HTS 101-03: One switch - eleven housing and cooling options | ||
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1) HTS 101-03 with shielded control input (LS-C) | 2) HTS 101-03 in flat case (FC) with pins (PIN-C) | 3) HTS 101-03 with ceramic cooling surface (CCS) |
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4) HTS 101-03 with nickel plated copper cooling fins (CF) | 5) HTS 101-03 with graphite cooling fins (CF-GRA) | 6) HTS 101-03 with ceramic cooling fins (CF-CER) |
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7) HTS 101-03 with potential-free Cu cooling flange (GCF) | 8) HTS 101-03 for indirect liquid cooling with water (ILC) | 9) HTS 101-03 for direct liquid cooling with Galden(DLC) |
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10) HTS 101-03 in pulser configuration (PC) | 11) HTS 101-03 with separated control unit (SEP-C) | 12) The HTS compact series for low power (HTS 121-01-C) |
1) HTS 101-03 with shielded
input (opt. LS-C). 1m linkage cable & 2nd socket is included. High quality self-latching
system (LEMO). Housing: Flame retardent and heat
resistant hard plastics. 2) HTS 101-03 in flat case (opt. FC) with soldering pins for control connection (opt. PIN-C). Dimension 89x64x17 mm. Flame retardent and heat resistant housing according to UL94-V0. 3) HTS 101-03 with ceramic cooling surface (opt. CCS). The top side of the switching module is made of ceramics to reduce thermal resistance to ambient. Forced convection recommended. 4) HTS 101-03 with nickel plated copper cooling fins (opt. CF). Available in various size, form and thickness (-X1, -X2, -XS, -LC, -1). Switches with option CF can also be immersed in oil tanks. 5) HTS 101-03 with graphite cooling fins (opt. CF-GRA). Compared to Cu, graphite has a similar cooling performance but only 20% of the weight. Please note the reduced heat capacity. 6) HTS 101-03 with option CF-CER (ceramic cooling fins). Ceramic cooling fins are potential free and can reduce the EMI in noise critical applications. We suggest forced convection. 7) HTS 101-03 with potential-free Cu cooling flange (opt.GCF) and high frequency switching option (opt. HFS). The flange can be mounted on heat sinks. For medium f(max) and Pd(max). 8) HTS 101-03 with indirect liquid cooling (opt. ILC). For mains water and other conductive coolants. The internal heat exchanger is made of ceramics. For medium f(max) and Pd(max). 9) HTS 101-03 with direct liquid cooling (opt. DLC). For non-conductive fluids (e.g. GALDEN HT-135 or low viscose oil). Best for high frequency applications with very high power dissipation. 10) HTS 101-03 in pulser configuration (opt. PC) with HV pigtails (option PT-HV), shielded input (LS-C ) and plastic flange housing (option FH). HV sockets and additional part components are integrated. The option PC can also be combined with the above cooling options. Please consult factory for more details. 11) HTS 101-03 with separated control control unit (option SEP-C). To place the control electronics up to 1m away from the power electronics. Plug connection with self-latching mini plug. 12) If it must be really small: The new HTS compact series. The picture shows the HTS 121-01-C (12 kV/15A) with option FC and PIN-C (flat case + pins for the input). Dim. 79x38x17 mm. |
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