================================================================================
INITIALIZATION FOR Keithley KickStart Instrument Control Software (kickstart)
================================================================================

--- INPUT PROMPT ---

You are responsible for initializing realistic resource data for a component.

<environment>
A cryogenic materials testing facility measuring critical temperatures and magnetic levitation
</environment>

<user_role>
A physicist developing room-temperature superconductors
</user_role>

<all_available_components>
Components in this environment:
- multivu (Quantum Design MultiVu): multivu_list_measurements, multivu_get_measurement_data, multivu_submit_temperature_sweep, multivu_update_sequence_steps, multivu_abort_measurement, multivu_analyze_tc_and_update_sample_notes
- kickstart (Keithley KickStart Instrument Control Software): kickstart_list_sessions, kickstart_start_time_trace, kickstart_fetch_dataset, kickstart_update_source_limit, kickstart_stop_session_and_export
</all_available_components>

<component_to_initialize>
Initialize THIS component: Keithley KickStart Instrument Control Software (kickstart)

Resources this component manages:
  - session: A KickStart measurement session controlling a connected Keithley SourceMeter for time traces, IV, or resistance logging.
    Fields: session_id, type, status, config_text
  - dataset: Data captured by a KickStart session, stored as CSV text for easy retrieval and analysis.
    Fields: dataset_id, session_id, name, data_csv
  - instrument: A connected Keithley SourceMeter instrument managed by KickStart.
    Fields: instrument_id, model, source_mode, limit_value

Tools available for this component:
  - kickstart_list_sessions
  - kickstart_start_time_trace
  - kickstart_fetch_dataset
  - kickstart_update_source_limit
  - kickstart_stop_session_and_export

NOTE: Other components will be initialized separately. Focus only on this component's resources.
</component_to_initialize>

<task>
Create realistic, initial resource data for "Keithley KickStart Instrument Control Software" that would exist in this environment.

Look at:
1. The resources this component defines and their fields
2. The tools that will operate on these resources
3. The environment domain and user role
4. Other components available (for context and cross-references)

Then create realistic, structured data that:
- Represents a typical, lived-in system (not empty or minimal)
- Includes multiple entities with varied states
- Has realistic background data (not just one example)
- Uses plausible values for the domain (realistic names, IDs, statuses)
- Could reference entities from other components if relevant

Example (SLURM component with resources "jobs" and "queue"):

BAD (minimal):
{
  "jobs": {
    "job_1": {"job_id": "12345", "status": "running"}
  }
}

GOOD (realistic):
{
  "jobs": {
    "job_12847": {
      "job_id": "12847",
      "user": "swagner",
      "status": "running",
      "partition": "compute"
    },
    "job_12843": {
      "job_id": "12843",
      "user": "jchen",
      "status": "running",
      "partition": "gpu"
    },
    "job_12848": {
      "job_id": "12848",
      "user": "mrodriguez",
      "status": "pending",
      "partition": "compute"
    }
  },
  "queue": {
    "compute": {
      "name": "compute",
      "total_nodes": 32,
      "available": 28
    },
    "gpu": {
      "name": "gpu",
      "total_nodes": 8,
      "available": 7
    }
  }
}

IMPORTANT:
- Use the resource structure and fields defined by this component
- Create realistic, lived-in system states with multiple entities (vary between 10-25 entities per resource type - some resources can be sparse, others can be rich)
- RANDOMIZE the number of entities for each resource type - don't use the same count for everything
- Add contextual details (varied statuses, recent activity, realistic patterns)
- Return structured JSON data, NOT natural language descriptions
- Use realistic names, IDs, and values appropriate for the domain

CRITICAL - ALWAYS INCLUDE DETAILED, ACTUAL READABLE CONTENT:
- ALL resource data MUST contain DETAILED, ACTUAL READABLE CONTENT that agents can use
- Content must be SPECIFIC and REALISTIC - include real data, actual numbers, concrete details
- NEVER be lazy by only providing paths/URLs without content - this makes the data completely unusable
- NEVER use vague placeholders like "..." or "sample data here" - write out the full realistic content
- Paths/URLs are optional metadata, but if included, you MUST also include the detailed actual content

