Перейти к основному содержимому
instr.cc
Назад к каталогу приборов

Keithley 2602B

Не проверено

System SourceMeter 2600B Series

Fictionalized demonstration record. Identity and technical facts are unverified.

КАНОНИЧЕСКИЙ КЛЮЧ: keithley/smu/2602bПУБЛИЧНЫЙ ИДЕНТИФИКАТОР СУЩНОСТИ: instr:keithley/smu/2602binstr-core schema: missing
Connectivity:GPIB (IEEE-488)RS-232USB 2.0 (Device)Ethernet (LXI-C)Digital I/OTSP-Link
Supported languages:PythonLabVIEWC.NETMATLAB

Source/Measure Envelope

Voltage40.4V
Current3.03A
Power40.4W
Iv SweepSource And MeasurePulse MeasurementPower Sweep

Capability

Source voltage and measure current

SOUR:VOLT

Publish status: 0/3

quick start · datasheet · user reference

ВОЗМОЖНОСТИ

Source voltage and measure current

Не проверено

Four-quadrant voltage source with simultaneous current measurement. Supports DC and pulsed output modes.

Команды

SOUR:VOLTSOUR:VOLT:RangeSENS:CURR:RangeSOUR:VOLT:ILIM

Ranges

voltage
0 – 40.4 V
current
0 – 3.03 A
power
0 – 40.4 W

Prerequisites

  • · Verify instrument identity, firmware version, and calibration status.
  • · Set current compliance before enabling voltage output.
  • · Use 4-wire (remote sense) connection for accurate DUT voltage.

Границы безопасности

  • Maximum floating voltage is 250 V DC. Never exceed between any terminal and earth ground.
  • Set current compliance before enabling output. Compliance must be below DUT damage threshold.

State transitions

idle → configuredconfigured → outputtingoutputting → idle

Source current and measure voltage

Не проверено

Four-quadrant current source with simultaneous voltage measurement. Used for diode, LED, and transistor characterization.

Команды

SOUR:CURRSENS:VOLT:RangeSOUR:CURR:VLIM

Ranges

current
0 – 3.03 A
voltage
0 – 40.4 V

Prerequisites

  • · Verify instrument identity and command compatibility.
  • · Set voltage compliance before enabling current output.

Границы безопасности

  • Set voltage compliance before enabling high-current output. Verify DUT wiring and thermal limits.

State transitions

idle → configuredconfigured → outputtingoutputting → idle

IV sweep (I-V characteristic curve)

Не проверено

Automated voltage or current sweep with simultaneous measurement to generate I-V curves. Supports linear, logarithmic, and custom sweep patterns.

Команды

SOUR:SWE:VOLT:LINSOUR:SWE:VOLT:LOGTRIG:TRAN:DEL

Ranges

voltage
0 – 40.4 V
current
0 – 3.03 A

Prerequisites

  • · Configure sweep range within instrument and DUT safe limits.
  • · Set appropriate compliance before starting sweep.
  • · Use reading buffer to store sweep results.

Границы безопасности

  • Sweep must not exceed DUT absolute maximum ratings. Use compliance limits.

State transitions

idle → configuredconfigured → sweepingsweeping → idle

Pulse measurement

Не проверено

High-current pulsed output up to 10 A with <100 µs pulse width. Minimizes device self-heating during characterization.

Команды

SOUR:PULS:VOLTSOUR:PULS:WIDTSOUR:PULS:DEL

Ranges

pulse current
0 – 10 A
pulse width
0 – 100 µs

Prerequisites

  • · Verify pulse duty cycle constraints to avoid instrument overload.
  • · Set baseline (off-state) compliance before pulse.

Границы безопасности

  • Pulse mode can deliver high transient power. Ensure DUT and cabling can handle peak current.
  • Duty cycle must be within instrument specification to prevent thermal damage.

State transitions

idle → configuredconfigured → pulsingpulsing → idle

SMU DOCUMENT PACKAGE

unverified

Keithley 2602B Quick Start Guide

Bring-up

Bring-up checklist for installation, front-panel orientation, first connection, and safe first output checks.

unverified

Keithley 2602B Datasheet

Selection

Selection-stage envelope for source ranges, measurement resolution, accuracy notes, timing, and environmental limits.

unverified

Keithley 2602B User Reference Manual

Operation

Operational reference for programming model, SCPI behavior, status registers, triggering, protection, and troubleshooting.

