HEIDEN power GmbH

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+49-8196-9988-0

info@heidenpower.com


Office hours:
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Friday: 08.00 – 14.30 Uhr

Address:
HEIDEN power GmbH
Am Wiesengrund 1
86932 Pürgen / Germany


1311-NL-Quellen-Senken

1311-NL

DC BIDIRECTIONAL

1311-NL

Source-Sink uni- and bipolar

Zellentest 2 Quadranten

Operating modes

The 1311-NL source sinks can operate in constant voltage or constant current mode. In voltage mode, two current limits (source current and sink current) are independently adjustable. In current mode, an upper and a lower limit voltage can be set.

Source-Sink operation

Depending on the setting of the output variable and the properties of the connected test object, the device automatically decides whether it is to be configured as a source or a sink. The change from source to sink mode is carried out quickly.

2-quadrant/4-quadrant operation

Devices for 2-quadrant operation can supply current at positive output voltage or take it backwards. To ensure that at settings close to 0 V and longer connection lines the desired function is guaranteed, the 2-quadrant devices are already equipped with an output voltage of -1 V. The 2-quadrant devices are therefore also 4-quadrant devices, but with a limited negative voltage. 4-quadrant devices can set negative values of the same size as positive values.

  • Source-sink function
  • Fast, linear control
  • Current, voltage operation
  • Adjustable limit values
  • As 2-quadrant or 4-quadrant version
  • Analogue measurement outputs for voltage and current
  • Analogue control inputs

Unipolar (2-Quadranten)

DescriptionPowerVoltageCurrentDimensions
1311u-1V010C20±200 W10 V±20 A2 HE
1311u-1V020C10±200 W20 V±10 A2 HE
1311u-1V030C8±240 W30 V±8 A2 HE
1311u-1V042C6±252 W42 V±6 A2 HE
1311u-1V080C3±240 W80 V±3 A2 HE
1311u-1V100C2±200 W100 V±2 A2 HE
1311u-1V008C80±640 W8 V±80 A5 HE
1311u-1V010C60±600 W10 V±60 A5 HE
1311u-1V020C40±800 W20 V±40 A5 HE
1311u-1V026C32±832 W26 V±32 A3 HE
1311u-1V044C22±968 W44 V±22 A3 HE
1311u-1V60C16±960 W60 V±16 A3 HE
1311u-1V080C11±880 W80 V±11 A3 HE
1311u-1V008C160±1.280 W8 V±160 A8 HE
1311u-1V010C120±1.200 W10 V±120 A8 HE
1311u-1V020C80±1.600 W20 V±80 A8 HE
1311u-1V026C60±1.560 W26 V±60 A8 HE
1311u-1V044C40±1.760 W44 V±40 A8 HE
1311u-1V060C30±1.800 W60 V±30 A8 HE
1311u-1V080C20±1.600 W80 V±20 A8 HE
1311u-1V008C240±1.920 W8 V±240 A11 HE
1311u-1V010C180±1.800 W10 V±180 A11 HE
1311u-1V020C120±2.400 W20 V±120 A11 HE
1311u-1V026C90±2.340 W26 V±90 A11 HE
1311u-1V044C60±2.640 W44 V±60 A11 HE
1311u-1V060C45±2.700 W60 V±45 A11 HE
1311u-1V080C30±2.400 W80 V±30 A11 HE
1311u-1V008C320±2.560 W8 V±320 A14 HE
1311u-1V010C240±2.400 W10 V±240 A14 HE
1311u-1V020C160±3.200 W20 V±160 A14 HE
1311u-1V026C120±3.120 W26 V±120 A14 HE
1311u-1V044C80±3.520 W44 V±80 A14 HE
1311u-1V060C60±3.600 W60 V±60 A14 HE
1311u-1V080C40±3.200 W80 V±40 A14 HE



Bipolar (4-Quadranten)

DescriptionPowerVoltageCurrentDimensions
1311b-10V10C010±100 W±10 V±10 A2 HE
1311b-20V20C05±100 W±20 V±5 A2 HE
1311b-30V30C0,35±105 W±30 V±3,5 A2 HE
1311b-50V50C02±100 W±50 V±2 A2 HE
1311b-08V08C046±368 W±8 V±46 A3 HE
1311b-10V10C038±380 W±10 V±38 A3 HE
1311b-20V20C24±480 W±20 V±24 A3 HE
1311b-30V30C16±480 W±30 V±16 A3 HE
1311b-44V44C11±484 W±44 V±11 A3 HE
1311b-08V08C080±640 W±8 V±80 A8 HE
1311b-10V10C060±600 W±10 V±60 A8 HE
1311b-20V20C40±800 W±20 V±40 A8 HE
1311b-30V30C32±960 W±30 V±32 A8 HE
1311b-44V44C20±880 W±44 V±20 A8 HE
1311b-08V08C120±960 W±8 V±120 A11 HE
1311b-10V10C090±900 W±10 V±90 A11 HE
1311b-20V20C60±1.200 W±20 V±60 A11 HE
1311b-30V30C48±1.440 W±30 V±48 A11 HE
1311b-44V44C30±1.320 W±44 V±30 A11 HE
1311b-08V08C160±1.280 W±8 V±160 A14 HE
1311b-10V10C120±1.200 W±10 V±120 A14 HE
1311b-20V20C80±1.600 W±20 V±80 A14 HE
1311b-30V30C64±1.920 W±30 V±64 A14 HE
1311b-44V44C40±1.760 W±44 V±40 A14 HE


DC BIDIRECTIONAL

1311-NL

Source-Sink uni- and bipolar

Zellentest 2 Quadranten

Operating modes

The 1311-NL source sinks can operate in constant voltage or constant current mode. In voltage mode, two current limits (source current and sink current) are independently adjustable. In current mode, an upper and a lower limit voltage can be set.