GOOD examples (detailed content is present):
- {"content": "Dear Sarah, I'm writing to confirm our upcoming meeting in the Oak conference room. Looking forward to discussing the quarterly budget proposal and staffing changes. Please bring the department head approvals we discussed recently."}
- {"file_path": "/docs/quarterly_report.pdf", "content": "Quarterly Revenue Analysis: Total revenue reached $2.4M, representing a 15% increase compared to last quarter ($2.08M). Key drivers included: Enterprise sales (+$180K), new product launches (+$95K), and subscription renewals (+$67K). Operating expenses were $1.8M, yielding a net profit margin of 25%."}
- {"body": "Patient John Smith (ID: P-4782) presents with acute respiratory symptoms including persistent cough, fever of 101.2°F, and fatigue for 3 days. Rapid antigen test negative. Diagnosis: likely viral upper respiratory infection. Treatment plan: rest, increased fluids (2-3L daily), acetaminophen 500mg every 6 hours for fever, follow-up in 5 days if symptoms worsen."}
- {"data": "Call Analysis Results:\nCall_047: Duration 8m 23s, Frequency range 15-45kHz, Peak intensity at 28kHz, Prey detection success: 7/10 attempts\nCall_048: Duration 12m 01s, Frequency range 18-52kHz, Peak intensity at 35kHz, Prey detection success: 9/10 attempts\nCall_049: Duration 6m 47s, Frequency range 12-38kHz, Peak intensity at 25kHz, Prey detection success: 5/10 attempts", "dataset_name": "vampire_bat_social_calls_batch_7"}

BAD examples (lazy initialization, no usable content):
- {"file_path": "/documents/email_archive.txt"} - NO CONTENT! Useless!
- {"url": "https://example.com/email"} - NO CONTENT! Useless!
- {"medical_record_url": "http://emr.hospital.com/patient/12345"} - NO CONTENT! Useless!
- {"root_path": "/projects/rnaseq_study/release_v1/"} - NO CONTENT! Useless!
- {"content": "Some email text here..."} - TOO VAGUE! Not detailed enough!
- {"data": "Sample data for experiments"} - TOO VAGUE! No actual data!

Content must be DETAILED and SPECIFIC:
- Emails/messages: 3-5 full sentences with specific details (names, numbers, concrete information)
- Documents/reports: 2-4 full paragraphs with real data, statistics, concrete findings
- Data/datasets: Actual data points, real measurements, specific values (not summaries or descriptions)
- Include realistic proper nouns, specific numbers, technical details appropriate to the domain
- CRITICAL: DO NOT include any dates, years, months, timestamps, or time-related information. No "2024", "2025", "January", "Q4 2024", "nov_2024", etc. Use generic references like "recent", "last quarter", or omit time references entirely. This is extremely important.
- Make it dense with information that agents can actually work with
</task>

<response_format>
Respond with a JSON object where:
- Keys are resource types (from component resource definitions)
- Values are structured data matching the resource fields

{
  "resource_type_1": {
    "entity_id_1": {"field1": "value", "field2": "value", ...},
    "entity_id_2": {"field1": "value", "field2": "value", ...}
  },
  "resource_type_2": {...}
}