МЕДИА

Медиа внешнего вида и интерфейса

Схема (заполнитель)

Demo diagram for Keithley 2602B

ХАРАКТЕРИСТИКИ

Сгруппированные характеристики и условия

45 элементов

源/测量范围

最大输出电压

40.4 V

Source ±DC voltage up to 40.4 V. Measure ±DC voltage up to 40.8 V. 2-channel configuration.

Не проверено · Keithley 2602B demo seed

最大输出电流

3.03 A

Source ±DC current up to 3.03 A. Four-quadrant source or sink operation.

Не проверено · Keithley 2602B demo seed

最大输出功率 (DC)

40.4 W

Maximum DC output power per channel: 40.4 W.

Не проверено · Keithley 2602B demo seed

最大脉冲功率

200 W

Pulsing capability for high-power transient measurements. Duty cycle and pulse width constraints apply.

Не проверено · Keithley 2602B demo seed

电压源精度

量程 1: 100 mV

0.02% + 250 µV

Programming resolution: 5 µV. Typical noise (0.1 Hz–10 Hz): 20 µV.

Не проверено · Keithley 2602B demo seed

量程 2: 1 V

0.02% + 400 µV

Programming resolution: 50 µV. Typical noise (0.1 Hz–10 Hz): 50 µV.

Не проверено · Keithley 2602B demo seed

量程 3: 6 V

0.02% + 1.8 mV

Programming resolution: 50 µV. Typical noise (0.1 Hz–10 Hz): 100 µV.

Не проверено · Keithley 2602B demo seed

量程 4: 40 V

0.02% + 12 mV

Programming resolution: 500 µV. Typical noise (0.1 Hz–10 Hz): 500 µV.

Не проверено · Keithley 2602B demo seed

电流源精度

量程 1: 100 nA

0.06% + 100 pA

Programming resolution: 2 pA. Typical noise (0.1 Hz–10 Hz): 5 pA.

Не проверено · Keithley 2602B demo seed

量程 2: 1 µA

0.03% + 800 pA

Programming resolution: 20 pA. Typical noise (0.1 Hz–10 Hz): 25 pA.

Не проверено · Keithley 2602B demo seed

量程 3: 10 µA

0.03% + 5 nA

Programming resolution: 200 pA. Typical noise (0.1 Hz–10 Hz): 60 pA.

Не проверено · Keithley 2602B demo seed

量程 4: 100 µA

0.03% + 60 nA

Programming resolution: 2 nA. Typical noise (0.1 Hz–10 Hz): 3 nA.

Не проверено · Keithley 2602B demo seed

量程 5: 1 mA

0.03% + 300 nA

Programming resolution: 20 nA. Typical noise (0.1 Hz–10 Hz): 6 nA.

Не проверено · Keithley 2602B demo seed

量程 6: 10 mA

0.03% + 6 µA

Programming resolution: 200 nA. Typical noise (0.1 Hz–10 Hz): 200 nA.

Не проверено · Keithley 2602B demo seed

量程 7: 100 mA

0.03% + 30 µA

Programming resolution: 2 µA. Typical noise (0.1 Hz–10 Hz): 600 nA.

Не проверено · Keithley 2602B demo seed

量程 8: 1 A

0.05% + 1.8 mA

Programming resolution: 20 µA. Typical noise (0.1 Hz–10 Hz): 70 µA.

Не проверено · Keithley 2602B demo seed

量程 9: 3 A

0.06% + 4 mA

Programming resolution: 20 µA. Typical noise (0.1 Hz–10 Hz): 150 µA.

Не проверено · Keithley 2602B demo seed

量程 10: 10 A (pulse)

0.5% + 40 mA

Programming resolution: 200 µA. Typical noise (0.1 Hz–10 Hz): N/A.

Не проверено · Keithley 2602B demo seed

电压测量精度

量程 1: 200 mV

0.015% + 225 µV

Display resolution: 100 nV. Input resistance: >10 GΩ.

Не проверено · Keithley 2602B demo seed

量程 2: 2 V

0.02% + 350 µV

Display resolution: 1 µV. Input resistance: >10 GΩ.

Не проверено · Keithley 2602B demo seed

量程 3: 20 V

0.015% + 5 mV

Display resolution: 10 µV. Input resistance: >10 GΩ.

Не проверено · Keithley 2602B demo seed

量程 4: 200 V

0.015% + 50 mV

Display resolution: 100 µV. Input resistance: >10 GΩ.

Не проверено · Keithley 2602B demo seed

电流测量精度

量程 1: 100 nA

0.06% + 40 pA

Display resolution: 100 fA.

Не проверено · Keithley 2602B demo seed

量程 2: 1 µA

0.025% + 400 pA

Display resolution: 1 pA.

