software; linking or joining a channel; providing higher power capacity; obtaining electricity up to 1,500 V or 390 A currents; and covering additional use needs. Wide-range output, high-power density design; this series of products provides industry-led high-power density; achieves 3.4kW output across 2U channels; expands current and voltage output at full power output; meets wider testing needs; and does not need to purchase additional models. Multi-channel testing applications; the series applies to multiple items to be tested/powered at the same time; high-speed fibre-optic synchronous communication is used; up to 300 link testing capabilities are met; corridors can be simultaneously controlled or operated independently; work efficiency is significantly increased; and user operations are easier. Connecting the communications interface of one of the power sources to the computer end; control of the entire multi-channel power system through the upper-space software. Model grouping designs; flexible combinations; flexible modulation structures; separate voltage/flow control and measurement of each channel in isolation; 3 sets of voltage power modules with up to 49 free configuration channels and string/co-assembly combinations; user-free matching based on usage needs; avoiding duplication of procurement; and cost savings. Synchronization functions; both three-channel power sources and multi-channel systems; all support synchronization; users set synchronized/delay output according to their own test needs; output to support parameter tracking, simultaneous upgrade of multiple power sources, etc.; simplify cumbersome and repetitive operations; and improve testing efficiency. Priority of CC&CV is optional; the series supports the priority selection function of CC&CV; determines whether the output is a voltage high-speed mode or a current-free model; and applies test needs for different types of load. When testing LED loads; users can select CC-priority mode; output current overload is avoided. For integrated circuit testing, recharge testing, and transient power simulation of automobile electronics. The built-in motor vehicle electronic standard test curve; the German standard DIN40839 standard vehicle power network with a voltage curve and international standards ISO16,750-2 pulse wave shape; and the relevant standards for all types of automobile manufacturers are met; LV123, LV148, VW80000, ISO 21848, SAEJ1113-11; rapid voltage increase/reduction response speed; combination of any function generator function; impact on electronic equipment that can be simulated more realistically; it is the preferred power-test instrument for the automobile electronics industry. Battery simulation functions; this series of power sources supports cell simulation functions; the true working state of multiple batteries can be simulated. A battery simulation software can be combined; the output voltage will be changed in real time according to the external pull current. The software provides real-time data monitoring and data report queries; and real experimental data for engineers to study battery power systems. Three-part charge mode; three-part charge curves of the type of battery commonly used on the market for this series of power sources; the customer can call directly or modify the switch to the charge phase based on actual test data. This series of power hardware circuits has been optimized; the power is shut down when recharge is complete; at this point, however much battery voltage, the inhaling current is as low as about 10 mA; and even uninsisted battery purges can effectively prevent the inhaling of batteries. Photovoltaic array simulations; I-V curves of solar panels that can be simulated by this series of power sources; Curve Mode; user-defined models; and three SAS Mode models that incorporate standard curves. Use Curve Mode; only four parameters are required to paint a characteristic curve similar to the solar array. Under custom mode; users can edit up to 4096 points of I-V curves to achieve dynamic cloud cover effects; can be applied to solar reverser maximum power tracking (MPPT) performance tests. internal SAS model; a user can simulate the I-V curve output and generate a report with simple parameters. The DDS function is any function; the sequence is internalised by a sine wave; a triangle wave; a rectangular wave; a gradient wave; a typical wave shape, such as a saw-tooth wave and a step leap; and a user-friendly editing and call. In addition to the above standard functions; can edit and output any complex functions that can be used for R & D and production tests

Full-touch flip panel design; operation easier; display more visual; support for a helionic (CV), constant current (CC), constant (CP) transition function; CC&CV priority option; support for global input voltage; single/triangular input optional; DDS arbitrary function *; flexible modular structure; free configuration of each channel; photovoltaic array simulation *; wide range output; full power provision of a wider array of voltage and current; three-band charger *; support for time-series output of analogue chargers; proportional tracking output; battery simulation *; fibre-optic parallel communication; synchronous/independent control up to 300 channels (selection); internal vehicle electronic test curves *; support chaining/linking (formation); external simulation control and monitoring (forming); electric voltage/declining; support for the SCPI agreement; built-in WebServer; cell-based L.St.RS; editing up to 300 channels (optional)/over-to-to-to-L/L2; B-to-to-T/L-2; pass-to-T-T