Only respond with the JSON object, nothing else.
</response_format>

--- OUTPUT ---

{
  "session": {
    "KSSN-RTT-001": {
      "session_id": "KSSN-RTT-001",
      "type": "time_trace",
      "status": "acquiring",
      "config_text": "Profile: Resistance vs Time (R-T time trace)\nInstrument: KSM-2450-01 (Keithley 2450)\nSample: YBCO thin film S09 (50 nm on STO)\nSource Mode: Current\nSource Level: 0.005 A (4-wire enabled)\nCompliance (Voltage): 0.5 V\nMeasure: VDC, auto-range, NPLC=3, 10-sample moving average\nInterval: 1.0 s, Points: 600\nLinked Temp Channel: MultiVu PPMS, sequence: YBCO_RT_to_70K\nNotes: Monitor resistance drop near expected Tc ~ 92 K; ensure current density < 10^4 A/cm^2 on microbridge."
    },
    "KSSN-IV-002": {
      "session_id": "KSSN-IV-002",
      "type": "iv",
      "status": "completed",
      "config_text": "Profile: I-V Characterizer\nInstrument: KSM-2636B-A (Keithley 2636B channel A)\nSample: Nb wire coil C3 (0.25 mm diameter)\nSource Mode: Current sweep\nSweep: 0 A -> 0.18 A -> 0 A, step 0.02 A, dwell 0.3 s\nCompliance (Voltage): 10 V\nMeasure: VDC, 4-wire, NPLC=1, limit 100 mA/s slew\nEnvironment: Liquid helium bath\nNotes: Identify Ic at 4.2 K; expect transition around 0.1–0.15 A for geometry used."
    },
    "KSSN-RES-003": {
      "session_id": "KSSN-RES-003",
      "type": "resistance_log",
      "status": "completed",
      "config_text": "Profile: Resistance Logging\nInstrument: KSM-2400-01 (Keithley 2400)\nSample: Nb wire coil C3, four-probe leads\nSource Mode: Current (constant)\nSource Level: 0.001 A\nCompliance (Voltage): 10 V\nMeasure: VDC, 4-wire, NPLC=2\nInterval: 20 s, Points: 300\nNotes: Magnet field ramped quasi-statically from 0 T to 0.5 T and back; log R(t) to estimate magnetoresistance at 77 K."
    },
    "KSSN-RTT-004": {
      "session_id": "KSSN-RTT-004",
      "type": "time_trace",
      "status": "completed",
      "config_text": "Profile: Resistance vs Time (R-T time trace)\nInstrument: KSM-2460-01 (Keithley 2460)\nSample: MgB2 pellet P12 (sintered, 4-probe)\nSource Mode: Current\nSource Level: 0.010 A\nCompliance (Voltage): 2.0 V\nMeasure: VDC, auto-range, NPLC=1.5, 4-wire enabled\nInterval: 10 s, Points: 360\nLinked Temp Channel: MultiVu PPMS, sequence: MgB2_60K_to_25K\nNotes: Look for sharp R drop near 39 K; confirm small hysteresis in warm-up."
    },
    "KSSN-RTT-005": {
      "session_id": "KSSN-RTT-005",
      "type": "time_trace",
      "status": "error",
      "config_text": "Profile: Voltage-source time trace with current limit\nInstrument: KSM-2470-01 (Keithley 2470)\nSample: Hydride candidate Hx-S4 (pressed micro-pellet)\nSource Mode: Voltage\nSource Level: 0.010 V (10 mV)\nCompliance (Current): 0.002 A\nMeasure: IDC and VDC, 2-wire, NPLC=3, low-noise filter on\nInterval: 2 s, Points: 300\nNotes: Monitor current rise; abort on repeated compliance hits. Linked MultiVu: ambient hold; no field.\nError Policy: Stop on 5 consecutive compliance events."
    },
    "KSSN-IV-006": {
      "session_id": "KSSN-IV-006",
      "type": "iv",
      "status": "acquiring",