Не проверено · Keithley 2602B demo seed

量程 3: 10 µA

0.025% + 1.5 nA

Display resolution: 10 pA.

Не проверено · Keithley 2602B demo seed

量程 4: 100 µA

0.02% + 25 nA

Display resolution: 100 pA.

Не проверено · Keithley 2602B demo seed

量程 5: 1 mA

0.02% + 200 nA

Display resolution: 1 nA.

Не проверено · Keithley 2602B demo seed

量程 6: 10 mA

0.02% + 2.5 µA

Display resolution: 10 nA.

Не проверено · Keithley 2602B demo seed

量程 7: 100 mA

0.02% + 20 µA

Display resolution: 100 nA.

Не проверено · Keithley 2602B demo seed

量程 8: 1 A

0.03% + 1.5 mA

Display resolution: 1 µA.

Не проверено · Keithley 2602B demo seed

量程 9: 3 A

0.05% + 3.5 mA

Display resolution: 1 µA.

Не проверено · Keithley 2602B demo seed

量程 10: 10 A (pulse)

0.4% + 25 mA

Display resolution: 10 µA.

Не проверено · Keithley 2602B demo seed

瞬态特性

建立时间

<70 µs for output to recover within 0.1% for 10%–90% load step

Time required to reach within 0.1% of final value after source level command.

Не проверено · Keithley 2602B demo seed

过冲

<±(0.1% + 10 mV) typical, step 10%–90% of range, resistive load

Output overshoot for voltage step changes.

Не проверено · Keithley 2602B demo seed

输出噪声

<20 mV peak-to-peak (typical), <3 mV RMS, 6 V range, 10 Hz–20 MHz

Voltage output noise measured in specified frequency band.

Не проверено · Keithley 2602B demo seed

保护与安全

最大浮地电压

250 V DC

Maximum DC voltage between any output terminal and chassis ground.

Не проверено · Keithley 2602B demo seed

过温保护

Internally sensed temperature overload; instrument enters standby mode

Automatic protection when internal temperature exceeds safe limits.

Не проверено · Keithley 2602B demo seed

最小电压限值 (Compliance)

20 mV (bipolar voltage limit, accuracy same as voltage source)

Bipolar voltage limit set with single value. Accuracy same as voltage source.

Не проверено · Keithley 2602B demo seed

最小电流限值 (Compliance)

10 nA (bipolar current limit, accuracy same as current source)

Bipolar current limit set with single value. Accuracy same as current source.

Не проверено · Keithley 2602B demo seed

环境与物理

工作温度

0 °C to 50 °C

Operating ambient temperature range.

Не проверено · Keithley 2602B demo seed

尺寸 (H×W×D)

88.5 mm × 213 mm × 460 mm (H×W×D)

Instrument physical dimensions without protrusions.

Не проверено · Keithley 2602B demo seed

重量

5.4 kg

Net instrument weight.

Не проверено · Keithley 2602B demo seed

编程与同步

触发输入→输出延迟

0.5 µs

Latency from trigger input to trigger output.

Не проверено · Keithley 2602B demo seed

触发输入→源变化延迟

10 µs

Latency from trigger input to source level change.

Не проверено · Keithley 2602B demo seed

多节点同步精度

<0.5 µs (TSP-Link multi-node synchronized source change)

Channel-to-channel synchronization jitter via TSP-Link.

Не проверено · Keithley 2602B demo seed

ПРЕДПРОСМОТР ИЗМЕРЕНИЙ / 001

Синтетические данные измерений и контекст

Демо-данные
ВИЗУАЛИЗАЦИЯ ОТЛОЖЕНА

Keithley 2602B

Demo 40V IV sweep

Метод
Synthetic 40V SMU sweep
Получено
2026-06-29
Статус
Демо-данные / не проверено
Источник
Keithley 2602B demo seed
ВходПоказание
00
100.00075
200.0015
300.00225
400.003

Синтетические значения нужны только для демонстрации интерфейса и структуры данных. Они не являются выводами испытаний производителя и не должны использоваться для инженерных решений.

ПРОИСХОЖДЕНИЕ ИСТОЧНИКА

Источник и происхождение

  • Keithley 2602B demo seed

    Fictionalized seed; not suitable for engineering decisions

    instr.cc demo dataset · Не проверено

Версия записи
0.1.0-demo
Версия схемы
0.3.0-demo
Обновлено
2026-06-29
Лицензия
CC0-1.0 for fictionalized demo content only
Назад к каталогу