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CONN BACKSHELL 9POS 180DEG

Anritsuw

9 Position Two Piece Backshell Connector Silver 180° Shielded

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$12901

$14910.99

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Meet Your Necessity of High Resolution in Single Channel Measurement

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The Inception of ASR-6000 High Performance AC/DC Power Source Development

From the very moment Alpha Go defeated the human chess champion with its ultra-high-speed computing capability, artificial intelligence technology (AI) has developed rapidly around the world. Today, servers with advanced AI functions process tremendous amounts of data under the high-speed computing architecture of 2 CPUs + 8 GPUs.
However, AI servers require a huge amount of power to maintain high-speed computing! In order to meet this demand, the power, density and efficiency of server power supplies have been greatly improved. High-power server power modules require high-efficiency conversion and saving of power consumption. AC single-phase input, HVDC 400V input or increased DC voltage output designs can be utilized to achieve this purpose.

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Output monitoring Screen

GPP-3610H and GPP-7250 provide the sequence output function, which not only allows users to edit the power output waveform, but also allows users to set a sequence of constant voltage (CV) or constant current (CC) load waveform for instance, a serial power output or a simulation test of a dynamic load. The sequence editing point can set up to 2048 steps, and the interval time of each step can be set from 1 to 300 seconds. In order to simplify the settings of waveform editing, the GPP series has 8 built-in waveforms in the templet waveform in the sequence output function, including Sine,

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GPP-Series Application

GPP-3610H and GPP-7250 are designed with a load function of up to 100W. GPP-3610H has built-in maximum 36.5V constant voltage load (CV), maximum 10.2A constant current load (CC) and maximum 1k constant resistance load (CR) functions. Ω Output delay function (Delay) allows users to edit the power output on/off timing waveform while the front panel voltage and current settings remain unchanged. In order to simplify the settings of waveform editing, the GPP series has 3 built-in timing modes in the delay output function in a standalone instrument, including Fixtime.

Specifications

The following specifications are subject to change without notice. Unless otherwise noted, all specifications measured at the product's maximum ratings.

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Feature one

dopts third-generation semiconductor silicon carbide

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AC Input Specifications

Input Voltages Available

Refer to models table for AC input voltage availability by power level. AC Input voltage specified at time of order and cannot be modified

UI, 100-240 Vac, 1-phase


UI2, 208-240 Vac, 1-phase


208 Vac, 3-phase


240 Vac, 3-phase


380/400 Vac, 3-phase


415 Vac, 3-phase


440 Vac, 3-phase


480 Vac 3-phase

Input Voltage Tolerance

± 10%

Input Voltage Frequency

Power Factor

Measured at max power

> 0.99, 1-phase UI and UI2 AC inputs


> 0.92, 3-phase AC inputs

Input Isolation

Measured line-to-ground

± 2000 Vdc

DC Output Specifications

Voltage Ripple

Model specific. Refer to models table.

Datas Grid

Status

Status

Status

Lapse Time

Online

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0:12

Features

4.3” TFT LCD Display

Programming resolution: 1mV/ 0.2mA (GPP-3610H); 2mV/0.2mA (GPP-7250)

Readback resolution: 0.1mV/ 0.1mA

Low ripple noise: ≦ 1mVrms / ≦ 2mArms

FAQ

is a type of power supply capable of both sourcing and sinking power. This means it can supply energy to a load (such as charging a battery) and absorb energy from the load (like discharging a battery or feeding power back to the grid). The bidirectional capability allows for energy flow in two directions, making it essential in systems where power can flow in or out depending on the scenario.

What is the difference between unidirectional and bidirectional power supply?

is a type of power supply capable of both sourcing and sinking power. This means it can supply energy to a load (such as charging a battery) and absorb energy from the load (like discharging a battery or feeding power back to the grid). The bidirectional capability allows for energy flow in two directions, making it essential in systems where power can flow in or out depending on the scenario.

is a type of power supply capable of both sourcing and sinking power. This means it can supply energy to a load (such as charging a battery) and absorb energy from the load (like discharging a battery or feeding power back to the grid). The bidirectional capability allows for energy flow in two directions, making it essential in systems where power can flow in or out depending on the scenario.

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