CSB Series: ◆ Features ■ Small in size but high in surge current capacity. ■ Dielectrically excellent. ■ Possible to test with-standing-voltage without removing surge absorber. ■ Due to small capacitance no affect on electric circuits. ■ No polarity. ■ No light and shade effect. ■ Becoming open-mode when damaged. ◆ Application ■ Protection of communication apparatuses such as telephones and facsimiles. modem ■ For AC withstanding voltage tests. ■ Protection of electric home appliances(coolers, heaters and the like). ■ Protection of apparatuses mounted on automobile. ■ Sensor lines and industrial machines. ■ Used to protect switching power supplies and uninterruptible power systems (ups). ■ Used to Eprotect circuits requiring large surge current capacity. ■ Excellent for protecting TV-tuner circuits. 1.Part Number System CSB Series 102 M DC Spark-over Voltage tolerance DC Spark-over Voltage The first two digits are Significant and the third is number of zeros A Shape < L ±15% A Axial M ± 20% R Radial B Bulk Example: Assume the designation is 102 This means that the Sark-over voltage is 10×102=1000V 2.Characteristics Part Number DC Spark over voltage (V) Insulation Resistance IR (MΩ) CSB-301M 300 (240~360) 100 (DC100V) 400 (320~480) 500 (400~600) 1000 (800~1200) 1500 (1200~1800) 2400 (1920~2880) 3000 (2400~3600) 3600 (2880~4320) 4000 (3200-4800) 400 (3600-5400) 100 (DC250V) 100 (DC250V) 100 (DC500V) 100 (DC500V) 100 (DC500V) 100 (DC500V) 100 (DC500V) 100 (DC500V) 100 (DC500V) CSB-401M CSB-501M CSB-102M CSB-152M CSB-242M CSB-302M CSB-362M CSB-402M CSB-452M Capacitance (pF) Surge Current Capacity (8×20) μ sec Surge Life Test (1.2× 50) μ sec 100A AC Withstanding Voltage (1 min) UL UL CSA TUV 1414 1449 ◎ N/A ◎ 2Max. 2000A 300 times ◎ AC 1000V ◎ AC 1500V ◎ AC 1500V ◎ AC 2000V ◎ AC 2000V ◎ 3.Electrical Characteristics NO. 1 2 3 Test Item RATED VALUE Spark-over voltage Rated value should be satisfied. Insulation resistance Rated value should be satisfied. Capacitance 1pF max. Surge life test Variation of spark-over voltage should be +20%. Except it, rated values should be ± satisfied. Apply surge current of 1.2 x 50 micro seconds 100A of surge current 300 times at an interval of 30 seconds and carry out characteristic tests. Surge current capacity No breaks at 2000A. Apply surge current of 8 x 20 μsec 3 times at an interval of 5 minutes. Then, check lead wire, glass tube, etc. for any damage. Cold resistance Rated values should be satisfied. Leave the subject in environment at -55 degrees centigrade for 1,000 hours. Then take it back into environment under normal temperature and normal pressure and after four hours, carry out characteristic tests. 4 5 6 TEST PROCEDURE Apply DC voltage gradually and measure the voltage when discharge begins. Measure insulation resistances between terminals. Apply voltage less than 1kHz6V and measure capacitance. Heat resistance Rated values should be satisfied. Humidity resistance Rated values should be satisfied. Temperature cycle Rated values should be satisfied. 7 8 9 Compatibility with soldering More than 3/4should be covered with solder. 10 Leave the subject in environment at 85 degrees centigrade for 1,000 hours. Then take it back into environment under normal temperature and normal pressure and after four hours, carry out characteristic tests. Leave the subject in environment at 40 degrees centigrade RH90-95% for 1,000 hours. Then take it back into environment under normal temperature and normal humidity and after four hours, carry out characteristic tests. Make the subject under go a temperature cycle of-55 degrees centigrade (30min.) →normal temperature (2min.) → 85 degrees centigrade (30min.) →normal temperature (2min.) for 25times. Then take it back into environment under normal temperature and normal humidity and after four hours, carry out characteristic tests. Immerse lead wire attached with prescribed flux in fused solder at 230 +5/-5 degrees centigrade for 5 seconds, leaving 5mm of the wire from the root outside. Wash it and examine fixing of solder. Solder heat resistance Rated value should be satisfied. Tensile strength Lead wire should not get off nor be burnt Apply a load of 4.9kg gradually in the out. axial direction in which it is drawn out. Hold the load for 10 seconds and check whether it has any apparent abnormality. Bending strength Lead wire should not get off nor be burnt Bend lead wire, at a point 5mm apart out. from the root, perpendicularly to its axis by means of a 2.45N load and restore it. Repeat this step twice and check whether it has any apparent abnormality. 11 12 13 4.Standards & Drawings 5.PACKING FORM 1000PCS/Box 5000PCS/Carton Immerse lead wire in fused solder at 260+5/-5% degrees centigrade for 10 seconds, leaving 5mm the wire from the root outside. Then, carry out characteristic tests.