      "config_text": "Profile: I-V Characterizer (bidirectional)\nInstrument: KSM-2636B-B (Keithley 2636B channel B)\nSample: YBCO S09 microbridge (5 µm width)\nSource Mode: Current sweep\nSweep: -0.06 A -> +0.06 A, step 0.005 A, dwell 0.2 s\nCompliance (Voltage): 1.0 V\nMeasure: VDC, 4-wire, NPLC=2, 10-point average\nEnvironment: Cryostat nitrogen vapor, stabilized below 85 K\nNotes: Extract Jc from onset criterion 1 µV/cm."
    },
    "KSSN-RTT-007": {
      "session_id": "KSSN-RTT-007",
      "type": "time_trace",
      "status": "queued",
      "config_text": "Profile: Resistance vs Time (R-T time trace)\nInstrument: KSM-2602B-01 (Keithley 2602B)\nSample: Bi-2212 tape T02\nSource Mode: Current\nSource Level: 0.002 A\nCompliance (Voltage): 1.0 V\nMeasure: VDC, NPLC=1, 4-wire\nInterval: 2 s, Points: 1800\nLinked Temp Channel: MultiVu PPMS, sequence: Bi2212_300K_to_20K\nNotes: Queue until temperature stabilization < 0.05 K hysteresis."
    },
    "KSSN-RES-008": {
      "session_id": "KSSN-RES-008",
      "type": "resistance_log",
      "status": "completed",
      "config_text": "Profile: Resistance Logging\nInstrument: KSM-2400-01 (Keithley 2400)\nSample: Au pad contact to patterned oxide (dummy device)\nSource Mode: Current\nSource Level: 0.001 A\nCompliance (Voltage): 10 V\nMeasure: VDC, NPLC=1\nInterval: 5 s, Points: 1200\nNotes: Baseline drift and noise assessment; no magnetic field."
    },
    "KSSN-IV-009": {
      "session_id": "KSSN-IV-009",
      "type": "iv",
      "status": "completed",
      "config_text": "Profile: I-V Characterizer\nInstrument: KSM-2450-01 (Keithley 2450)\nSample: MgB2 pellet P12 (same contact set as RTT-004)\nSource Mode: Current sweep\nSweep: 0 A -> 0.50 A -> 0 A, step 0.05 A, dwell 0.2 s\nCompliance (Voltage): 5.0 V\nMeasure: VDC, 4-wire, NPLC=1\nEnvironment: He-gas cooled stage, estimated 20 K\nNotes: Determine Ic; pulse mode disabled for this run."
    },
    "KSSN-RTT-010": {
      "session_id": "KSSN-RTT-010",
      "type": "time_trace",
      "status": "completed",
      "config_text": "Profile: Resistance vs Time (R-T time trace)\nInstrument: KSM-2460-01 (Keithley 2460)\nSample: NbTi multifilament strand\nSource Mode: Current\nSource Level: 0.005 A\nCompliance (Voltage): 2.0 V\nMeasure: VDC, 4-wire, NPLC=2\nInterval: 8 s, Points: 300\nLinked Temp Channel: MultiVu PPMS, sequence: NbTi_15K_to_4K\nNotes: Identify Tc near 9.2 K during cooldown and warmup sequences."
    },
    "KSSN-RES-011": {
      "session_id": "KSSN-RES-011",
      "type": "resistance_log",
      "status": "stopped",
      "config_text": "Profile: Resistance Logging\nInstrument: KSM-2602B-01 (Keithley 2602B)\nSample: NbTi multifilament strand (same as RTT-010)\nSource Mode: Current\nSource Level: 0.002 A\nCompliance (Voltage): 1.0 V\nMeasure: VDC, 4-wire, NPLC=1, 5-sample average\nInterval: 1 s, Points: 1800\nNotes: Monitoring micro-ohm-level R under magnet ramp; run stopped due to magnet control interlock."
    },
    "KSSN-IV-012": {
      "session_id": "KSSN-IV-012",
      "type": "iv",
      "status": "completed",
      "config_text": "Profile: I-V Characterizer (fine step)\nInstrument: KSM-2636B-A (Keithley 2636B channel A)\nSample: YBCO S09 microbridge (5 µm x 100 µm)\nSource Mode: Current sweep\nSweep: 0 A -> 0.060 A -> 0 A, step 0.005 A, dwell 0.25 s\nCompliance (Voltage): 0.5 V\nMeasure: VDC, 4-wire, NPLC=3, 10-point moving average\nEnvironment: Liquid nitrogen bath surface, estimated 77 K\nNotes: Use 1 µV/cm criterion to extract Jc; minimize self-heating."
