GTCC23-141M-R01-2

Gas Discharge Tubes GTCC23-XXXM-R01-2 Series Littelfuse Circuit Protection 3mm 2Pole Chip type GDTs (ceramic gas discharge tubes), are commonly used to help protect sensitive telecom equipment such as communication lines, signal lines and data transmission lines from damage caused by transient surge voltages that typically result from lightning strikes and equipment switching operations. Littelfuse Circuit Protection 3mm Chip type GDTs offer excellent surge protection characteristics, low capacitance and a broad array of breakover voltage levels, making them suitable for applications such as high data-rate telecom communication network protection (e.g. ADSL, VDSL). Benefits: Features:  Compact, small form factor suitable for efficient assembly  2Poles, 3mm devices  Broad voltage range from 75V-400V  Suitable for high-frequency applications  Form factor: surface mount  Low capacitance and insertion loss  Referring to ITUT K.20 and ITUT K.21  UL 497B recognized  RoHS compliant  Devices tested per ITU K.12 recommendations  Non-radioactive materials Applications:  Telecommunications, RF system protection, CATV Modem, Hub protection, Security Systems, Data acquisition © 2016 Littelfuse,Inc. Specifications are subject to change without notice Revised July 26,2016. 1 Document: SCD27776 Status: RELEASED Rev: G Date: JULY 26, 2016 Gas Discharge Tubes GTCC23-XXXM-R01-2 Series Device Voltage Ratings DC Sparkover Impulse Sparkover Voltage @100V/s ±20% Tolerance (V) @1000 V/µs (V) GTCC23-750M-R01-2* 75 600 GTCC23-900M-R01-2 90 600 GTCC23-141M-R01-2 140 600 GTCC23-151M-R01-2 150 600 GTCC23-201M-R01-2 200 700 GTCC23-231M-R01-2 230 700 GTCC23-301M-R01-2 300 900 GTCC23-351M-R01-2 350 1000 GTCC23-401M-R01-2 400 1000 GTCC23-421M-R01-2 420 1000 GTCC23-501M-R01-2 500 1200 Part Number *DCSO 60~105 Part Marking : Not Applicable Device Surge Rating, Capacitance, Insulation Resistance, UL Listing Part Number GTCC23-xxxM-R01-2 Insulation Resistance Capacitance Impulse Discharge Current 8/20µs @100VDC* @1Mhz 10 hits (5hits each polarity) ≥ 1,000 (MΩ)