Rohde & Schwarz NGL-COM2B (3638.3376P87)

Output channels 2

Max. output power 120 W

NGL202:

K103: digital trigger I/O

Output channels 4

Max. output power 800 W

NGP824: 64V/10A;

K103: digital trigger I/O;

K107: analog input

Output channels 2

Max. output power 120 W

NGM202:

K103: digital trigger I/O;

K104: digital voltmeter functionality;

K106: battery simulation

Output channels 2

Max. output power 120 W

NGL202:

K103: digital trigger I/O

Output channels 2

Max. output power 80 W

Output channels 3

Max. output power 100 W

NGE103B:

K101: Ethernet remote control;

K103: digital trigger I/O

Consumer electronics such as mobile phones and IoT devices require very little current in sleep mode.

However, the current requirement increases abruptly as soon as they switch to transmit mode.

A power supply used o power such DUTs must be capable of handling current increases from a few μA to the ampere range without creating voltage drops or overshoots.

Thanks to their fast load recovery time of 30μs even during a challenging load change, the NGL200 power supplies are ideal for powering IoT and other battery-operated devices. 

With a resolution of up to 6½ digits when measuring voltage, current and power, the NGL200 power supplies are perfect for characterizing devices that have low power consumption in standby mode and high current in full load operation.

The entire measuring range is covered without having to switch ranges.

This results in faster measurements.

In many cases, an additional digital multimeter is no longer necessary.

Advanced electronic circuitry is often very complex and sensitive to interference on the supply lines.

In order to supply interference-free voltage to such sensitive DUTs, the power supplies must provide extremely stable output voltages and currents.

All types of ripple and noise need to be avoided.

The NGL200 power supplies have linear regulation and are ideal for sensitive DUTs.

The two-quadrant architecture of the NGL200 power supplies allows them to function both as a source and sink and simulate batteries or loads.

The power supply automatically switches from source to sink mode.

As soon as the externally applied voltage exceeds the set nominal voltage, current flows into the power supply.

This is indicated by a negative current reading

NGL200

Power Supply Series

≤ 6 V: 0 A to 6 A

> 6 V: 0 A to 3 A

≤ 6 V: 0 A to 6 A

> 6 V: 0 A to 3 A