    },
    "KSSN-RTT-013": {
      "session_id": "KSSN-RTT-013",
      "type": "time_trace",
      "status": "acquiring",
      "config_text": "Profile: Resistance vs Time (low-bias)\nInstrument: KSM-2470-01 (Keithley 2470)\nSample: Hydride candidate Hx-S4\nSource Mode: Voltage\nSource Level: 0.005 V\nCompliance (Current): 0.002 A\nMeasure: IDC and VDC, NPLC=5, auto-zero on every reading\nInterval: 1 s, Points: 1200\nNotes: Observe conductivity drift under fixed bias; no field."
    },
    "KSSN-RES-014": {
      "session_id": "KSSN-RES-014",
      "type": "resistance_log",
      "status": "completed",
      "config_text": "Profile: Resistance Logging (low current)\nInstrument: KSM-2450-01 (Keithley 2450)\nSample: Graphene device contact pair (Ti/Au), L=5 µm, W=10 µm\nSource Mode: Current\nSource Level: 0.0001 A\nCompliance (Voltage): 10 V\nMeasure: VDC, NPLC=1.5\nInterval: 2 s, Points: 900\nNotes: Baseline contact resistance at ambient; monitor drift and 1/f noise."
    },
    "KSSN-IV-015": {
      "session_id": "KSSN-IV-015",
      "type": "iv",
      "status": "configured",
      "config_text": "Profile: I-V Characterizer\nInstrument: KSM-2636B-B (Keithley 2636B channel B)\nSample: FeSe single crystal (cleaved, silver paint contacts)\nSource Mode: Current sweep\nSweep: -0.050 A -> +0.050 A, step 0.005 A, dwell 0.2 s\nCompliance (Voltage): 1.0 V\nMeasure: VDC, 4-wire, NPLC=2\nEnvironment: PPMS chamber, pending temperature stabilization\nNotes: Record at ~8 K setpoint; verify contact resistance before sweep."
    }
  },
  "dataset": {
    "KSDT-2001": {
      "dataset_id": "KSDT-2001",
      "session_id": "KSSN-IV-002",
      "name": "Nb_wire_C3_IV_sweep_forward_4p2K",
      "data_csv": "I_A,V_V,R_Ohms,Temp_K\n0.000000,0.0000000,0.000000,4.2\n0.020000,0.0000003,0.000015,4.2\n0.040000,0.0000005,0.0000125,4.2\n0.060000,0.0000007,0.0000117,4.2\n0.080000,0.0000010,0.0000125,4.2\n0.100000,0.0000020,0.0000200,4.2\n0.110000,0.0000030,0.0000273,4.2\n0.120000,0.0020000,0.0166667,4.2\n0.130000,0.0050000,0.0384615,4.2\n0.140000,0.0100000,0.0714286,4.2\n0.150000,0.0170000,0.1133333,4.2\n0.160000,0.0250000,0.1562500,4.2\n0.180000,0.0400000,0.2222222,4.2"
    },
    "KSDT-2002": {
      "dataset_id": "KSDT-2002",
      "session_id": "KSSN-IV-002",
      "name": "Nb_wire_C3_IV_sweep_reverse_4p2K",
      "data_csv": "I_A,V_V,R_Ohms,Temp_K\n0.180000,0.0385000,0.2138889,4.2\n0.160000,0.0238000,0.1487500,4.2\n0.150000,0.0159000,0.1060000,4.2\n0.140000,0.0094000,0.0671429,4.2\n0.130000,0.0046000,0.0353846,4.2\n0.120000,0.0016000,0.0133333,4.2\n0.110000,0.0000027,0.0000245,4.2\n0.100000,0.0000017,0.0000170,4.2\n0.080000,0.0000009,0.0000113,4.2\n0.060000,0.0000006,0.0000100,4.2\n0.040000,0.0000004,0.0000100,4.2\n0.020000,0.0000002,0.0000100,4.2\n0.000000,0.0000000,0.0000000,4.2"
    },
    "KSDT-2010": {
      "dataset_id": "KSDT-2010",
      "session_id": "KSSN-RES-003",
      "name": "Nb_wire_C3_R_time_77K_field_variation",
