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BLOCK RKD 40/2x18 Toroidal core transformer 2 x 115 V 2 x 18 V AC 40 VA 1.11 A
Double voltage for series or parallel connection in input and output. Reinforced insulation between PRI and SEC. Very low magnetic field. High performance at low volume. Optimum Efficiency
BLOCK RKD 40/2x6 Toroidal core transformer 2 x 115 V 2 x 6 V AC 40 VA 3.33 A
Double voltage for series or parallel connection in input and output. Reinforced insulation between PRI and SEC. Very low magnetic field. High performance at low volume. Optimum Efficiency
BLOCK RKD 40/2x9 Toroidal core transformer 2 x 115 V 2 x 9 V AC 40 VA 2.22 A
Double voltage for series or parallel connection in input and output. Reinforced insulation between PRI and SEC. Very low magnetic field. High performance at low volume. Optimum Efficiency
BLOCK RKD 500/2x30 Toroidal core transformer 2 x 115 V 2 x 30 V AC 500 VA 8.33 A
Double voltage for series or parallel connection in input and output. Reinforced insulation between PRI and SEC. Very low magnetic field. High performance at low volume. Optimum Efficiency
BLOCK RKD 500/2x35 Toroidal core transformer 2 x 115 V 2 x 35 V AC 500 VA 7.14 A
Double voltage for series or parallel connection in input and output. Reinforced insulation between PRI and SEC. Very low magnetic field. High performance at low volume. Optimum Efficiency
BLOCK RKD 50/2x12 Toroidal core transformer 2 x 115 V 2 x 12 V AC 50 VA 2.08 A
Double voltage for series or parallel connection in input and output. Reinforced insulation between PRI and SEC. Very low magnetic field. High performance at low volume. Optimum Efficiency
BLOCK RKD 50/2x18 Toroidal core transformer 2 x 115 V 2 x 18 V AC 50 VA 1.38 A
Double voltage for series or parallel connection in input and output. Reinforced insulation between PRI and SEC. Very low magnetic field. High performance at low volume. Optimum Efficiency
BLOCK RKD 50/2x24 Toroidal core transformer 2 x 115 V 2 x 24 V AC 50 VA 1.04 A
Double voltage for series or parallel connection in input and output. Reinforced insulation between PRI and SEC. Very low magnetic field. High performance at low volume. Optimum Efficiency
BLOCK RKD 60/2x30 Toroidal core transformer 2 x 115 V 2 x 30 V AC 60 VA 1 A
Double voltage for series or parallel connection in input and output. Reinforced insulation between PRI and SEC. Very low magnetic field. High performance at low volume. Optimum Efficiency
BLOCK RKD 60/2x9 Toroidal core transformer 2 x 115 V 2 x 9 V AC 60 VA 3.33 A
Double voltage for series or parallel connection in input and output. Reinforced insulation between PRI and SEC. Very low magnetic field. High performance at low volume. Optimum Efficiency
BLOCK RKD 625/2x115 Toroidal core transformer 2 x 115 V 2 x 115 V AC 625 VA 2.72 A
Double voltage for series or parallel connection in input and output. Reinforced insulation between PRI and SEC. Very low magnetic field. High performance at low volume. Optimum Efficiency
BLOCK RKD 800/2x115 Toroidal core transformer 2 x 115 V 2 x 115 V AC 800 VA 3.48 A
Double voltage for series or parallel connection in input and output. Reinforced insulation between PRI and SEC. Very low magnetic field. High performance at low volume. Optimum Efficiency
BLOCK RKD 80/2x24 Toroidal core transformer 2 x 115 V 2 x 24 V AC 80 VA 1.67 A
Double voltage for series or parallel connection in input and output. Reinforced insulation between PRI and SEC. Very low magnetic field. High performance at low volume. Optimum Efficiency
BLOCK RTE 100/2x12 Toroidal core transformer 100 VA 4.17 A
Built-in, non-replaceable fuse for protection against thermal overload. High performance at low volume. Optimum Efficiency Double output voltage for series or parallel switching. Reinforced insulation between PRI and SEC. Very low magnetic field.
BLOCK RTE 100/2x18 Toroidal core transformer 100 VA 2.78 A
Built-in, non-replaceable fuse for protection against thermal overload. High performance at low volume. Optimum Efficiency Double output voltage for series or parallel switching. Reinforced insulation between PRI and SEC. Very low magnetic field.