Phone: +39-010-659 1869 Fax: +39-010-659 1870 Web: www.gpsemi.it E-mail: [email protected] Green Power Solutions srl Via Greto di Cornigliano 6R - 16152 Genova , Italy GXV SURGE VOLTAGE SUPPRESSORS Pnp diffused silicon structure Symmetric blocking characteristics Suitable for SCR, BJT and IGBT applications [V] Thyristor VDRM VRRM [V] 1x10 [µs] VR Tolerance [V] Type IRM [A] for base width 1x100 1x1 [µs] [ms] PRAV [W] 1x10 [ms] PRSM Max allowable [kW] current 1x10 [µs] see curve # GXV20050-04 450 ± 50 500 500 135 33 7.5 30** 350 6 GXV20050-05 550 ± 50 600 500 135 33 7.5 30** 350 6 GXV21038-06 650 ± 50 700 380 100 25 4.5 30** 350 5 GXV21038-07 750 ± 50 800 380 100 25 4.5 30** 350 5 GXV21030-08 850 ± 50 900 300 80 21 4 30** 350 4 GXV21030-09 950 ± 50 1000 300 80 21 4 30** 350 4 GXV21026-10 1050 ± 50 1100 260 67 18 3.6 30** 350 GXV21026-11 1150 ± 50 1200 260 67 18 3.6 30** 350 3 3 GXV22023-12 1250 ± 50 1300 230 58 15 3.4 30** 350 2 GXV22023-13 1350 ± 50 1400 230 58 15 3.4 30** 350 2 GXV22020-14 1450 ± 50 1500 200 50 13 3 30** 350 1 GXV22020-15 1550 ± 50 1600 200 50 13 3 30** 350 1 GXV22030-16 1650 ± 50 1800 300 80 21 4 60** 700 4 GXV22030-17 1750 ± 50 1800 300 80 21 4 60** 700 4 1850 ± 50 2000 300 80 21 4 60** 700 4 GXV22030-19 1950 ± 50 2000 300 80 21 4 60** 700 4 GXV23026-20 2050 ± 50 2200 260 67 18 3.6 60** 700 3 GXV23026-21 2150 ± 50 2200 260 67 18 3.6 60** 700 3 GXV23026-22 2250 ± 50 2400 260 67 18 3.6 60** 700 3 GXV23026-23 2350 ± 50 2400 260 67 18 3.6 60** 700 3 GXV23023-24 2450 ± 50 2600 230 58 15 3.4 60** 700 2 GXV23023-25 2550 ± 50 2600 230 58 15 3.4 60** 700 2 GXV23023-26 2650 ± 50 2800 230 58 15 3.4 60** 700 2 GXV23023-27 GXV24020-28 GXV24020-29 GXV24020-30 2750 2850 2950 3050 2800 3000 3000 3200 230 200 200 200 58 50 50 50 15 13 13 13 3.4 3 3 3 60** 60** 60** 60** 700 700 700 700 2 1 1 1 GXV24020-31 3150 ± 50 ± 50 ± 50 ± 50 ± 50 3200 200 50 13 3 60** 700 1 GXV22030-18 Notice: VR Symmetrical avalanche voltage at I A=20A, tp=10 µ s, Tvj=60 °C PRAV … Admissible continuous lossess at R thja < 1 K/W, T a < 60 °C IRM Max. avalanche current for a single sine half wave pulse * single side cooling: for single sided cooling the side carrying PRSM … peak power losses for single 10 µs current surge the serial number shall be cooled ** double side cooling Tvj … the initial virtual junction temperature is 60 °C Major Ratings VR(TJ)(1) CJ Rth TjTSTG MU Dependence of avalanche voltage VR on junction temperature Junction capacitance UR = 0V, Tj=60°C Thermal resistance junction-heatsink Operating storage temperature range Admissible acceleration (vibration) Mounting torque 1) VR(60°C) = VRO; VR(25°C) = 0,93 x VRO; VR(125°C) = 1,07 x VRO 2) GXV 5SSB 50X0400 to 20X1500 Cj = 1100pF Rth = 0.5 K/W GXV 5SSB 30X1600 to 20X3100 Cj = 550pF Rth = 0.25 K/W Document GXVT002 Value VR (T) = VR0 [ 1 + 1.1x10-3(T - 60°C)] 1100 or 550(2) 0.5 or 0.25(2) -40..125 10g 3.5 Units V pF k/W °C m/s 2 Nm GXV SURGE VOLTAGE SUPPRESSOR Max allowable current peak vs pulse width Typical behaviour of avalanche voltage vs Tj (for type GXV22020-15 with tp = 15 µs) 120 10000 6 80 1000 5 2A 40 Tvj [°C] 4 tp [µs] 1 100 2 0 3 60 A 10 -40 -80 1100 1 1 10 100 IR [A] 1000 1200 1300 1400 1500 1600 1700 VR [V] Product of max. admissible square wave power in function of pulse width tp Product of max. admissible square wave power in function of pulse width tp (GXV22020 - GXV20050) GXV24020 - GXV22030 10 10 1 10 10 5 5 1 0.1 0.1 1 1 25 50 tp [ms] 0 10 0 50 1k 0 25 tp [ms] frequency (hz) 0.1 50 0 25 0.1 25 0 10 frequency (hz) 0 50 5k 2. 1k 5k 2.5k k 10 5k 0.01 k 25 0.01 10k k 50 25k 0k 10 50k 100k 0k 25 250k 0.001 0.001 0.1 1 10 IRM*VR [kW] 100 0 1 IRM*VM [kW] 10 100 dimensions mm In the interest of product improvement Green Power Solutions reserves the right to change any specification given in this data sheet without notice. Document GXVT002