      "data_csv": "t_s,R_Ohms,B_T\n0,0.1280,0.00\n20,0.1282,0.05\n40,0.1286,0.10\n60,0.1292,0.15\n80,0.1300,0.20\n100,0.1312,0.25\n120,0.1325,0.30\n140,0.1339,0.35\n160,0.1354,0.40\n180,0.1368,0.45\n200,0.1380,0.50\n220,0.1374,0.45"
    },
    "KSDT-2011": {
      "dataset_id": "KSDT-2011",
      "session_id": "KSSN-RES-003",
      "name": "Nb_wire_C3_R_time_77K_field_cycle_2",
      "data_csv": "t_s,R_Ohms,B_T\n0,0.1281,0.00\n20,0.1285,0.06\n40,0.1290,0.12\n60,0.1301,0.18\n80,0.1310,0.24\n100,0.1324,0.30\n120,0.1336,0.36\n140,0.1348,0.42\n160,0.1361,0.48\n180,0.1367,0.50\n200,0.1355,0.40\n220,0.1342,0.30"
    },
    "KSDT-2020": {
      "dataset_id": "KSDT-2020",
      "session_id": "KSSN-RTT-004",
      "name": "MgB2_P12_R_T_cooldown",
      "data_csv": "t_s,Temp_K,I_A,V_V,R_Ohms\n0,60.0,0.0100,0.8000,80.000\n10,55.0,0.0100,0.6500,65.000\n20,50.0,0.0100,0.5000,50.000\n30,46.0,0.0100,0.3600,36.000\n40,43.0,0.0100,0.2200,22.000\n50,41.0,0.0100,0.1200,12.000\n60,39.5,0.0100,0.0600,6.000\n70,38.5,0.0100,0.0080,0.800\n80,37.0,0.0100,0.0015,0.150\n90,35.0,0.0100,0.0007,0.070\n100,33.0,0.0100,0.0004,0.040\n110,30.0,0.0100,0.0003,0.030"
    },
    "KSDT-2021": {
      "dataset_id": "KSDT-2021",
      "session_id": "KSSN-RTT-004",
      "name": "MgB2_P12_R_T_warmup",
      "data_csv": "t_s,Temp_K,I_A,V_V,R_Ohms\n0,30.0,0.0100,0.0003,0.030\n10,32.0,0.0100,0.0004,0.040\n20,35.0,0.0100,0.0008,0.080\n30,37.0,0.0100,0.0020,0.200\n40,38.0,0.0100,0.0060,0.600\n50,39.0,0.0100,0.0400,4.000\n60,41.0,0.0100,0.1200,12.000\n70,44.0,0.0100,0.2600,26.000\n80,48.0,0.0100,0.4200,42.000\n90,52.0,0.0100,0.5600,56.000\n100,56.0,0.0100,0.7000,70.000\n110,60.0,0.0100,0.8100,81.000"
    },
    "KSDT-2030": {
      "dataset_id": "KSDT-2030",
      "session_id": "KSSN-RES-008",
      "name": "Au_contact_stability_1mA_ambient",
      "data_csv": "t_s,I_A,V_V,R_Ohms\n0,0.0010,0.00248,2.480\n5,0.0010,0.00250,2.500\n10,0.0010,0.00251,2.510\n15,0.0010,0.00249,2.490\n20,0.0010,0.00252,2.520\n25,0.0010,0.00250,2.500\n30,0.0010,0.00253,2.530\n35,0.0010,0.00251,2.510\n40,0.0010,0.00249,2.490\n45,0.0010,0.00250,2.500\n50,0.0010,0.00252,2.520\n55,0.0010,0.00251,2.510"
    },
    "KSDT-2031": {
      "dataset_id": "KSDT-2031",
      "session_id": "KSSN-RES-008",
      "name": "Au_contact_stability_1mA_low_temp",
      "data_csv": "t_s,I_A,V_V,R_Ohms\n0,0.0010,0.00201,2.010\n5,0.0010,0.00202,2.020\n10,0.0010,0.00200,2.000\n15,0.0010,0.00203,2.030\n20,0.0010,0.00201,2.010\n25,0.0010,0.00202,2.020\n30,0.0010,0.00201,2.010\n35,0.0010,0.00200,2.000\n40,0.0010,0.00200,2.000\n45,0.0010,0.00202,2.020\n50,0.0010,0.00201,2.010\n55,0.0010,0.00200,2.000"
    },
    "KSDT-2040": {
      "dataset_id": "KSDT-2040",
      "session_id": "KSSN-IV-009",
      "name": "MgB2_P12_IV_20K_forward",
      "data_csv": "I_A,V_V,R_Ohms,Temp_K\n0.00,0.0000002,0.000000,20.0\n0.05,0.0000005,0.000010,20.0\n0.10,0.0000010,0.000010,20.0\n0.15,0.0000015,0.000010,20.0\n0.20,0.0000022,0.000011,20.0\n0.25,0.0000035,0.000014,20.0\n0.28,0.0000060,0.000021,20.0\n0.30,0.0000500,0.000167,20.0\n0.32,0.0024000,0.007500,20.0\n0.35,0.0060000,0.017143,20.0\n0.40,0.0120000,0.030000,20.0\n0.45,0.0190000,0.042222,20.0\n0.50,0.0280000,0.056000,20.0"
    },
    "KSDT-2041": {