Source-Sink operation

Depending on the setting of the output variable and the properties of the connected test object, the device automatically decides whether it is to be configured as a source or a sink. The change from source to sink mode is carried out quickly.

2-quadrant/4-quadrant operation

Devices for 2-quadrant operation can supply current at positive output voltage or take it backwards. To ensure that at settings close to 0 V and longer connection lines the desired function is guaranteed, the 2-quadrant devices are already equipped with an output voltage of -1 V. The 2-quadrant devices are therefore also 4-quadrant devices, but with a limited negative voltage. 4-quadrant devices can set negative values of the same size as positive values.

  • Source-sink function
  • Fast, linear control
  • Current, voltage operation
  • Adjustable limit values
  • As 2-quadrant or 4-quadrant version
  • Analogue measurement outputs for voltage and current
  • Analogue control inputs

Unipolar (2-Quadranten)

DescriptionPowerVoltageCurrentDimensions
1311u-1V010C20±200 W10 V±20 A2 HE
1311u-1V020C10±200 W20 V±10 A2 HE
1311u-1V030C8±240 W30 V±8 A2 HE
1311u-1V042C6±252 W42 V±6 A2 HE
1311u-1V080C3±240 W80 V±3 A2 HE
1311u-1V100C2±200 W100 V±2 A2 HE
1311u-1V008C80±640 W8 V±80 A5 HE
1311u-1V010C60±600 W10 V±60 A5 HE
1311u-1V020C40±800 W20 V±40 A5 HE
1311u-1V026C32±832 W26 V±32 A3 HE
1311u-1V044C22±968 W44 V±22 A3 HE
1311u-1V60C16±960 W60 V±16 A3 HE
1311u-1V080C11±880 W80 V±11 A3 HE
1311u-1V008C160±1.280 W8 V±160 A8 HE
1311u-1V010C120±1.200 W10 V±120 A8 HE
1311u-1V020C80±1.600 W20 V±80 A8 HE
1311u-1V026C60±1.560 W26 V±60 A8 HE
1311u-1V044C40±1.760 W44 V±40 A8 HE
1311u-1V060C30±1.800 W60 V±30 A8 HE
1311u-1V080C20±1.600 W80 V±20 A8 HE
1311u-1V008C240±1.920 W8 V±240 A11 HE
1311u-1V010C180±1.800 W10 V±180 A11 HE
1311u-1V020C120±2.400 W20 V±120 A11 HE
1311u-1V026C90±2.340 W26 V±90 A11 HE
1311u-1V044C60±2.640 W44 V±60 A11 HE
1311u-1V060C45±2.700 W60 V±45 A11 HE
1311u-1V080C30±2.400 W80 V±30 A11 HE
1311u-1V008C320±2.560 W8 V±320 A14 HE
1311u-1V010C240±2.400 W10 V±240 A14 HE
1311u-1V020C160±3.200 W20 V±160 A14 HE
1311u-1V026C120±3.120 W26 V±120 A14 HE
1311u-1V044C80±3.520 W44 V±80 A14 HE
1311u-1V060C60±3.600 W60 V±60 A14 HE
1311u-1V080C40±3.200 W80 V±40 A14 HE



Bipolar (4-Quadranten)

DescriptionPowerVoltageCurrentDimensions
1311b-10V10C010±100 W±10 V±10 A2 HE
1311b-20V20C05±100 W±20 V±5 A2 HE
1311b-30V30C0,35±105 W±30 V±3,5 A2 HE
1311b-50V50C02±100 W±50 V±2 A2 HE
1311b-08V08C046±368 W±8 V±46 A3 HE
1311b-10V10C038±380 W±10 V±38 A3 HE
1311b-20V20C24±480 W±20 V±24 A3 HE
1311b-30V30C16±480 W±30 V±16 A3 HE
1311b-44V44C11±484 W±44 V±11 A3 HE
1311b-08V08C080±640 W±8 V±80 A8 HE
1311b-10V10C060±600 W±10 V±60 A8 HE
1311b-20V20C40±800 W±20 V±40 A8 HE
1311b-30V30C32±960 W±30 V±32 A8 HE
1311b-44V44C20±880 W±44 V±20 A8 HE
1311b-08V08C120±960 W±8 V±120 A11 HE
1311b-10V10C090±900 W±10 V±90 A11 HE
1311b-20V20C60±1.200 W±20 V±60 A11 HE
1311b-30V30C48±1.440 W±30 V±48 A11 HE
1311b-44V44C30±1.320 W±44 V±30 A11 HE
1311b-08V08C160±1.280 W±8 V±160 A14 HE
1311b-10V10C120±1.200 W±10 V±120 A14 HE
1311b-20V20C80±1.600 W±20 V±80 A14 HE
1311b-30V30C64±1.920 W±30 V±64 A14 HE
1311b-44V44C40±1.760 W±44 V±40 A14 HE