      "dataset_id": "KSDT-2041",
      "session_id": "KSSN-IV-009",
      "name": "MgB2_P12_IV_20K_reverse",
      "data_csv": "I_A,V_V,R_Ohms,Temp_K\n0.50,0.0260000,0.052000,20.0\n0.45,0.0175000,0.038889,20.0\n0.40,0.0108000,0.027000,20.0\n0.35,0.0048000,0.013714,20.0\n0.32,0.0018000,0.005625,20.0\n0.30,0.0000300,0.000100,20.0\n0.28,0.0000045,0.000016,20.0\n0.25,0.0000030,0.000012,20.0\n0.20,0.0000020,0.000010,20.0\n0.15,0.0000012,0.000008,20.0\n0.10,0.0000008,0.000008,20.0\n0.05,0.0000004,0.000008,20.0\n0.00,0.0000002,0.000000,20.0"
    },
    "KSDT-2042": {
      "dataset_id": "KSDT-2042",
      "session_id": "KSSN-IV-009",
      "name": "MgB2_P12_IV_20K_pulsed_low_duty",
      "data_csv": "I_A,V_V,R_Ohms,Temp_K\n0.00,0.0000002,0.000000,20.0\n0.05,0.0000003,0.000006,20.0\n0.10,0.0000007,0.000007,20.0\n0.15,0.0000010,0.000007,20.0\n0.20,0.0000014,0.000007,20.0\n0.25,0.0000020,0.000008,20.0\n0.30,0.0000200,0.000067,20.0\n0.32,0.0016000,0.005000,20.0\n0.34,0.0038000,0.011176,20.0\n0.36,0.0068000,0.018889,20.0\n0.38,0.0105000,0.027632,20.0\n0.40,0.0148000,0.037000,20.0"
    },
    "KSDT-2050": {
      "dataset_id": "KSDT-2050",
      "session_id": "KSSN-RTT-010",
      "name": "NbTi_multifilament_R_T_cooldown",
      "data_csv": "t_s,Temp_K,I_A,V_V,R_Ohms\n0,15.0,0.0050,0.9500,190.000\n8,13.0,0.0050,0.8200,164.000\n16,12.0,0.0050,0.7400,148.000\n24,11.0,0.0050,0.6200,124.000\n32,10.0,0.0050,0.4200,84.000\n40,9.5,0.0050,0.1800,36.000\n48,9.2,0.0050,0.0200,4.000\n56,8.8,0.0050,0.0006,0.120\n64,7.5,0.0050,0.0003,0.060\n72,6.5,0.0050,0.0002,0.040\n80,5.5,0.0050,0.0002,0.040\n88,4.5,0.0050,0.0001,0.020"
    },
    "KSDT-2051": {
      "dataset_id": "KSDT-2051",
      "session_id": "KSSN-RTT-010",
      "name": "NbTi_multifilament_R_T_warmup",
      "data_csv": "t_s,Temp_K,I_A,V_V,R_Ohms\n0,4.5,0.0050,0.0001,0.020\n8,5.5,0.0050,0.0002,0.040\n16,6.5,0.0050,0.0002,0.040\n24,7.5,0.0050,0.0003,0.060\n32,8.8,0.0050,0.0008,0.160\n40,9.2,0.0050,0.0250,5.000\n48,9.8,0.0050,0.2400,48.000\n56,10.5,0.0050,0.5000,100.000\n64,11.5,0.0050,0.6400,128.000\n72,12.5,0.0050,0.7600,152.000\n80,13.5,0.0050,0.8600,172.000\n88,15.0,0.0050,0.9800,196.000"
    },
    "KSDT-2060": {
      "dataset_id": "KSDT-2060",
      "session_id": "KSSN-RES-011",
      "name": "NbTi_R_stability_during_magnet_ramp_partial",
      "data_csv": "t_s,R_Ohms,B_T\n0,0.00008,0.00\n1,0.00009,0.05\n2,0.00010,0.10\n3,0.00012,0.15\n4,0.00015,0.20\n5,0.00180,0.25\n6,0.00020,0.30\n7,0.00022,0.35\n8,0.00250,0.40\n9,0.00025,0.45\n10,0.00027,0.50\n11,0.00030,0.52"
    },
    "KSDT-2070": {
      "dataset_id": "KSDT-2070",
      "session_id": "KSSN-IV-012",
      "name": "YBCO_S09_microbridge_IV_forward_77K",
      "data_csv": "I_A,V_V,R_Ohms,Temp_K\n0.000,0.0000002,0.000000,77.0\n0.005,0.0000003,0.000060,77.0\n0.010,0.0000005,0.000050,77.0\n0.015,0.0000007,0.000047,77.0\n0.020,0.0000009,0.000045,77.0\n0.025,0.0000011,0.000044,77.0\n0.030,0.0000015,0.000050,77.0\n0.035,0.0000020,0.000057,77.0\n0.040,0.0003000,0.007500,77.0\n0.045,0.0012000,0.026667,77.0\n0.050,0.0025000,0.050000,77.0\n0.055,0.0042000,0.076364,77.0\n0.060,0.0065000,0.108333,77.0"
    },
    "KSDT-2071": {
      "dataset_id": "KSDT-2071",
      "session_id": "KSSN-IV-012",
      "name": "YBCO_S09_microbridge_IV_reverse_77K",
      "data_csv": "I_A,V_V,R_Ohms,Temp_K\n0.060,0.0060000,0.100000,77.0\n0.055,0.0038000,0.069091,77.0\n0.050,0.0022000,0.044000,77.0\n0.045,0.0010000,0.022222,77.0\n0.040,0.0001800,0.004500,77.0\n0.035,0.0000018,0.000051,77.0\n0.030,0.0000013,0.000043,77.0\n0.025,0.0000010,0.000040,77.0\n0.020,0.0000008,0.000040,77.0\n0.015,0.0000006,0.000040,77.0\n0.010,0.0000004,0.000040,77.0\n0.005,0.0000002,0.000040,77.0\n0.000,0.0000002,0.000000,77.0"
    },
    "KSDT-2080": {
      "dataset_id": "KSDT-2080",
      "session_id": "KSSN-RES-014",
      "name": "Graphene_contact_R_time_baseline",
      "data_csv": "t_s,I_A,V_V,R_Ohms\n0,0.00010,0.1205,1205.0\n2,0.00010,0.1203,1203.0\n4,0.00010,0.1201,1201.0\n6,0.00010,0.1202,1202.0\n8,0.00010,0.1204,1204.0\n10,0.00010,0.1203,1203.0\n12,0.00010,0.1202,1202.0\n14,0.00010,0.1204,1204.0\n16,0.00010,0.1206,1206.0\n18,0.00010,0.1205,1205.0\n20,0.00010,0.1204,1204.0\n22,0.00010,0.1203,1203.0"
    },
    "KSDT-2081": {
      "dataset_id": "KSDT-2081",
      "session_id": "KSSN-RES-014",
      "name": "Graphene_contact_R_time_baseline_repeat",
      "data_csv": "t_s,I_A,V_V,R_Ohms\n0,0.00010,0.1210,1210.0\n2,0.00010,0.1209,1209.0\n4,0.00010,0.1208,1208.0\n6,0.00010,0.1207,1207.0\n8,0.00010,0.1208,1208.0\n10,0.00010,0.1207,1207.0\n12,0.00010,0.1208,1208.0\n14,0.00010,0.1207,1207.0\n16,0.00010,0.1206,1206.0\n18,0.00010,0.1207,1207.0\n20,0.00010,0.1208,1208.0\n22,0.00010,0.1207,1207.0"
    },
    "KSDT-2090": {
      "dataset_id": "KSDT-2090",
      "session_id": "KSSN-RTT-005",
      "name": "Hydride_HxS4_voltage_source_compliance_trip_partial",
      "data_csv": "t_s,V_V,I_A,R_Ohms,Compliance\n0,0.0100,0.00020,50.000,FALSE\n2,0.0100,0.00030,33.333,FALSE\n4,0.0100,0.00045,22.222,FALSE\n6,0.0100,0.00070,14.286,FALSE\n8,0.0100,0.00110,9.091,FALSE\n10,0.0100,0.00160,6.250,FALSE\n12,0.0100,0.00190,5.263,FALSE\n14,0.0100,0.00200,5.000,TRUE\n16,0.0100,0.00200,5.000,TRUE\n18,0.0100,0.00200,5.000,TRUE\n20,0.0100,0.00200,5.000,TRUE\n22,0.0100,0.00200,5.000,TRUE"
    }
  },
  "instrument": {
    "KSM-2450-01": {
      "instrument_id": "KSM-2450-01",
      "model": "Keithley 2450",
      "source_mode": "current",
      "limit_value": 0.5
    },
    "KSM-2460-01": {
      "instrument_id": "KSM-2460-01",
      "model": "Keithley 2460",
      "source_mode": "current",
      "limit_value": 2.0
    },
    "KSM-2400-01": {
      "instrument_id": "KSM-2400-01",
      "model": "Keithley 2400",
      "source_mode": "current",
      "limit_value": 10.0
    },
    "KSM-2636B-A": {
      "instrument_id": "KSM-2636B-A",
      "model": "Keithley 2636B (A)",
      "source_mode": "voltage",
      "limit_value": 0.1
    },
    "KSM-2636B-B": {
      "instrument_id": "KSM-2636B-B",
      "model": "Keithley 2636B (B)",
      "source_mode": "voltage",
      "limit_value": 0.05
    },
    "KSM-2602B-01": {
      "instrument_id": "KSM-2602B-01",
      "model": "Keithley 2602B",
      "source_mode": "current",
      "limit_value": 1.0
    },
    "KSM-2470-01": {
      "instrument_id": "KSM-2470-01",
      "model": "Keithley 2470",
      "source_mode": "voltage",
      "limit_value": 0.002
    }
  }
}

